MB Building Kit System 8

The Comprehensive Catalogue

 What makes us different

Design awards
Symbols in this catalogue

     These symbols indicate which profile line(s) a product can be used with.

-JOF This symbol indicates that a product is part of Line X.

&4% The antistatic symbol indicates that a product cannot become

electrostatically charged.

4FSWJDF The service symbol indicates that special support is available for
complex projects.
Ask about our turnkey solution.

This symbol indicates that additional information is available for a

product in our online catalogue.
XXXJUFNDPN

This symbol indicates that a product is a particularly innovative

development from item. A patent or utility model will either be in
*OOPWBUJPO place or pending for the product.
Concept, design and realization Patents
item Industrietechnik GmbH, Many of the components and products contained in this catalogue are subject
Technical Documentation Department to industrial property rights. Any copying of protected products is a violation of
Photographs these rights and, as such, shall be liable to compensation. Data and illustrations
item Industrietechnik GmbH in this catalogue do not discharge the user from the obligation to carry out his
own checks to determine whether the industrial property rights of third parties
are infringed.
Product liability
Technical modifications and errors reserved. item shall be liable, within the framework of the applicable legal provisions, for
All rights reserved. Use of texts and illustrations or reprints of any kind only per- the promised characteristics of the products shown in this catalogue. Any claims
mitted with our prior written consent. This applies in particular to reproduction, for liability above and beyond such in particular relating to products created by
translation or use in electronic systems. third parties using products included in this catalogue are expressly excluded.
is a registered trademark of item Industrietechnik GmbH. Conditions of use
The products in the item MB Building Kit System are suitable for use in dry con-
item Industrietechnik GmbH 2012 ditions and over the temperature range -20C to +70C. item must be consulted
where products are to be used for applications outside these limits.
Conformity with Directive 2002/95/EC (RoHS)
item has made a voluntary undertaking to refrain from using hazardous substan-
ces as defined in Directive 2002/95/EC in the products it sells,
irrespective of their subsequent purpose which, in the majority of
cases, does not fall under this Directive. As a result, apart from a
few well-founded exceptions, the products listed in this catalogue comply with
Directive 2002/95/EC. The products to which these exceptions relate are set
out in an up-to-date list that is available to customers on request.
Profiles and Accessories

Fastening Technology

T-Slot Nuts

Screws and Universal Fasteners

Panel Fasteners

Enclosures, Guards and Partitions

Hinges and Fittings

Handles and Grips

Locks and Catches

Panel Elements

Floor Elements

Conveyors

Machine Accessories

Installation Elements

Linear Slides

Mechanical Drive Elements

Components Made of Special Materials

Jigs, Fixtures and Tools

Technical Data 3
 W h at makes u s d iffe r ent

The item MB Building Kit System one principle,

a thousand enhancements, unlimited possibilities

The item MB Building Kit System is the solution for all design and construction
tasks involving factory equipment engineering. It can be used to build every-
thing from simple frames to fully automated production lines.
For more than 25 years, engineers around the world have been relying on the
MB Building Kit System because it presents solutions that simply work. The
modular components can be combined in a virtually unlimited number of varia-
tions, helping you turn your ideas into reality. Reliability and extendibility ensure
that systems and structures have an extremely long useful life.

Innovation and originality

Thanks to a continuous process of innovation, the MB Building Kit System
grows with the requirements of users. In their Solingen development centre,
the engineers at item work hard to make sure you always have state-of-the-art
components at your disposal. One of our foremost objectives as we continue to
innovate is the full compatibility of our components. This compatibility is made
possible because item designs all its components itself, meaning that when you
buy a product bearing our name you are buying a true original. This catalogue
represents the sum total of all our experience and ideas.

Quality and design

Nothing is more important than reliability. Thats why designers put their trust
in products from item. We place a great deal of value on quality management
throughout every stage of production. All our components pass through a
thorough programme of testing before they can move on from the design stage.
Existing product lines are also subject to repeated testing.
For item, good design means utilising physical principles to find the optimum
technical solution. The result is a range of products that are both elegant and
functional. And that is why item regularly wins top design awards.

4
 W h at makes u s d iffe r ent

Service and partnership

item is always on hand to offer advice and practical support, whether with se-
lecting products, resolving technical queries or configuring complex solutions.
item consultants are always there for you.
Databases containing detailed technical information and CAD data make it easy
to pick out the right product and interactive product configurators help users
put together parts lists in no time. If required, item can supply made-to-measure
components. Our logistics centres in various countries and continents keep
delivery times to a minimum and enable rapid access to all components.

Know-how and passion

Our core business is the development, production and supply of cost-effective
solutions for the efficient construction of machinery and factory equipment.
Every member of staff at item is committed to this goal. And that commitment
and passion comes across in our products and services.

5
 W h at makes u s d iffe r ent

Applications the item MB Building Kit System in use

The MB Building Kit System has been used to build innovative machinery and
factory equipment for over 25 years. Reliability, versatility and consistently high
quality are the hallmarks of these outstanding components. The enormous
product range supports design engineers in developing customised solutions
that can be continuously adapted and modified.

Machinery the foundation for efficient Factory equipment outstanding productivity

production from customised solutions
The components in the MB Building Kit System have been optimised for a num- The MB Building Kit System is ideal for creating ergonomic working environ-
ber of different application areas. Whether slimline profiles for dynamic linear ments in production, assembly and administration areas. While certain floor
motion or heavy-duty struts with exceptional load-carrying capacity, simple elements keep shelving units, tables and display cases firmly in place, easy-
frames or complex machinery, robust systems in demanding environments or running castors keep mobile solutions on the move.
easy-to-clean profiles with closed surfaces the MB Building Kit System has
the right solution for every need.

6
 W h at makes u s d iffe r ent

Automation processes for exceptional quality Transport and conveyor technology for an
uninterrupted flow of goods
Linear systems from item enable users to develop automatic solutions of the
highest standards. Dynamic elements can be assembled to produce precise The versatile elements of the MB Building Kit System cover all the needs associ-
lifting and sliding doors, efficient conveyor lines and complex handling fixtures. ated with a rapid-moving and precise flow of materials. They deliver outstand-
Turnkey solutions supplied ready for installation save on the time and money ing stability and are extremely easy to combine. Specialised components for
otherwise taken up by development and assembly work. transport and conveyor applications offer solutions for manual and automated
transport.

Enclosure and guard systems customised

health and safety
The modular elements of the MB Building Kit System enable you to meet the
highest standards in health, safety and security in the workplace, all in line with
the EC Machinery Directive. Tamper-proof fixtures, break-proof panels, noise-
reducing enclosures and stable guards all help to boost active safety systems
in production.

7
 W h at makes u s d iffe r ent

Service Spectrum and Sales in Germany

Numerous local service centres throughout Germany provide users with a

broad spectrum of services:
User support in resolving specific needs
CAD-assisted project engineering, tendering and the design of installations
and equipment
Rapid delivery of all system elements
Elements machined ready for assembly
Provision of construction kits
Turnkey solutions comprising system elements
CAD software support for your project management
Provision of catalogues and technical documentation
Internal and external training courses

8
 W h at makes u s d iffe r ent

International Sales

item is represented in several countries around the world

through a chain of branches and sales partners.

Argentina Lithuania
Australia Mexico
Austria Netherlands
Belarus Norway
Belgium Poland
Brazil Portugal
Bulgaria Romania
Canada Russia
China Serbia
Columbia Singapore
Costa Rica Slovakia
Czech Republic Slovenia
Denmark South Africa
Finland Spain
France Sweden
Greece Switzerland
Hungary Turkey
India UK
Iran Ukraine
Ireland USA
Israel
Italy
Japan

You can find contact details for your local item sales contact
on our website: www.item24.com

9
 W h at makes u s d iffe r ent

Other item product lines

item also offers specialised product lines that complement the MB Building Kit
System:
The cylindrical tube system Line D30 has been developed specifically to meet the
requirements associated with lean production.
The item Work Bench System focuses on the design and construction of ergo-
nomic production environments.
Both product lines can easily be combined with components from the MB Building
Kit System.

Work bench systems practical and extendible

Customised work benches can be created in next to no time with the item Work
Bench System. This product line comprises height-adjustable table models that
can be extended with table-top frames, accessories, conveyor lines and mobile
replenishing carriages. As a result, ergonomic work benches can be configured
for production, assembly and laboratory environments that meet the specific
needs of users and are compatible with the MB Building Kit System.

Line D30 simple and efficient

Line D30 is extremely easy to use. It combines outstanding cost-effectiveness
with maximum flexibility. Thanks to non-machined connections, simple joining
and a forgiving design principle, Line D30 is ideal for supporting continuous
improvement in production processes in line with the principles of lean produc-
tion. Integrating the item Line 6 groove also means that the Line is compatible
with the huge range of accessories in the MB Building Kit System.

Note:
Separate catalogues are available for Line D30 and the item Work Bench
System and can be downloaded at www.item24.com or ordered from your
system partner.
item reviews and extends its product range on a regular basis. You can find
all the latest information on new and existing products on our website.

10
 1

P r o f i l e s a n d acc e ss o r i e s 1
Profiles in Modular Dimensions
Profiles with a Cylindrical Cross-Section
Angled and Flat Profiles
Caps
Covers for Bores/Holes
Cover Profiles
1
Profiles and accessories

Overview item profile lines

1 2 3 4 5 6 7 8

   -JOF 

12
 1
Profiles and accessories

1 Profiles 5 6 Profiles X
Our most compact aluminium profiles Minimised edge radii make this line ideal for
9 Modular dimension of 20 mm building systems with closed surfaces
Full functionality, low bulk Compatible with Line 8
For applications where space is limited For constructions with a high-end look that are
easy to clean

17 Section 1 32 Section 1

2 Profiles 6 7 Profiles 10
Economical use of materials, generous perfor- Greater load-carrying capacity thanks to rein-
mance forced profile walls
High carrying capacity despite low dead weight Exceptional reliability against pre-tension losses
For systems with a compact design

21 Section 1 45 Section 1

3 Lightweight profiles 8 Profiles E

Additional cavities help reduce weight Exceptionally light due to minimal use of
Profile core offers full load-carrying capacity materials
Available in Lines 6, 8 and 12 Profile groove remains fully functional
Available in Lines 8 and 10

21 Section 1 27 Section 1

4 Profiles 8 9 Profiles 12
The standard material for design engineers The strongest profile line in the MB Building Kit
Huge selection of accessories and enhance- System
ments Highest load-carrying capacity and maximum
Robust and strong despite small dimensions tensile loading
Stable basis for extremely strong frames

27 Section 1 47 Section 1

5 Special materials
The alternatives to aluminium stainless steel
or 70 percent wood composite material
For special applications
Available as Profiles 8

563 Section 17


Products Products
Key: See page 0 in this section 0 in other sections

13
1
Profiles and accessories

Profiles and accessories

Products in this section

Profiles 5 modular Profiles 5 flat cross- Profiles 5 R Profiles 6 modular Profiles 6 flat cross-
dimension of 20 mm sections Closed on two sides, dimension of 30 mm sections
Extremely compact dimen- Particularly flat profiles rounded surface The weight-optimised Low installation height
sions Full functionality at a height Available in various angles profile line For fastening lightweight
For refined, stable and of just 8.5 to 14 mm Ideal for slimline, robust components
flexible applications design

17 19 20 21 24

Profiles 6 R Profiles 8 modular Profiles 8 Line X Profiles 8 flat cross- Bed Plate Profile 8
Ideal for building protective dimension of 40 mm Exceptionally elegant sections For creating panels in any
hoods, frames and tables The universal and robust Ideal for closed surfaces Reduced construction size
Closed on two sides, all-rounder (cleanroom) height with full groove As a cover or fastener
rounded surface Three variants for construc- Suitable for use as a frame,
Available in various angles tions with optimised load- support or strut
carrying capacity

26 27 32 34 36

Profiles 8 45 Angle Profiles 8 D Profiles 8 W Profiles 8 D40 Profiles 10 modular

Elegant connection options Large central bore Angled profiles for mount- Profiles with a cylindrical
dimension of 50 mm
for up to three profiles Ideal for accommodating ing components cross-section New line for high-strength
Ideal for display cases, shafts, spindles and axles For use as a panel fixing Covered grooves can be constructions
tables and systems with an strip opened up Particularly secure fasten-
elegant aesthetic appeal ings

37 39 42 43 45

14
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Profiles and accessories

Profiles 10 flat cross- Profiles 12 modular Solid profiles and profile Caps Caps for bores
sections dimension of 60 mm edging Suitable for all profiles Dust-tight seal for profile
Reduced construction The strongest profile line in Profiles without grooves for Made from plastic or metal bores
height for space-saving the MB system use as grip rails or edging Available in two colours
frames and supports For particularly stable, For edging any panel
With full Line 10 groove heavy-duty constructions elements

46 47 50 52 63

Cover Profiles Al Cover Profiles PP

Creates a closed surface One profile in various col-
Covers cables running ours with two applications
through the groove For covering the profile
groove or fixing panel ele-
ments in place Note:
Technical data on the profiles can be
found in Section 19.
65 66

15
1
Profiles and accessories

Overview finding the right profile fast

Key features of the item profiles 1 Modular dimension 4 Lightweight profiles

Each line is based on square profiles with ex- Additional cavities reduce weight but also
ternal dimensions of 20, 30, 40, 50 or 60 mm. lower maximum tensile loading. Lightweight
     Continuous grooves run along all four sides. profiles use profile grooves in the relevant
modular dimension.

2 Profile groove 5 Closed grooves

The size and load-carrying capacity of the Profile variants with closed surfaces offer
groove increases in line with the modular more than just aesthetic advantages. They are
dimension. Most profile connections are an- also easy to clean and eliminate the problem
chored in the groove. The groove also serves of dirt accumulation in grooves.
as an anchor point for panel elements, etc.

3 Core bore 6 Line X

The core bore offers a stable fastening point Thanks to its smooth, closed outer surfaces,
at the end faces of the profiles. It can also be Line X has a particularly elegant appearance. It
used as a conduit for compressed air. has the same dimensions as Line 8 and can be
used to create dust and dirt-tight construc-
tions.

Side-by-side comparison of the profile lines 1 2 5 6

Modular dimension Max. tensile loading Closed groove Line X

Profiles 5 the compact profile for precision work 17

 Extremely compact dimensions 20 mm 500 N Yes No

For refined, stable and flexible applications

Profiles 6 the lightweight alternative 21

 The weight-optimised profile line 30 mm 1,750 N Yes No

Ideal for slimline, robust design

Profiles 8 the standard material for design engineers 27

 The universal and robust all-rounder 40 mm 5,000 N Yes Yes

Three variants for constructions with optimised load-
carrying capacity

Profiles 10 the added-value profile with increased 45

load-carrying capacity
 The new line for high-strength constructions 50 mm 7,000 N No No
Reliability against pre-tension losses

Profiles 12 the robust option for load-carrying applications 47

 The strongest profile line in the MB system 60 mm 10,000 N No No

For particularly stable, heavy-duty frame structures

Key: See page

16
 1
Profiles and accessories

Profiles 5 modular dimension of 20 mm

The compact profile for precision work
Extremely compact dimensions
Available with open or closed grooves
Low material usage safeguards resources
For refined, stable and flexible applications

Closed grooves make

systems easier to clean and
create a more elegant ap-
pearance.

Materials used in all the following products:

Al, anodized

Profile 5 20x20
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
1.80 0.48 0.72 0.72 0.13 0.72 0.72
natural, cut-off max. 6000 mm 0.0.370.03
natural, 1 pce., length 6000 mm 0.0.611.45
natural, 1 pce., length 3000 mm 0.0.448.04
black, cut-off max. 3000 mm 0.0.370.15
black, 1 pce., length 3000 mm 0.0.448.05

Profile 5 20x20 1N
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
1.85 0.50 0.74 0.77 0.20 0.74 0.74
natural, cut-off max. 3000 mm 0.0.437.74
natural, 1 pce., length 3000 mm 0.0.437.99

Profile 5 20x20 2N90
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
1.91 0.51 0.78 0.78 0.42 0.76 0.76
natural, cut-off max. 3000 mm 0.0.437.66
natural, 1 pce., length 3000 mm 0.0.464.01

Profile 5 20x20 2N180
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
1.90 0.51 0.74 0.82 0.32 0.74 0.82
natural, cut-off max. 3000 mm 0.0.437.67
natural, 1 pce., length 3000 mm 0.0.464.02

Profile 5 20x20 3N
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
1.92 0.52 0.77 0.80 0.64 0.76 0.80
natural, cut-off max. 3000 mm 0.0.464.83
natural, 1 pce., length 3000 mm 0.0.448.33
17
1
Profiles and accessories


Profile 5 40x20
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
3.32 0.89 1.41 5.14 0.97 1.41 2.57
natural, cut-off max. 6000 mm 0.0.370.04
natural, 1 pce., length 6000 mm 0.0.631.00
natural, 1 pce., length 3000 mm 0.0.448.07
black, cut-off max. 3000 mm 0.0.370.16
black, 1 pce., length 3000 mm 0.0.448.08

Profile 5 40x20 2N 2
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.38 0.91 1.47 5.21 1.41 1.44 2.61
natural, cut-off max. 3000 mm 0.0.437.75
natural, 1 pce., length 3000 mm 0.0.464.03

Profile 5 40x20 2N180
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
3.38 0.91 1.40 5.46 1.11 1.40 2.73
natural, cut-off max. 3000 mm 0.0.437.76
natural, 1 pce., length 3000 mm 0.0.464.04

Profile 5 40x20 3N90
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
3.42 0.92 1.48 5.37 1.64 1.44 2.66
natural, cut-off max. 3000 mm 0.0.437.77
natural, 1 pce., length 3000 mm 0.0.464.05

Profile 5 40x20 4N180
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
3.46 0.93 1.56 5.30 2.17 1.56 2.65
natural, cut-off max. 3000 mm 0.0.437.78
natural, 1 pce., length 3000 mm 0.0.464.06

Profile 5 40x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.14 1.39 9.30 9.30 5.42 4.65 4.65
natural, cut-off max. 6000 mm 0.0.370.05
natural, 1 pce., length 6000 mm 0.0.448.09

Profile 5 60x20
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
4.76 1.28 2.06 16.09 1.54 2.06 5.36
natural, cut-off max. 3000 mm 0.0.425.44
natural, 1 pce., length 3000 mm 0.0.448.11

Profile 5 60x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
7.67 2.07 13.52 28.14 8.15 6.76 9.09
natural, cut-off max. 6000 mm 0.0.425.45
natural, 1 pce., length 6000 mm 0.0.448.12

Profile 5 80x20
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.19 1.67 2.72 36.08 2.38 2.72 9.02
natural, cut-off max. 3000 mm 0.0.370.86
natural, 1 pce., length 3000 mm 0.0.448.14

18
 1
Profiles and accessories

Profiles 5 flat cross-sections

Particularly flat profiles
Full functionality at a height of just 8.5 to 14 mm
Suitable as support profiles or anchor points
For lightweight clamping and mounting surfaces

Flat profiles from item can High-precision linear slides

be used to make handles of use profiles with a flat cross-
virtually any length. section as carriage profiles.

Materials used in all the following products:

Al, anodized
16 Profile 5 16x8.5


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

0.82 0.22 0.06 0.23 0.04 0.12 0.28
8.5

natural, cut-off max. 3000 mm 0.0.265.91

natural, 1 pce., length 3000 mm 0.0.448.02
20 Profile 5 20x10


13
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
1.29 0.35 0.12 0.53 0.07 0.22 0.53
10

3.3 natural, cut-off max. 3000 mm 0.0.391.02

3.5

natural, 1 pce., length 3000 mm 0.0.448.03

40 Profile 5 40x10


33
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
2.39 0.65 0.24 3.63 0.27 0.44 1.81
10

3.3 natural, cut-off max. 3000 mm 0.0.391.06

3.5

natural, 1 pce., length 3000 mm 0.0.448.06

80 Profile 5 80x14


20 20 20
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.64 1.79 1.11 40.69 0.86 1.54 10.17
10

14
10

4.3 20 20 natural, cut-off max. 3000 mm 0.0.370.85

natural, 1 pce., length 3000 mm 0.0.448.13

19
1
Profiles and accessories

Profiles 5 R
Closed on two sides, rounded surface
External angles of 30, 45, 60 and 90 available
Ideal for building protective hoods and frames

Profiles R can also be used to add bracing to profile constructions. Calculating the appropriate length for the struts is easy.
Connection at 45 Connection at 30
Profile 2 Profile 5 R20/40-45 Profile 1 Profile 5 R20/40-30
__
b (a - 30).2 Profile 3 Profile 5 R20/40-60
__
c 2(a - 30)/3
__
d (a - 30)/3+ 30

Materials used in all the following products:

Al, anodized
R2 
0 Profile 5 R20-90
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
4.3 1.71 0.46 0.58 0.58 0.41 0.53 0.53
natural, cut-off max. 3000 mm 0.0.425.43
natural, 1 pce., length 3000 mm 0.0.448.19
3.3 Profile 5 R20/40-30

30

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
0
R2

3.5 12 1.68 0.45 0.43 0.68 0.22 0.38 0.57

20 natural, cut-off max. 3000 mm 0.0.425.39
natural, 1 pce., length 3000 mm 0.0.448.15
4.3 Profile 5 R20/40-45 2
45

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
R20

2.38 0.64 1.26 0.98 0.43 0.79 0.75

10
natural, cut-off max. 3000 mm 0.0.425.40
20
natural, 1 pce., length 3000 mm 0.0.448.16
4.3 Profile 5 R20/40-60

60

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.16 0.85 2.48 1.65 1.14 1.31 1.09
R20

10 natural, cut-off max. 3000 mm 0.0.425.41

20
natural, 1 pce., length 3000 mm 0.0.448.17

Profile 5 R20/40-90
90

2 4 4 4 3 3

A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]

4.3
4.38 1.18 5.38 5.38 2.14 2.68 2.68
natural, cut-off max. 3000 mm 0.0.425.42
0

10
R2

10
natural, 1 pce., length 3000 mm 0.0.448.18
20

20
 1
Profiles and accessories

Profiles 6 - modular dimension of 30 mm

The lightweight alternative
The weight-optimised profile line
Ideal for slimline, robust design
Available with open or closed grooves

Closed grooves are easy to

clean and have a particularly
elegant appearance. They
create functional and attrac-
tive display cases, tables and
cover hoods.

Materials used in all the following products:

Al, anodized

Profile 6 30x30 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
3.43 0.93 2.90 2.90 0.27 1.94 1.94
natural, cut-off max. 6000 mm 0.0.419.06
natural, 1 pce., length 6000 mm 0.0.451.07

Profile 6 30x30
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
4.67 1.26 4.15 4.15 0.40 2.77 2.77
natural, cut-off max. 6000 mm 0.0.419.01
natural, 1 pce., length 6000 mm 0.0.451.03

Profile 6 30x30 1N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.49 0.94 2.91 3.01 0.73 1.94 1.98
natural, cut-off max. 6000 mm 0.0.439.43
natural, 1 pce., length 6000 mm 0.0.451.04

Profile 6 30x30 2N90 light 2

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.54 0.96 3.02 3.02 1.68 1.98 1.98
natural, cut-off max. 6000 mm 0.0.439.45
natural, 1 pce., length 6000 mm 0.0.451.06

Profile 6 30x30 2N180 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.54 0.96 2.90 3.14 1.41 1.93 2.09
natural, cut-off max. 6000 mm 0.0.439.44
natural, 1 pce., length 6000 mm 0.0.451.05

Profile 6 30x30 3N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
3.60 1.00 3.02 3.14 2.40 1.98 2.09
natural, cut-off max. 6000 mm 0.0.478.27
natural, 1 pce., length 6000 mm 0.0.451.67
21
1
Profiles and accessories


Profile 6 60x30 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.13 1.65 5.54 21.22 3.02 3.69 7.07
natural, cut-off max. 6000 mm 0.0.419.07
natural, 1 pce., length 6000 mm 0.0.451.14

Profile 6 60x30
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
8.47 2.29 7.92 29.30 4.81 5.28 9.77
natural, cut-off max. 6000 mm 0.0.419.02
natural, 1 pce., length 6000 mm 0.0.451.09

Profile 6 60x30 2N light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.24 1.68 5.77 21.47 5.32 3.78 7.16
natural, cut-off max. 6000 mm 0.0.439.46
natural, 1 pce., length 6000 mm 0.0.451.10

Profile 6 60x30 2N180 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.24 1.69 5.54 22.21 4.03 3.69 7.40
natural, cut-off max. 6000 mm 0.0.439.49
natural, 1 pce., length 6000 mm 0.0.451.11

Profile 6 60x30 3N90 light 2

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6.30 1.70 5.77 21.97 6.26 3.78 7.26
natural, cut-off max. 6000 mm 0.0.439.48
natural, 1 pce., length 6000 mm 0.0.451.12

Profile 6 60x30 4N180 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.36 1.72 6.01 21.74 7.88 4.00 7.25
natural, cut-off max. 6000 mm 0.0.439.47
natural, 1 pce., length 6000 mm 0.0.451.13

Profile 6 60x60 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
10.01 2.70 39.47 39.47 20.43 13.16 13.16
natural, cut-off max. 6000 mm 0.0.419.09
natural, 1 pce., length 6000 mm 0.0.451.16

Profile 6 60x60
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
13.33 3.60 53.77 53.77 29.27 17.92 17.92
natural, cut-off max. 6000 mm 0.0.419.03
natural, 1 pce., length 6000 mm 0.0.451.15

Profile 6 60x60 4N90 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
10.24 2.76 40.71 40.71 30.18 13.43 13.43
natural, cut-off max. 6000 mm 0.0.491.31
natural, 1 pce., length 6000 mm 0.0.491.30

22
 1
Profiles and accessories


Profile 6 120x30 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.53 3.11 10.82 152.65 9.29 7.21 25.44
natural, cut-off max. 6000 mm 0.0.419.08
natural, 1 pce., length 6000 mm 0.0.451.39

Profile 6 120x30
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
16.00 4.32 15.42 210.94 12.23 10.28 35.16
natural, cut-off max. 6000 mm 0.0.419.04
natural, 1 pce., length 6000 mm 0.0.451.17

Profile 6 120x60 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
18.70 5.05 76.61 259.65 62.87 25.54 43.27
natural, cut-off max. 6000 mm 0.0.419.10
natural, 1 pce., length 6000 mm 0.0.451.19

Profile 6 120x60
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
24.84 6.71 102.71 347.62 84.85 34.24 57.94
natural, cut-off max. 6000 mm 0.0.419.05
natural, 1 pce., length 6000 mm 0.0.451.18

23
1
Profiles and accessories

Profiles 6 flat cross-sections

Low installation height
For fastening lightweight components
Products from Line X also available

Materials used in all the following products:

Al, anodized
30 Profile 6 30x12 light


23 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6

1.58 0.43 0.25 1.46 0.11 0.39 0.98

12

3.3 natural, cut-off max. 3000 mm 0.0.478.05

natural, 1 pce., length 3000 mm 0.0.451.63
60 Profile 6 60x12 light


53 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6

2.98 0.81 0.53 10.00 0.48 0.83 3.34

12

3.3 natural, cut-off max. 3000 mm 0.0.478.07

natural, 1 pce., length 3000 mm 0.0.451.65
30 Profile 6 30x24 light


2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
15
24

2.82 0.76 1.69 2.27 0.20 1.36 1.51

5 natural, cut-off max. 6000 mm 0.0.608.88
natural, 1 pce., length 6000 mm 0.0.608.87
60 Profile 6 60x24 light


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

15
24

4.98 1.34 3.14 17.10 2.46 2.53 5.70

5 natural, cut-off max. 6000 mm 0.0.608.91
natural, 1 pce., length 6000 mm 0.0.608.90

-JOF 

60 Profile X 6 60x12
-JOF 

53 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6

4.82 1.30 0.71 15.56 0.55 1.11 5.18

12

3.3 5 natural, cut-off max. 3000 mm 0.0.609.32

natural, 1 pce., length 3000 mm 0.0.609.20

24
 1
Profiles and accessories

Profiles 6 45 Angle
Create stylish designs
For hoods, tables and display cases

item supplies Fastening Set 6 30x30-45

specifically for use with these 45 profiles.
It combines two or three profiles to form an
attractive right-angled corner unit.

Fastening Set 6 100

30x30-45

5 Profile 6 30x30-45 light


30

Al, anodized
30

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

30
3.12 0.84 2.21 2.21 0.72 1.33 1.33
natural, cut-off max. 3000 mm 0.0.434.72
natural, 1 pce., length 3000 mm 0.0.451.08

25
1
Profiles and accessories

Profiles 6 R
Closed on two sides, rounded surface
Various external angles available
Ideal for building protective hoods, frames and tables

Profiles R can also be used to add bracing to profile constructions. Calculating the appropriate length for the struts is easy.

Connection at 45 Connection at 30
Profile 2 Profile 6 R30/60-45 Profile 1 Profile 6 R30/60-30
_
b (a-45). 2 Profile 3 Profile 6 R30/60-60
_
c 2(a - 45)/3
_
d (a - 45)/3+ 45

Materials used in all the following products:

Al, anodized
R3 2
0 Profile 6 R30-90 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
5 3.07 0.83 2.16 2.16 0.83 1.32 1.32
natural, cut-off max. 3000 mm 0.0.434.73
natural, 1 pce., length 3000 mm 0.0.451.20
5 Profile 6 R30/60-30

30

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
0
R3

7.5 15 3.27 0.88 1.95 2.77 1.01 1.16 1.57

30 natural, cut-off max. 6000 mm 0.0.459.54
natural, 1 pce., length 6000 mm 0.0.451.62
5 Profile 6 R30/60-45

45

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
0
R3

4.52 1.22 5.81 4.15 3.93 2.42 2.31

15
30
natural, cut-off max. 6000 mm 0.0.459.57
natural, 1 pce., length 6000 mm 0.0.451.64

5 Profile 6 R30/60-60
60

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

5.28 1.43 10.01 6.34 6.07 3.48 2.86
R30

15 natural, cut-off max. 6000 mm 0.0.459.35

30 natural, 1 pce., length 6000 mm 0.0.451.66

Profile 6 R30/60-90
90

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

5
8.06 2.18 22.94 22.94 14.51 7.57 7.57
natural, cut-off max. 6000 mm 0.0.459.38
R30

15

15 natural, 1 pce., length 6000 mm 0.0.451.68

30

26
 1
Profiles and accessories

Profiles 8 - modular dimension of 40 mm

The standard material for design engineers
The universal and robust all-rounder
Three variants for constructions with optimised load-carrying capacity
Available with open or closed grooves
Products from Line X also available

The profiles in Line X can be

built into elegant construc-
tions with closed surfaces.
The minimised edge radius
results in a seamless con-
nection between profiles and
eliminates protruding edges.
As a result, dirt and deposits
have no chance of ruining the
striking aesthetic appeal of
The MB Building Kit System from item is Profiles with closed grooves Line X.
a tried-and-tested basis for machines and are particularly easy to clean
systems of all sizes. Profiles 8 are the most and can be combined with The profiles in Line X use Line
frequently used profiles of all the lines world- conventional profiles as 8 grooves, ensuring they are
wide. Thanks to their design, these aluminium required. compatible with all the acces-
profiles are light, robust and versatile with a sories in that line.
service life of many years. Due to the wide Some cross-sections incorpo-
selection of modules available, Profiles 8 can rate closed grooves that can
satisfy virtually all your construction needs. be easily opened.

Materials used in all the following products:

Al, anodized

Profile 8 40x40 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.07 1.37 7.38 7.38 0.99 3.69 3.69
natural, cut-off max. 6000 mm 7.0.000.09
natural, 1 pce., length 6000 mm 0.0.452.79

Profile 8 40x40 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.46 1.74 9.00 9.00 1.12 4.50 4.50
natural, cut-off max. 6000 mm 0.0.026.33
natural, 1 pce., length 6000 mm 0.0.452.81
natural, 1 pce., length 3000 mm 0.0.452.80
black, cut-off max. 6000 mm 0.0.026.35
black, 1 pce., length 6000 mm 0.0.452.83

Profile 8 40x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
9.16 2.47 13.96 13.96 1.93 6.98 6.98
natural, cut-off max. 6000 mm 0.0.026.03
natural, 1 pce., length 6000 mm 0.0.452.65
natural, 1 pce., length 3000 mm 0.0.452.66

27
1
Profiles and accessories


Profile 8 40x40 1N light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.61 1.78 9.54 9.01 2.99 4.66 4.50
natural, cut-off max. 6000 mm 0.0.422.72
natural, 1 pce., length 6000 mm 0.0.452.68

Profile 8 40x40 2N90 E
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
4.83 1.30 8.06 8.06 4.33 3.87 3.87
natural, cut-off max. 6000 mm 7.0.000.06
natural, 1 pce., length 6000 mm 0.0.452.69

Profile 8 40x40 2N90 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.80 1.84 9.64 9.64 4.91 4.70 4.70
natural, cut-off max. 6000 mm 0.0.404.50
natural, 1 pce., length 6000 mm 0.0.452.71
black, cut-off max. 6000 mm 0.0.406.43
black, 1 pce., length 6000 mm 0.0.452.73

Profile 8 40x40 2N180 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
4.95 1.33 8.40 8.10 3.86 4.30 4.05
natural, cut-off max. 6000 mm 7.0.000.03
natural, 1 pce., length 6000 mm 0.0.452.74

Profile 8 40x40 2N180 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.78 1.83 9.10 10.10 4.88 4.55 5.05
natural, cut-off max. 6000 mm 0.0.404.51
natural, 1 pce., length 6000 mm 0.0.452.76

Profile 8 40x40 3N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6.96 1.90 9.62 10.22 6.95 4.70 5.11
natural, cut-off max. 6000 mm 0.0.480.26
natural, 1 pce., length 6000 mm 0.0.454.37

Profile 8 40x40 4N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.86 1.86 9.79 9.79 1.12 4.89 4.89
natural, cut-off max. 6000 mm 0.0.489.11
natural, 1 pce., length 6000 mm 0.0.488.88

Profile 8 80x40 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
8.93 2.42 15.15 57.81 8.77 7.58 14.45
natural, cut-off max. 6000 mm 7.0.000.26
natural, 1 pce., length 6000 mm 0.0.452.39

28
 1
Profiles and accessories


Profile 8 80x40 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.38 3.04 16.60 69.54 10.05 8.30 17.38
natural, cut-off max. 6000 mm 0.0.026.34
natural, 1 pce., length 6000 mm 0.0.452.41
natural, 1 pce., length 3000 mm 0.0.452.40
black, cut-off max. 6000 mm 0.0.026.36
black, 1 pce., length 6000 mm 0.0.452.43

Profile 8 80x40
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
16.76 4.53 26.87 101.19 20.84 13.44 25.29
natural, cut-off max. 6000 mm 0.0.026.04
natural, 1 pce., length 6000 mm 0.0.452.95
natural, 1 pce., length 3000 mm 0.0.452.94

Profile 8 80x40 1N light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.53 3.11 16.92 72.13 12.50 8.46 17.81
natural, cut-off max. 6000 mm 0.0.607.75
natural, 1 pce., length 6000 mm 0.0.607.26

Profile 8 80x40 2N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
11.60 3.13 17.73 70.87 18.51 8.63 17.72
natural, cut-off max. 6000 mm 0.0.422.75
natural, 1 pce., length 6000 mm 0.0.452.97

Profile 8 80x40 2N180 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
8.44 2.28 15.85 54.51 21.82 7.93 13.63
natural, cut-off max. 6000 mm 7.0.000.23
natural, 1 pce., length 6000 mm 0.0.452.98

Profile 8 80x40 3N90 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
8.24 2.22 15.32 54.69 16.53 7.51 13.40
natural, cut-off max. 6000 mm 7.0.000.20
natural, 1 pce., length 6000 mm 0.0.452.99

Profile 8 80x40 4N180 E
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
8.04 2.17 15.12 55.41 11.89 7.56 13.85
natural, cut-off max. 6000 mm 7.0.000.17
natural, 1 pce., length 6000 mm 0.0.452.34

Profile 8 80x40 6N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.87 3.20 18.09 74.31 10.05 9.04 18.58
natural, cut-off max. 6000 mm 0.0.489.18
natural, 1 pce., length 6000 mm 0.0.488.82

Profile 8 80x80 E
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
14.86 4.01 100.69 100.69 46.35 25.17 25.17
natural, cut-off max. 6000 mm 7.0.000.29
natural, 1 pce., length 6000 mm 0.0.453.01

29
1
Profiles and accessories


Profile 8 80x80 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
19.75 5.33 134.06 134.06 82.91 33.51 33.51
natural, cut-off max. 6000 mm 0.0.265.80
natural, 1 pce., length 6000 mm 0.0.453.03
natural, 1 pce., length 3000 mm 0.0.453.02

Profile 8 80x80
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
26.66 7.19 187.70 187.70 136.98 46.92 46.92
natural, cut-off max. 6000 mm 0.0.026.27
natural, 1 pce., length 6000 mm 0.0.452.35

Profile 8 80x80 2N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
20.08 5.42 139.00 135.00 104.97 34.25 33.68
natural, cut-off max. 6000 mm 0.0.457.52
natural, 1 pce., length 6000 mm 0.0.452.45

Profile 8 80x80 4N90 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
20.39 5.50 140.00 140.00 122.46 34.48 34.48
natural, cut-off max. 6000 mm 0.0.457.59
natural, 1 pce., length 6000 mm 0.0.452.47

Profile 8 80x80 8N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
19.43 5.25 134.24 134.24 82.91 33.56 33.56
natural, cut-off max. 6000 mm 0.0.489.19
natural, 1 pce., length 6000 mm 0.0.488.84

Profile 8 120x40 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
16.12 4.35 24.22 220.54 18.14 12.11 36.76
natural, cut-off max. 6000 mm 0.0.416.66
natural, 1 pce., length 6000 mm 0.0.453.13

Profile 8 120x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
24.38 6.58 39.80 322.66 35.15 19.90 53.77
natural, cut-off max. 6000 mm 0.0.416.29
natural, 1 pce., length 6000 mm 0.0.453.11

Profile 8 120x80 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
30.13 8.13 201.89 421.67 128.39 50.47 68.34
natural, cut-off max. 6000 mm 0.0.416.65
natural, 1 pce., length 6000 mm 0.0.453.17

Profile 8 120x80
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
40.05 10.81 274.86 574.86 255.63 68.71 92.72
natural, cut-off max. 6000 mm 0.0.416.30
natural, 1 pce., length 6000 mm 0.0.453.15

30
 1
Profiles and accessories


Profile 8 120x120
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
45.92 12.39 798.83 798.83 510.00 133.13 133.13
natural, cut-off max. 6000 mm 0.0.609.79
natural, 1 pce., length 6000 mm 0.0.609.71

Profile 8 160x40 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
20.90 5.64 31.81 500.32 29.19 15.90 62.54
natural, cut-off max. 6000 mm 0.0.418.35
natural, 1 pce., length 6000 mm 0.0.453.26

Profile 8 160x40
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
32.00 8.64 52.72 739.62 51.34 26.36 92.45
natural, cut-off max. 6000 mm 0.0.265.23
natural, 1 pce., length 6000 mm 0.0.453.22

Profile 8 160x40 4N light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
21.50 5.80 33.90 512.66 55.98 16.52 64.08
natural, cut-off max. 6000 mm 0.0.429.04
natural, 1 pce., length 6000 mm 0.0.453.24

Profile 8 160x80 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
37.80 10.21 267.07 907.88 261.72 66.77 113.48
natural, cut-off max. 6000 mm 0.0.411.18
natural, 1 pce., length 6000 mm 0.0.453.32

Profile 8 160x80
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
50.07 13.52 360.89 1,228.33 398.58 90.22 153.54
natural, cut-off max. 6000 mm 0.0.265.26
natural, 1 pce., length 6000 mm 0.0.453.28

Profile 8 160x80 4N light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
38.34 10.35 275.91 919.80 315.79 68.97 114.97
natural, cut-off max. 6000 mm 0.0.429.05
natural, 1 pce., length 6000 mm 0.0.453.30

Profile 8 160x160
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
74.20 20.04 2,355.00 2,355.00 2,500.00 294.40 294.40
natural, cut-off max. 8000 mm 0.0.480.75
natural, 1 pce., length 8000 mm 0.0.480.76
natural, 1 pce., length 6000 mm 0.0.465.85


Profile 8 160x160 8EN
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
59.34 16.05 1,876.10 1,876.10 2,000.00 234.51 234.51
natural, cut-off max. 6000 mm 0.0.474.58
natural, 1 pce., length 6000 mm 0.0.454.30

31
1
Profiles and accessories


Profile 8 200x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
39.60 10.69 65.62 1,411.47 65.00 32.81 141.14
natural, cut-off max. 6000 mm 0.0.473.82
natural, 1 pce., length 6000 mm 0.0.454.20

Profile 8 200x80
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
55.74 15.05 427.59 2,181.99 470.00 106.90 218.20
natural, cut-off max. 6000 mm 0.0.483.35
natural, 1 pce., length 6000 mm 0.0.483.34

Profile 8 240x40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
47.21 12.69 78.54 2,400.72 80.00 39.27 200.22
natural, cut-off max. 6000 mm 0.0.473.84
natural, 1 pce., length 6000 mm 0.0.454.22

Profile 8 240x40 8N light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
15.52 4.19 42.18 1,098.70 94.40 20.28 91.56
natural, cut-off max. 6000 mm 0.0.629.44
natural, 1 pce., length 6000 mm 0.0.629.41

Profile 8 240x160 8EN
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
74.00 19.98 2,492.10 5,177.20 3,950.00 310.60 436.70
natural, cut-off max. 8000 mm 0.0.474.57
natural, 1 pce., length 8000 mm 0.0.615.30


Profile 8 320x160
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
125.55 33.90 4,398.20 14,194.10 6,900.00 549.80 887.30
natural, cut-off max. 8000 mm 0.0.480.77
natural, 1 pce., length 8000 mm 0.0.465.86

-JOF 

-JOF 
Profile X 8 40x40 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.61 1.78 9.47 9.47 1.12 4.73 4.73
natural, cut-off max. 6000 mm 0.0.492.91
natural, 1 pce., length 6000 mm 0.0.492.90
-JOF 
Profile X 8 40x40 1N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.68 1.80 9.74 9.47 1.12 4.82 4.73
natural, cut-off max. 6000 mm 0.0.611.87
natural, 1 pce., length 6000 mm 0.0.611.86

32
 1
Profiles and accessories

-JOF 
Profile X 8 40x40 2N90 light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.75 1.82 9.74 9.74 1.12 4.82 4.82
natural, cut-off max. 6000 mm 0.0.611.90
natural, 1 pce., length 6000 mm 0.0.611.89
-JOF 
Profile X 8 40x40 2N180 light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.75 1.82 10.03 9.47 1.12 5.01 4.73
natural, cut-off max. 6000 mm 0.0.611.93
natural, 1 pce., length 6000 mm 0.0.611.92
-JOF 
Profile X 8 40x40 3N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.82 1.84 9.75 10.03 1.12 4.82 5.01
natural, cut-off max. 6000 mm 0.0.611.96
natural, 1 pce., length 6000 mm 0.0.611.95
-JOF 
Profile X 8 40x40 4N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.90 1.86 10.03 10.03 1.12 5.01 5.01
natural, cut-off max. 6000 mm 0.0.492.88
natural, 1 pce., length 6000 mm 0.0.492.87
-JOF 
Profile X 8 80x40 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.46 3.09 17.18 71.65 10.05 8.59 17.91
natural, cut-off max. 6000 mm 0.0.492.94
natural, 1 pce., length 6000 mm 0.0.492.93
-JOF 
Profile X 8 80x40 6N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
11.89 3.21 18.30 75.12 10.05 9.15 18.78
natural, cut-off max. 6000 mm 0.0.493.01
natural, 1 pce., length 6000 mm 0.0.492.99
-JOF 
Profile X 8 80x80 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
19.37 5.23 132.82 132.82 82.91 33.20 33.20
natural, cut-off max. 6000 mm 0.0.492.97
natural, 1 pce., length 6000 mm 0.0.492.96
-JOF 
Profile X 8 80x80 8N light
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
19.96 5.39 138.57 138.57 82.91 34.64 34.64
natural, cut-off max. 6000 mm 0.0.493.04
natural, 1 pce., length 6000 mm 0.0.493.03

33
1
Profiles and accessories

Profiles 8 Flat Cross-Sections

Full groove despite low construction height
For attaching elements
Suitable for use as a frame, support or strut

Profile 8 40x16 E can be Profiles 8 80x16 and 160x28 When using the centre groove Profile 8 160x28 can also
used in conjunction with are suitable for building the of Profile 8 80x16, an access be used as a clamping
Hand Grip Element 8 to con- sliding carriages of roller hole must be provided at the and mounting surface or
struct grip rails and handles. guides 8 D6 and D14. envisaged fastening position. edgewise as a heavy-duty
supporting profile.

Profiles 8 40x32 and 80x32

light are particularly suitable
for use as frames and struts in
table, shelving and cabinet con-
structions. They are then used
to connect profiles of modular
dimension 40 mm.

Materials used in all the following products:

Al, anodized
40 Profile 8 40x16 E


28 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
2.24 0.60 0.64 3.34 0.35 0.78 1.67
8
16

5 natural, cut-off max. 3000 mm 7.0.000.01

natural, 1 pce., length 3000 mm 0.0.452.64
40 Profile 8 40x16


28 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
4.24 1.13 1.05 6.89 1.09 1.22 3.45
8
16

5 natural, cut-off max. 6000 mm 0.0.026.84

natural, 1 pce., length 6000 mm 0.0.492.75
natural, 1 pce., length 3000 mm 0.0.452.62
black, cut-off max. 3000 mm 0.0.026.25
black, 1 pce., length 3000 mm 0.0.452.63
80 Profile 8 80x16 E


68 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
4.86 1.31 1.49 29.28 1.53 1.78 7.32
8
16

4.3 natural, cut-off max. 3000 mm 7.0.000.15

natural, 1 pce., length 3000 mm 0.0.452.93

34
 1
Profiles and accessories

80 Profile 8 80x16


68
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
8.13 2.20 2.15 50.76 2.20 2.69 12.69

8
16
4.2 natural, cut-off max. 3000 mm 0.0.364.72
natural, 1 pce., length 3000 mm 0.0.452.91
160 Profile 8 160x16

 20 6
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

10
13.88 3.75 3.80 307.83 2.37 4.25 38.48

16
5 natural, cut-off max. 3000 mm 0.0.265.90
natural, 1 pce., length 3000 mm 0.0.453.18
160 Profile 8 160x28


40 40 40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
31.07 8.39 20.49 726.82 21.81 14.33 90.85
20

28
20

natural, cut-off max. 6000 mm 0.0.026.85

6.8 40 40
natural, 1 pce., length 6000 mm 0.0.453.20
200 Profile 8 200x28


40 40 40 40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
38.39 10.37 25.37 1,383.53 25.00 17.74 138.35
20

28
20

natural, cut-off max. 6000 mm 0.0.473.86

6.8 40 40 40
natural, 1 pce., length 6000 mm 0.0.454.24
240 Profile 8 240x28


40 40 40 40 40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
45.70 12.29 30.25 2,347.38 30.00 21.30 195.62
20

28
20

natural, cut-off max. 6000 mm 0.0.473.88

6.8 40 40 40 40
natural, 1 pce., length 6000 mm 0.0.454.26
40 Profile 8 40x32 light


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

20
32

4.97 1.34 5.06 7.19 0.81 3.14 3.59

6.8 natural, cut-off max. 6000 mm 0.0.494.97
natural, 1 pce., length 6000 mm 0.0.494.95
80 Profile 8 80x32 light


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

20
32

8.65 2.33 9.27 53.73 8.20 5.76 13.43

6.8 natural, cut-off max. 6000 mm 0.0.494.98
natural, 1 pce., length 6000 mm 0.0.494.96

-JOF

80 Profile X 8 80x16
-JOF 

68 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
9.23 2.49 2.33 52.01 2.27 2.74 13.00
8
16

4.2 6.8 natural, cut-off max. 3000 mm 0.0.609.34

natural, 1 pce., length 3000 mm 0.0.609.21

35
1
Profiles and accessories

Bed Plate Profile 8

For creating panels in any size
Can be fastened to all types of substructures

Options for connecting the plate to the frame

structure (using Button-Head Screw M8x16,
washer DIN 125-8.4 and T-Slot Nut 8 St M8).

Materials used in all the following products:

Al, anodized
152 Bed Plate Profile 8 152x20


16 40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
18.39 4.97 7.39 350.50 7.20 46.12
145 natural, cut-off max. 6000 mm 0.0.465.79
natural, 1 pce., length 6000 mm 0.0.454.09

Bed Plate Connection Profile 8 55x20
20

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

55
5.71 1.54 2.12 11.30 1.98 4.10
natural, cut-off max. 6000 mm 0.0.465.80
natural, 1 pce., length 6000 mm 0.0.454.11

36
 1
Profiles and accessories

Profiles 8 45 Angle
Connect up to three profiles
For sophisticated tables, display cases and systems

The 45 profiles bring a sophisticated aesthetic appeal to a

whole range of constructions. Fastening Set 8 40x40-45 cre-
ates particularly elegant corner units.
Fastening Set 8 #R01#
100
40x40-45

Materials used in all the following products:

Al, anodized
6.8 Profile 8 40x40-45 E

40

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

40

4.35 1.17 5.70 5.70 2.49 2.51 2.51

40 natural, cut-off max. 6000 mm 7.0.000.12
natural, 1 pce., length 6000 mm 0.0.452.86
6.8 Profile 8 40x40-45 light

40

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
40

5.58 1.50 6.50 6.50 2.59 2.90 2.90

40 natural, cut-off max. 6000 mm 0.0.404.52
natural, 1 pce., length 6000 mm 0.0.452.88
black, cut-off max. 6000 mm 0.0.406.45
black, 1 pce., length 6000 mm 0.0.452.90
6.8 Profile 8 40x40-45

40

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
40

7.30 1.97 9.39 9.39 2.70 4.08 4.08

40 natural, cut-off max. 6000 mm 0.0.373.45
natural, 1 pce., length 6000 mm 0.0.452.84
80 Profile 8 80x80-45 light


40 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
.9
84

18.86 5.09 109.11 109.11 68.71 24.97 24.97

6.8
natural, cut-off max. 6000 mm 0.0.416.89
80

natural, 1 pce., length 6000 mm 0.0.453.07

40

80 Profile 8 80x80-45 4N90 light



40
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
.9
84

19.48 5.25 106.20 106.20 78.54 24.69 24.69

6.8
natural, cut-off max. 6000 mm 0.0.422.54
80

natural, 1 pce., length 6000 mm 0.0.453.05

40

37
1
Profiles and accessories

Profiles 8 120 Angle

Three grooves in one profile
Ideal as a stand profile when building partition systems

Grooves 8 are positioned at

angles of 120 to each other.
The relevant side faces have
a width of modular dimension
40 mm for attaching Line 8
profiles and accessories.

0 
22 Profile 8 3x40-120 light
27. 2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
6.59 1.73 10.65 10.71 6.92 3.98 5.33
natural, cut-off max. 6000 mm 0.0.480.59
natural, 1 pce., length 6000 mm 0.0.480.58

38
 1
Profiles and accessories

Profiles 8 D
With large central bore
Ideal for the mounting of bearings
Ideal for accommodating shafts, spindles and axles

Profile 8 80x80-45 D60 is the basis for Coupling Housings

8 D30 and 8 D55, Profile 8 120x120-45 D87 is used for
Coupling Housing 8 D80. The profiles can be used to produce
Coupling Housings of special lengths or housings for synchro-
nising shafts between mechanical drive elements.

Materials used in all the following products:

Al, anodized

Profile 8 80x80 D40
4

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

40
80
0+
0.5

6.8 37.20 10.04 222.00 222.00 189.65 55.50 55.50

natural, cut-off max. 3000 mm 0.0.408.28
40
80 natural, 1 pce., length 3000 mm 0.0.452.29


Profile 8 80x80-45 D60
64

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
15.26 4.12 109.56 109.56 98.17 27.39 27.39
6
0-

natural, cut-off max. 6000 mm 0.0.463.24

0.5
20

natural, 1 pce., length 6000 mm 0.0.452.55

80

Profile 8 120x120-45 D87
40

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

31.29 8.45 465.86 465.86 647.23 77.64 77.64
8

natural, cut-off max. 6000 mm 0.0.463.25

7+
0.5

natural, 1 pce., length 6000 mm 0.0.453.91

60

80
120

39
1
Profiles and accessories

Profiles 8 R
Closed on two sides, rounded surface
Various external angles available
Ideal for building protective hoods, frames and tables

Profiles R can also be used to add bracing to profile constructions. Calculating the appropriate length for the struts is easy.

Connection at 45 Connection at 30
Profile 2 Profile 8 R40/80-45 Profile 1 Profile 8 R40/80-30
__
b (a - 60).
2 Profile 3 Profile 8 R40/80-60
__
c 2(a - 60)/3
__
d (a - 60)/3+ 60

Materials used in all the following products:

Al, anodized

R4 Profile 8 R40-90 light
0
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.8 5.72 1.54 6.65 6.65 2.93 3.04 3.04
natural, cut-off max. 6000 mm 0.0.436.33
natural, 1 pce., length 6000 mm 0.0.453.39
6.8 Profile 8 R40/80-30 2
30

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
0
R4

10 20 6.20 1.67 6.42 8.90 3.18 2.84 3.80

40 natural, cut-off max. 6000 mm 0.0.427.66
natural, 1 pce., length 6000 mm 0.0.453.33

6.8 Profile 8 R40/80-45
45

2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
R40

10.23 2.76 21.33 16.06 12.41 6.74 6.14

20 natural, cut-off max. 6000 mm 0.0.409.14
40 natural, 1 pce., length 6000 mm 0.0.453.35

6.8 Profile 8 R40/80-60
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
60

10.50 2.83 22.64 34.92 19.18 5.96 11.56

R40

natural, cut-off max. 6000 mm 0.0.427.67

20
natural, 1 pce., length 6000 mm 0.0.453.36
40

40
 1
Profiles and accessories


Profile 8 R40/80-90
A [cm2] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

90
m [kg/m]

6.8 15.00 4.05 76.25 76.25 45.84 18.69 18.69
natural, cut-off max. 6000 mm 0.0.427.68

0
natural, 1 pce., length 6000 mm 0.0.453.37

20
R4
20
40

20 Profile 8 R26-270


Al, anodized
52.8 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
6.8
6.45 1.75 12.08 10.96 12.41 4.62 5.40
natural, cut-off max. 6000 mm 0.0.474.48
natural, 1 pce., length 6000 mm 0.0.454.29

41
1
Profiles and accessories

Profiles 8 W
Angled profiles with grooves
For use as panel fixing strips
For supporting shelves

The inside corner of the an-

gled profiles is provided with
an undercut. Attachments
with sharp edges can there-
fore be screwed flush with the
surface on both sides.

Materials used in all the following products:

Al, anodized
4.3 Profile 8 W40x40 E

40
28

16

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

6 28 4.09 1.10 5.40 5.40 0.71 2.22 2.22
6

40
natural, cut-off max. 3000 mm 7.0.001.10
natural, 1 pce., length 3000 mm 0.0.453.40


Profile 8 W80x80 E
4.3 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
80
68

8.60 2.32 48.52 48.52 3.05 8.92 8.92

16

natural, cut-off max. 3000 mm 7.0.001.12

6 68
6

80 natural, 1 pce., length 3000 mm 0.0.453.41


Profile 8 W80x80x40 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
80

17.77 4.79 95.32 95.32 31.41 20.54 20.54

40

natural, cut-off max. 6000 mm 0.0.458.92

40
80 natural, 1 pce., length 6000 mm 0.0.454.02

42
 1
Profiles and accessories

Profiles 8 D40
Edge-free elegance
Profiles with a cylindrical cross-section
Can be combined with square profiles
Available with open or closed grooves
Closed grooves can be subsequently opened up

The cylindrical cross-section, which is 40 mm Cylindrical and angular profiles from the MB
in diameter, is the main feature of Profiles 8 Building Kit System can be combined to suit
D40. Their four Line 8 grooves are arranged the task at hand. This compatibility is made
at 90 angles to each other and can be possible by Adapter 8 D40. The connections
either open or closed, as required. Cylindrical meet the same standards in stability and
profiles are ideal for use in hand rails, tables, reliability that design engineers have come to
shelves and ancillary factory equipment such expect from all item products.
as signage.

Materials used in all the following products:

Al, anodized

Profile 8 D40
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
5.45 1.47 5.63 5.63 1.08 2.88 2.88
natural, cut-off max. 6000 mm 0.0.493.36
natural, 1 pce., length 6000 mm 0.0.493.37

Profile 8 D40 1N
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.51 1.48 5.87 5.63 1.08 3.00 2.80
natural, cut-off max. 6000 mm 0.0.493.39
natural, 1 pce., length 6000 mm 0.0.493.40

Profile 8 D40 2N90
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.58 1.50 5.88 5.88 1.08 2.90 2.90
natural, cut-off max. 6000 mm 0.0.489.40
natural, 1 pce., length 6000 mm 0.0.489.39

43
1
Profiles and accessories


Profile 8 D40 2N180
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.58 1.50 6.13 5.63 1.08 3.07 2.92
natural, cut-off max. 6000 mm 0.0.493.42
natural, 1 pce., length 6000 mm 0.0.493.43

Profile 8 D40 3N
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.64 1.53 5.88 6.13 1.08 2.97 3.07
natural, cut-off max. 6000 mm 0.0.493.45
natural, 1 pce., length 6000 mm 0.0.493.46

Profile 8 D40 4N
Profile features easy-to-open groove(s)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
5.71 1.54 6.13 6.13 1.08 3.07 3.07
natural, cut-off max. 6000 mm 0.0.493.48
natural, 1 pce., length 6000 mm 0.0.493.49

44
 1
Profiles and accessories

Profiles 10 modular dimension of 50 mm

The added-value profile with increased load-carrying capacity
The new line for high-strength constructions
Reliability against pre-tension losses
Tensile loading up to 7,000 N per screw connection
Also available in lightweight versions as Profiles 10 E



Materials used in all the following products:

Al, anodized

Profile 10 50x50 E
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
8.47 2.29 20.34 20.34 3.00 8.14 8.14
natural, cut-off max. 6000 mm 0.0.624.93
natural, 1 pce., length 6000 mm 0.0.624.92

Profile 10 50x50
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
13.31 3.59 30.68 30.68 4.50 12.27 12.27
natural, cut-off max. 6000 mm 0.0.624.52
natural, 1 pce., length 6000 mm 0.0.624.51

Profile 10 100x50 E
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
13.40 3.62 36.40 143.75 18.00 14.56 28.75
natural, cut-off max. 6000 mm 0.0.625.14
natural, 1 pce., length 6000 mm 0.0.625.13

Profile 10 100x50
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
24.70 6.67 61.28 227.47 45.00 24.51 45.49
natural, cut-off max. 6000 mm 0.0.624.60
natural, 1 pce., length 6000 mm 0.0.624.59

Profile 10 100x100 E
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
21.74 5.87 237.98 237.98 90.00 47.60 47.60
natural, cut-off max. 6000 mm 0.0.625.18
natural, 1 pce., length 6000 mm 0.0.625.17

Profile 10 100x100
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
39.57 10.68 431.41 431.41 270.00 86.28 86.28
natural, cut-off max. 6000 mm 0.0.624.56
natural, 1 pce., length 6000 mm 0.0.624.55

Profile 10 200x100
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
74.36 20.08 838.55 2,840.55 870.00 167.71 284.06
natural, cut-off max. 6000 mm 0.0.624.68
natural, 1 pce., length 6000 mm 0.0.624.67

45
1
Profiles and accessories

Profile 10 50x20 E
Lightweight thanks to flat cross-section
Full Profile 10 groove on one side, closed surface on the other
Ideal for stable, space-saving struts and frames



Thanks to its flat cross-section, Profile 10 50x20 E takes up

little space when integrated into constructions. The Line 10
groove leaves open all the fastening options associated with
Profiles 10, providing a secure hold for all fastening elements.
The closed surface on the rear of the profile is easy to clean.
This profile makes it easy to add flat struts to a construction or
build stable lightweight frames.

50 Profile 10 50x20 E


36
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
20

3.69 0.99 1.70 9.08 1.70 3.63

6.8
10

natural, cut-off max. 6000 mm 0.0.632.54

natural, 1 pce., length 6000 mm 0.0.632.53

46
 1
Profiles and accessories
Profiles 12

Profiles 12 modular dimension of 60 mm

The robust option for load-carrying applications
The strongest profile line in the MB system
Exceptional reliability against pre-tension losses
Tensile loading up to 10,000 N per screw connection
For particularly stable, heavy-duty frame structures



Materials used in all the following products:

Al, anodized

Profile 12 60x60 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
14.50 3.91 46.02 46.02 5.00 15.36 15.36
natural, cut-off max. 6000 mm 0.0.001.16
natural, 1 pce., length 6000 mm 0.0.001.06

Profile 12 60x60
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
20.60 5.55 70.50 70.50 10.00 23.50 23.50
natural, cut-off max. 6000 mm 0.0.001.11
natural, 1 pce., length 6000 mm 0.0.001.01

Profile 12 120x60 light
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
26.15 7.10 88.15 355.50 50.00 29.40 59.40
natural, cut-off max. 6000 mm 0.0.001.17
natural, 1 pce., length 6000 mm 0.0.001.07

Profile 12 120x60
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
37.58 10.15 135.40 509.70 105.00 45.10 85.10
natural, cut-off max. 6000 mm 0.0.001.12
natural, 1 pce., length 6000 mm 0.0.001.02

Profile 12 120x120 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
44.45 12.00 679.60 679.60 410.00 113.50 113.50
natural, cut-off max. 6000 mm 0.0.001.18
natural, 1 pce., length 6000 mm 0.0.001.28

Profile 12 120x120
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
60.40 16.30 948.00 948.00 690.00 159.00 159.00
natural, cut-off max. 6000 mm 0.0.001.13
natural, 1 pce., length 6000 mm 0.0.001.23

Profile 12 240x60 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
49.10 13.25 170.65 2,585.50 140.00 57.02 215.90
natural, cut-off max. 6000 mm 0.0.001.20
natural, 1 pce., length 6000 mm 0.0.001.30

47
1
Profiles and accessories


Profile 12 240x60
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
72.60 19.60 269.38 3,777.20 250.00 89.60 314.80
natural, cut-off max. 6000 mm 0.0.001.15
natural, 1 pce., length 6000 mm 0.0.001.25

Profile 12 240x120 light
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
83.60 22.60 1,329.50 4,529.80 1,320.00 221.80 378.10
natural, cut-off max. 6000 mm 0.0.001.19
natural, 1 pce., length 6000 mm 0.0.001.29

Profile 12 240x120
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
112.00 30.24 1,815.20 6,168.90 2,010.00 302.00 514.10
natural, cut-off max. 6000 mm 0.0.001.14
natural, 1 pce., length 6000 mm 0.0.001.24

48
 1
Profiles and accessories

Profile 12/8 240x40

Special profile with Line 8 and 12 grooves
For building carriages for linear slides

 

240 Profile 12/8 240x40

 

8 60 30
8.3


Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
57.94 15.70 83.90 2,904.15 57.22 41.60 242.15
6.8  40 20 natural, cut-off max. 6000 mm 0.0.001.04
natural, 1 pce., length 6000 mm 0.0.001.03

49
1
Profiles and accessories

Solid profiles and profile edging

Profiles without grooves
Used as edging or grip rails
For edging any panel elements
For special constructions of all types

Can be used as a grip rail or edging and for

stabilising panel elements.

Materials used in all the following products:

Al, anodized

Profile Edging 15x8

14.9
4

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

2.3
0.56 0.15 0.09 0.16 0.16 0.17
8
natural, cut-off max. 6000 mm 0.0.431.16
natural, 1 pce., length 6000 mm 0.0.453.43
18.9

Profile Edging 19x11.5

6

3 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

11.5 1.14 0.30 0.41 0.13 0.30 0.17
natural, cut-off max. 6000 mm 0.0.196.30
natural, 1 pce., length 6000 mm 0.0.453.45

Profile M 20x4 E
R2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

20

0.78 0.21 0.24 0.01 0.24 0.05

4
natural, cut-off max. 2000 mm 7.0.001.14
natural, 1 pce., length 2000 mm 7.0.002.62

Profile M 30x3 E
.5
R1

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

0.89 0.24 0.01 0.65 0.01 4.30
30

3 natural, cut-off max. 2000 mm 0.0.609.60

natural, 1 pce., length 2000 mm 0.0.609.59

Profile M 40x4 E
R2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

1.57 0.42 2.06 0.02 1.03 0.10
40

natural, cut-off max. 2000 mm 7.0.001.18

4
natural, 1 pce., length 2000 mm 7.0.002.66

50
 1
Profiles and accessories

Profile M 60x6 E

R3
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
3.56 0.96 0.10 10.46 0.35 3.49

60
natural, cut-off max. 2000 mm 0.0.609.62
natural, 1 pce., length 2000 mm 0.0.609.61
6

Profile M 80x8 E

R4
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
6.32 1.70 33.05 0.33 8.26 0.81
natural, cut-off max. 2000 mm 7.0.001.22

80
natural, 1 pce., length 2000 mm 7.0.002.67

Profile M W20x20x4 E
R2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

20

1.41 0.38 0.48 0.48 0.35 0.35

4
20
natural, cut-off max. 2000 mm 7.0.001.26
natural, 1 pce., length 2000 mm 7.0.002.68

Profile M W40x20x4 E
R2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

20

2.21 0.59 0.59 3.52 0.38 1.40

4
40 natural, cut-off max. 2000 mm 7.0.001.28
natural, 1 pce., length 2000 mm 7.0.002.69

Profile M W40x40x4 E
R2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

40

3.01 0.81 4.51 4.51 1.58 1.58

natural, cut-off max. 2000 mm 7.0.001.30
4
40 natural, 1 pce., length 2000 mm 7.0.002.70

Profile M W60x30x6 E
R3

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

30

4.98 1.34 8.73 18.82 3.84 4.99

6 natural, cut-off max. 2000 mm 0.0.609.64
60 natural, 1 pce., length 2000 mm 0.0.609.63

Profile M W60x60x6 E
R3

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

6.78 1.83 22.86 22.86 5.34 5.34
60

natural, cut-off max. 2000 mm 0.0.609.66

natural, 1 pce., length 2000 mm 0.0.609.65
6
60

Profile M W80x40x8 E
R4

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

40

8.85 2.39 9.48 56.54 3.12 11.25

natural, cut-off max. 2000 mm 7.0.001.32
8
80 natural, 1 pce., length 2000 mm 7.0.002.71

Profile M W80x80x8 E
R4

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

12.05 3.25 72.27 72.27 12.66 12.66
natural, cut-off max. 2000 mm 7.0.001.34
80

natural, 1 pce., length 2000 mm 7.0.002.72

8
80
51
1
Profiles and accessories

Caps for Profiles in modular dimensions

Robust Caps made from glass-fibre-reinforced plastic
Vibration-proof and temperature-resistant
Protection against sharp cut edges
Numerous designs also available in grey
Products from Line X also available
    

Materials used in all the following products:

PA-GF

2.5
Cap 5 20x20
a = 20 mm b = 20 mm c = 2.5 mm m = 1.2 g
20 black, 1 pce. 0.0.370.09
20

Cap 5 40x20
a = 40 mm b = 20 mm c = 2.5 mm m = 2.2 g
black, 1 pce. 0.0.370.11

Cap 5 40x40
a = 40 mm b = 40 mm c = 2.5 mm m = 5.0 g
black, 1 pce. 0.0.370.13

Cap 5 60x20
a = 60 mm b = 20 mm c = 2.5 mm m = 3.3 g
black, 1 pce. 0.0.425.53

Cap 5 60x40
a = 60 mm b = 40 mm c = 2.5 mm m = 7.0 g
black, 1 pce. 0.0.425.56

Cap 5 80x20
a = 80 mm b = 20 mm c = 2.5 mm m = 4.4 g
black, 1 pce. 0.0.370.92

Cap 6 30x30
a = 30 mm b = 30 mm c = 3.0 mm m = 2.6 g
black, 1 pce. 0.0.419.22

Cap 6 60x30
a = 60 mm b = 30 mm c = 3.0 mm m = 5.2 g
black, 1 pce. 0.0.419.23

Cap 6 60x60
a = 60 mm b = 60 mm c = 3.0 mm m = 9.4 g
black, 1 pce. 0.0.419.24

Cap 6 120x30
a = 120 mm b = 30 mm c = 3.0 mm m = 10.2 g
black, 1 pce. 0.0.419.25

Cap 6 120x60
a = 120 mm b = 60 mm c = 3.0 mm m = 20.8 g
black, 1 pce. 0.0.419.26
52
 1
Profiles and accessories


Cap 8 40x40
a = 40 mm b = 40 mm c = 4.0 mm m = 4.8 g
black, 1 pce. 0.0.026.01
grey similar to RAL 7042, 1 pce. 0.0.627.16

Cap 8 80x40
a = 80 mm b = 40 mm c = 4.0 mm m = 9.6 g
black, 1 pce. 0.0.026.02
grey similar to RAL 7042, 1 pce. 0.0.627.18

Cap 8 80x80
a = 80 mm b = 80 mm c = 4.0 mm m = 19.4 g
black, 1 pce. 0.0.026.37
grey similar to RAL 7042, 1 pce. 0.0.627.20

Cap 8 120x40
a = 120 mm b = 40 mm c = 4.0 mm m = 15.2 g
black, 1 pce. 0.0.418.54
grey similar to RAL 7042, 1 pce. 0.0.627.27

Cap 8 120x80
a = 120 mm b = 80 mm c = 4.0 mm m = 30.4 g
black, 1 pce. 0.0.418.57
grey similar to RAL 7042, 1 pce. 0.0.627.28

Cap 8 120x120
a = 120 mm b = 120 mm c = 4.0 mm m = 43.4 g
black, 1 pce. 0.0.609.88

Cap 8 160x40
a = 160 mm b = 40 mm c = 4.0 mm m = 21.4 g
black, 1 pce. 0.0.265.39
grey similar to RAL 7042, 1 pce. 0.0.627.30

Cap 8 160x80
a = 160 mm b = 80 mm c = 4.0 mm m = 37.0 g
black, 1 pce. 0.0.265.40
grey similar to RAL 7042, 1 pce. 0.0.627.31

Cap 8 200x40
a = 200 mm b = 40 mm c = 4.0 mm m = 29.0 g
black, 1 pce. 0.0.474.01

Cap 8 200x80
a = 200 mm b = 80 mm c = 4.0 mm m = 60.0 g
black, 1 pce. 0.0.485.94

Cap 8 240x40
a = 240 mm b = 40 mm c = 4.0 mm m = 36.0 g
black, 1 pce. 0.0.474.04

Cap 8 40x40 N
a = 40 mm b = 40 mm c = 4.0 mm m = 9.0 g
1 set 0.0.624.47

53
1
Profiles and accessories

-JOF 

-JOF 
Cap X 8 40x40
a = 40 mm b = 40 mm c = 2.0 mm m = 5.0 g
grey similar to RAL 7042, 1 pce. 0.0.489.60
-JOF 
Cap X 8 80x40
a = 80 mm b = 40 mm c = 2.0 mm m = 8.0 g
grey similar to RAL 7042, 1 pce. 0.0.489.61
-JOF 
Cap X 8 80x80
a = 80 mm b = 80 mm c = 2.0 mm m = 16.0 g
grey similar to RAL 7042, 1 pce. 0.0.489.98


Cap 10 50x50
a = 50 mm b = 50 mm c = 5.0 mm m = 8.5 g
black, 1 pce. 0.0.625.09
grey similar to RAL 7042, 1 pce. 0.0.632.25

Cap 10 100x50
a = 100 mm b = 50 mm c = 5.0 mm m = 18.0 g
black, 1 pce. 0.0.625.10
grey similar to RAL 7042, 1 pce. 0.0.632.26

Cap 10 100x100
a = 100 mm b = 100 mm c = 5.0 mm m = 36.0 g
black, 1 pce. 0.0.625.11
grey similar to RAL 7042, 1 pce. 0.0.632.27

Cap 10 200x100
a = 200 mm b = 100 mm c = 5.0 mm m = 87.0 g
black, 1 pce. 0.0.625.12
grey similar to RAL 7042, 1 pce. 0.0.632.28

Cap 12 60x60
a = 60 mm b = 60 mm c = 6.0 mm m = 14.7 g
black, 1 pce. 0.0.005.01

Cap 12 120x60
a = 120 mm b = 60 mm c = 6.0 mm m = 28.0 g
black, 1 pce. 0.0.005.02

Cap 12 120x120
a = 120 mm b = 120 mm c = 6.0 mm m = 54.0 g
black, 1 pce. 0.0.005.03

Cap 12 240x60
a = 240 mm b = 60 mm c = 6.0 mm m = 54.0 g
black, 1 pce. 0.0.005.05

Cap 12 240x120
a = 240 mm b = 120 mm c = 6.0 mm m = 106.0 g
black, 1 pce. 0.0.005.04

54
 1
Profiles and accessories

Screw for reinforcing the The machining required is

retention force of Caps 8 limited to counter boring and
(PA-GF) in the core bores of countersinking of the Caps.
Profiles 8.

9.3 Fastening Screw 8 5x14



St
3

m = 1.6 g
14
5
black, 1 pce. 0.0.427.08

Caps 8 St
Robust steel plates
Screws ensure a secure hold
Closes large Profiles 8

Caps Zn and St must be secured with screws into the profile

core bore. Plastic caps can also be secured in this way if
desired.


Cap 8 160x160
St
4 dome-head screws M8x14, St
3

a = 160 mm b = 160 mm m = 624.0 g

black, 1 set 0.0.475.15

b Cap 8 240x160
a
St
4 dome-head screws M8x14, St
a = 240 mm b = 160 mm m = 907.0 g
black, 1 set 0.0.475.16

Cap 8 320x160
St
4 dome-head screws M8x14, St
a = 320 mm b = 160 mm m = 1.2 kg
black, 1 set 0.0.476.64

55
1
P r o f i l e s an d acc e ss o r i e s

Cap 8 40x40, rubber coated

Steel cap with rubber coating
Closes and cushions at the same time
With self-tapping screw for rapid installation


Cap 8 40x40, rubber coated

4
Steel plate, coated, NBR 80 Sh A
Countersunk Screw 8 SF M7.1, St, black
m = 24.0 g
40 black, 1 set 0.0.626.90
40

Cap 8 40x40 N
Safely cover profile ends
One groove stays open
T-Slot Nut F can be used to secure the groove
With self-tapping screw for rapid installation



Cap 8 40x40 N
4

PA-GF
Countersunk Screw 8 SF M7.1, St
m = 9.0 g
40 black, 1 set 0.0.624.47

56
 1
Profiles and accessories

Caps 8 Zn
Sturdy caps made from zinc
Screws ensure a secure hold
Closes Profiles 8 and protects against impacts

4
Cap 8 40x40 Zn
Die-cast zinc
a = 40 mm b = 40 mm m = 26.0 g
b a black, 1 pce. 0.0.427.09

Cap 8 80x40 Zn
Die-cast zinc
a = 80 mm b = 40 mm m = 49.0 g
black, 1 pce. 0.0.427.11

Cap 8 80x80 Zn
Die-cast zinc
a = 80 mm b = 80 mm m = 96.0 g
black, 1 pce. 0.0.427.13

Self-threading screw for

securing Caps Zn in the core
bore of Profiles 8.

12 Countersunk Screw 8 SF M7.1



4
St
Slide coating
16

Head shape to DIN 7991 (M6)

M7.1 m = 4.3 g
black, 1 pce. 0.0.428.05

57
1
Profiles and accessories

Caps for Flat Cross-Sections

Simply push in to safely cover cut edges
Neatly close side areas and end faces
Suitable for profiles with flat cross-sections
Products from Line X also available

   

Materials used in all the following products:

PA-GF

4

Cap 5 16x8.5
m = 0.7 g
black, 1 pce. 0.0.364.60
8.5 16


2.5

Cap 5 20x10
a = 20 mm b = 10 mm m = 0.6 g
black, 1 pce. 0.0.391.12
b a Cap 5 40x10


a = 40 mm b = 10 mm m = 1.0 g
black, 1 pce. 0.0.391.14

Cap 5 80x14
a = 80 mm b = 14 mm m = 3.4 g
black, 1 pce. 0.0.370.91

Cap 6 30x12
c

a = 30 mm b = 12 mm c = 3.0 mm m = 1.0 g
black, 1 pce. 0.0.478.09

a Cap 6 30x24
b
a = 30 mm b = 24 mm c = 3.0 mm m = 2.2 g
black, 1 pce. 0.0.610.29

Cap 6 60x12
a = 60 mm b = 12 mm c = 3.0 mm m = 2.0 g
black, 1 pce. 0.0.478.11

Cap 6 60x24
a = 60 mm b = 24 mm c = 3.0 mm m = 4.3 g
black, 1 pce. 0.0.610.30

58
 1
Profiles and accessories


Cap 8 40x16
a = 40 mm b = 16 mm c = 4.0 mm m = 2.5 g
black, 1 pce. 0.0.026.79
grey similar to RAL 7042, 1 pce. 0.0.627.21

Cap 8 40x32
a = 40 mm b = 32 mm c = 4.0 mm m = 4.1 g
black, 1 pce. 0.0.610.23

Cap 8 80x16
a = 80 mm b = 16 mm c = 4.0 mm m = 4.6 g
black, 1 pce. 0.0.265.98
grey similar to RAL 7042, 1 pce. 0.0.627.25

Cap 8 80x32
a = 80 mm b = 32 mm c = 4.0 mm m = 8.5 g
black, 1 pce. 0.0.610.22

Cap 8 160x16
a = 160 mm b = 16 mm c = 4.0 mm m = 8.6 g
black, 1 pce. 0.0.373.00

Cap 8 160x28
a = 160 mm b = 28 mm c = 4.0 mm m = 16.1 g
black, 1 pce. 0.0.026.80
grey similar to RAL 7042, 1 pce. 0.0.627.29

Cap 8 200x28
a = 200 mm b = 28 mm c = 4.0 mm m = 22.0 g
black, 1 pce. 0.0.474.07

Cap 8 240x28
a = 240 mm b = 28 mm c = 4.0 mm m = 27.0 g
black, 1 pce. 0.0.474.10

-JOF   

-JOF 
Cap X 6 60x12
a = 60 mm b = 12 mm c = 2.0 mm m = 2.5 g
grey similar to RAL 7042, 1 pce. 0.0.609.29
-JOF 
Cap X 8 80x16
a = 80 mm b = 16 mm c = 2.0 mm m = 6.0 g
grey similar to RAL 7042, 1 pce. 0.0.609.28

Cap 10 50x20
5

PA-GF
a = 50 mm b = 20 mm m = 4.0 g
b a black, 1 pce. 0.0.632.55
grey similar to RAL 7042, 1 pce. 0.0.632.56

59
1
Profiles and accessories

Caps with Radiused Outside Surface

Aesthetically appealing
No need to deburr cut edges
Suitable for various angle measurements: 30, 45, 60, 90 and 270

  

Rounded Cap for the profile

end face, suitable for all
Profile 8 D40 versions. No
deburring of the cut edge is
required.

Materials used in all the following products:

PA-GF

2.5

Cap 5 R20-90
m = 0.9 g
black, 1 pce. 0.0.425.71
R20


2.5

Cap 5 R20/40-30
= 30 m = 0.7 g
R40

black, 1 pce. 0.0.425.59

R20 Cap 5 R20/40-45


= 45 m = 1.2 g
black, 1 pce. 0.0.425.62

Cap 5 R20/40-60
= 60 m = 1.5 g
black, 1 pce. 0.0.425.65

Cap 5 R20/40-90
= 90 m = 2.7 g
black, 1 pce. 0.0.425.68


Cap 6 R30-90
3

m = 2.0 g
R30 black, 1 pce. 0.0.434.75

60
 1
Profiles and accessories

3
Cap 6 R30/60-30

R60
= 30 m = 2.0 g
black, 1 pce. 0.0.459.39

R30 Cap 6 R30/60-45



= 45 m = 3.0 g
black, 1 pce. 0.0.459.40

Cap 6 R30/60-60
= 60 m = 4.0 g
black, 1 pce. 0.0.459.41

Cap 6 R30/60-90
= 90 m = 6.0 g
black, 1 pce. 0.0.459.42


Cap 8 R40-90
4

m = 4.4 g
R40
black, 1 pce. 0.0.436.34
grey similar to RAL 7042, 1 pce. 0.0.627.56

Cap 8 R40/80-30

4
R80

= 30 m = 4.2 g
black, 1 pce. 0.0.427.69
grey similar to RAL 7042, 1 pce. 0.0.627.52
R40

Cap 8 R40/80-45
= 45 m = 5.8 g
black, 1 pce. 0.0.409.15
grey similar to RAL 7042, 1 pce. 0.0.627.53

Cap 8 R40/80-60
= 60 m = 7.8 g
black, 1 pce. 0.0.427.70
grey similar to RAL 7042, 1 pce. 0.0.627.54

Cap 8 R40/80-90
= 90 m = 11.0 g
black, 1 pce. 0.0.427.71
grey similar to RAL 7042, 1 pce. 0.0.627.55


Cap 8 R26-270
R26

m = 5.6 g
4

black, 1 pce. 0.0.474.46


Cap 8 D40
PA-GF
m = 4.3 g
4

40 black, 1 pce. 0.0.489.53

grey similar to RAL 7042, 1 pce. 0.0.627.32

61
1
Profiles and accessories

Caps with 45 and 120 angles

Materials used in all the following products:

PA-GF

Cap 6 30x30-45
c

a = 30 mm b = 30 mm c = 3 mm m = 1.9 g
black, 1 pce. 0.0.434.74
a b

Cap 8 40x40-45
a = 40 mm b = 40 mm c = 4 mm m = 4.5 g
black, 1 pce. 0.0.373.48
grey similar to RAL 7042, 1 pce. 0.0.627.24

Cap 8 80x80-45
a = 80 mm b = 80 mm c = 4 mm m = 17.6 g
black, 1 pce. 0.0.418.36

Cap 8 3x40-120
4

m = 5.0 g
black, 1 pce. 0.0.482.39
40

Caps W Angle Geometry

Materials used in all the following products:

PA-GF

Cap 8 W40x40 E
4

c
a = 40 mm b = 40 mm c = 16 mm m = 4.2 g
black, 1 pce. 0.0.429.51
b a 
Cap 8 W80x80 E
a = 80 mm b = 80 mm c = 16 mm m = 9.2 g
black, 1 pce. 0.0.429.54

Cap 8 W80x80x40
a = 80 mm b = 80 mm c = 40 mm m = 14.0 g
black, 1 pce. 0.0.465.50
62
 1
Profiles and accessories

Caps for bores

Safe and clean
Seal profile bores to stop dust getting inside
Available in two colours

  

Grey Caps can be used to seal the holes in the sides of

profiles with closed grooves. The grey blends in well with the
aluminium.

Cap 8 D7-D40 can be used to seal the 7 mm dia. through hole Cap 8 D15 covers Counter-
for the Standard Fastener 8 tool in Profiles 8 D40 with closed sink 8 DIN 974 T1 - Row 1
grooves. The grey colour is matched to the surface of the (e.g. connection of Clamp
natural anodized profiles. Profiles 8).

8 Cap 5 D4.3


PA
5

m = 8 g/100
4.3
black, 1 pce. 0.0.437.89
grey similar to RAL 7042, 1 pce. 0.0.484.34
10 Cap 6 D5.5


PA
m = 14 g/100
6

5.5
black, 1 pce. 0.0.439.86
grey similar to RAL 7042, 1 pce. 0.0.478.99

Cap 6 D5.5-45
1
0

PA
5.5 m = 18 g/100
black, 1 pce. 0.0.439.87
grey similar to RAL 7042, 1 pce. 0.0.491.03

63
1
Profiles and accessories

13 Cap 8 D7


PA

6
m = 27 g/100
7
black, 1 pce. 0.0.432.06
grey similar to RAL 7042, 1 pce. 0.0.489.47

Cap 8 D7-45

1
3
PA
m = 36 g/100
7 black, 1 pce. 0.0.432.96
grey similar to RAL 7042, 1 pce. 0.0.489.50
13 Cap 8 D7-D40


40 PA
m = 30 g/100
7
grey similar to RAL 7042, 1 pce. 0.0.493.88
20 Cap 8 D15


PA
m = 83 g/100
6.3

15 grey similar to RAL 7042, 1 pce. 0.0.492.55

64
 1
Profiles and accessories

Cover Profiles Al
Dust-tight and easy to clean
For covering cables running through the groove

   

Cover Profiles can also be printed or engraved for labelling Whenever it is especially important that constructions are
modules. kept clean and look good, Cover Profiles Al neatly close over
the groove, either in sections or along the entire length of the
profile.

7.2 Cover Profile 6 Al



Al, anodized
4.3

m = 30 g/m
natural, 1 pce., length 2000 mm 0.0.439.70
9.7 Cover Profile 8 Al


Al, anodized
4

m = 32 g/m
natural, 1 pce., length 2000 mm 0.0.452.03
black, 1 pce., length 2000 mm 0.0.452.04

12.2 Cover Profile 10 Al
4.4

Al, anodized
m = 40 g/m
natural, 1 pce., length 2000 mm 0.0.632.63
14.6 Cover Profile 12 Al


Al, anodized
6

m = 62 g/m
natural, 1 pce., length 2000 mm 0.0.003.25

65
1
Profiles and accessories

Cover Profiles PP
One profile, two applications
Protection from dirt and dust when used as cover profiles
Securing of panel elements in the groove when used as panel-fixing profiles
Various colours for creating aesthetic effects
ESD-safe versions also available

&4%     

Cover Profile a [mm]

5 1.52.0
6 2.03.5
8 (ESD) 4.05.5
10 (ESD) 4.08.0
12 6.09.5

Cover Profile can be used as a cover for the profile groove or

as a panel-fixing profile for panel elements.

5 Cover Profile 5


PP/TPE
6.3

m = 13.5 g/m
natural, 1 pce., length 2000 mm 0.0.391.73
black, 1 pce., length 2000 mm 0.0.391.74
grey similar to RAL 7042, 1 pce., length 2000 mm 0.0.639.02
6 Cover Profile 6


PP/TPE
9.1

m = 20.4 g/m
natural, 1 pce., length 2000 mm 0.0.419.48
black, 1 pce., length 2000 mm 0.0.431.01
8 Cover Profile 8


PP/TPE
11

m = 26 g/m
natural, 1 pce., length 2000 mm 0.0.422.23
black, 1 pce., length 2000 mm 0.0.422.26
green, similar to RAL 6016, 1 pce., length 2000 mm 0.0.489.44
red, similar to RAL 3003, 1 pce., length 2000 mm 0.0.489.46
yellow, similar to RAL 1018, 1 pce., length 2000 mm 0.0.489.43
blue, similar to RAL 5010, 1 pce., length 2000 mm 0.0.481.01
grey similar to RAL 7042, 1 pce., length 2000 mm 0.0.489.45
8 Cover Profile 8 ESD
&4% 

PP/TPE
11

m = 26 g/m
black, 1 pce., length 2000 mm 0.0.617.80

66
 1
Profiles and accessories

10 Cover Profile 10


PP/TPE

14.3
m = 31.5 g/m
natural, 1 pce., length 2000 mm 0.0.632.10
10 Cover Profile 10 ESD
&4% 

PP/TPE

14.3
m = 31.5 g/m
black, 1 pce., length 2000 mm 0.0.632.04
12 Cover Profile 12


PP/TPE
17 m = 58 g/m
natural, 1 pce., length 2000 mm 0.0.005.08
black, 1 pce., length 2000 mm 0.0.005.28

67
1
Profiles and accessories

Cover Profiles R, WR and F

Stylish cover for profile sides
Rounded and flat versions available
For constructions with a high-end look

Cover Profile WR creates Cover Caps R and F integrate the cap of the basic profile. The round and flat Cover Pro-
a uniformly wavy pattern files R, W and F are inserted
around the main profile, into the grooves of Profiles 8
neatly integrating the four in conjunction with Clip 8 St.
corners.


Cover Profile 8 R40 Al
1.5
6.5

Al, anodized
R26.4 m = 190 g/m
33.9 natural, cut-off max. 3000 mm 0.0.422.76

Cover Profile 8 WR40 Al
1.5
6.5

Al, anodized
m = 200 g/m
R26.5
31.9 natural, cut-off max. 3000 mm 0.0.457.72

Cap 8 R40
4

PA-GF
6.5 m = 0.6 g
black, 1 pce. 0.0.429.60
5
33.
grey similar to RAL 7042, 1 pce. 0.0.627.50

Cover Profile 8 R80 Al
1.5
14.7

Al, anodized
40 m = 550 g/m
4.7
R5 natural, cut-off max. 3000 mm 0.0.422.77
74.1

Cap 8 R80
4

PA-GF
m = 2.3 g
black, 1 pce. 0.0.429.61
grey similar to RAL 7042, 1 pce. 0.0.627.51
14.
7 74

68
 1
Profiles and accessories


Cover Profile 8 F40 Al

1. 5
33.9 Al, anodized
m = 170 g/m
natural, cut-off max. 3000 mm 0.0.428.95

Cap 8 F40

4
PA-GF
m = 0.4 g
4
black, 1 pce. 0.0.429.62
5
33.


Cover Profile 8 F80 Al
4

1. 5
40 Al, anodized
73.9 m = 370 g/m
natural, cut-off max. 3000 mm 0.0.428.96

Cap 8 F80
4

PA-GF
m = 0.8 g
black, 1 pce. 0.0.429.63
4 74

20 Clip 8 St


St
13

Recommended amount: 5 pce./m

9.3 m = 2.5 g
bright zinc-plated, 1 pce. 0.0.428.97

69
1
Profiles and accessories

Cover Profiles NBR

Elastic covering for profile grooves
Creates a non-slip surface
Suitable as a buffer strip for sliding doors

  


2.2

Cover Profile 5 16x3

NBR
7

5.3 Hardness 80 Shore A, oil and water resistant

7.5 m = 57 g/m
16 black, cut-off max. 20 m 0.0.425.23

Cover Profile 6 24x3
3
11

NBR
6.4 Hardness 80 Shore A, oil and water resistant
9.3 m = 119 g/m
24 black, cut-off max. 20 m 0.0.439.34

Cover Profile 8 32x4
3.5

NBR
13.1

Hardness 80 Shore A, oil and water resistant

8.5 m = 180 g/m
12 black, cut-off max. 20 m 0.0.429.02
31.1

70
 2

Fastening technology 2
Right-Angled Connections
Angled Connections
Cross-Profile Connections
Butt Fasteners
Parallel-Profile Connections
Secure Connections
 Fastening technology

2 Application example fastening technology

Connecting profiles

1 2 3 4 5

72
 Fastening technology

1 6 7 8 1 Right-angled connections 5 Angle Bracket Sets

Fastening sets for the rapid and stable assem- Additional hold without profile machining for
bly of profiles load-bearing supports
Numerous variants for each application Wide selection ranging from simple angle
Innovative fastening sets for power-locking con- brackets to heavy-duty anchor points
nections without profile machining Models with caps for a closed look and easy
cleaning

77 Section 2 90 Section 2

2 Cross-profile connections 6 T-Slot Nuts

Power-lock connection between profiles that For fastening components
cross Suitable for appropriate profile size
Adjustable to desired angle Versions with different load-carrying capacities
Solutions for rapid angle adjustment as required for specific applications

112 Section 2 130 Section 3

3 Angle Fasteners 7 Butt fasteners

Hinges and fasteners for constructions with For extending profiles
non-standard angle measurements Simple end-face connections
Angle elements for stable and lightweight Also suitable for use with mitre cuts
latticework
Adjustable solutions for the rapid installation of
supporting struts

105 Section 2 118 Section 2

4 Corner fasteners 8 Parallel fasteners

Connect up to three profiles to form one corner Connect parallel profiles to make an exception-
unit ally stable unit
For building tables, display cases and hoods Available in various sizes and strengths
Versatile design options thanks to various Connection Profiles for extremely strong struts
angles and caps

99 Section 2 123 Section 2

Products Products
Key: See page 0 in this section 0 in other sections

73
 Fastening technology

2 Overview finding the right fastener fast

Configuration Application Product

Right-angled profile connections
Extremely rapid and repositionable profile connections with no machining Automatic-Fastening Sets 77
High-strength and repositionable screw connections with minimal assembly requirements Universal-Fastening Sets 79
Cost-effective and fixed connection Standard-Fastening Sets 82
Flexible and rapid construction of frames for panel elements Central-Fastening Sets 123
Rapid profile connection with simple angle adjustment system Click-Fastening Set 90 88
Right-angled profile connections at any angle of rotation Direct-Fastening Set 90 89
Extra hold for load-bearing support profiles without additional profile machining Angle Bracket Zn 90
Simple connection of three profiles to form one corner unit Corner Fastening Sets 99
Connections at various angles
Construction of load-carrying latticework and supporting struts at a 45 angle Angle Elements 105
Construction of fixable tool rails or load-carrying hinges Hinges, heavy-duty 107
Permanent swivel capability and secure connection Ball-Bearing Hinge 109
Easily adjustable fastening for lightweight attachments Ball joint 110
Movable profile connections at any angle Mitre-Fastening Sets 111
Cross-profile connections
Power-lock connection between profiles that cross Direct-Fastening Sets 112
Rapid fixing of struts at any (variable) position with minimal assembly requirements Click-Fastening Sets 113
Cost-effective angled fixing Face Fastening Set 114
Secure and fixed connection between profiles that cross Angle Clamp Brackets 116
Shelves with high load-carrying capacity and extremely easy-to-use angle adjustment system Angle Locking Bracket 117
Butt fasteners for extending lengths
High load-carrying capacity with average machining requirements Universal-Butt-Fastening Sets 118
Medium load-carrying capacity with no profile machining Automatic Butt-Fastening Sets 120
Fastening mitre-cut profiles to frames Mitre-Butt-Fastening Sets 122

Parallel fasteners for adjoining profiles

Gap-free assembly with moderate profile machining Central-Fastening Sets 123
Partition assembly with small gaps and no profile machining Parallel-Fastening Sets 124
Strong, continuous struts for profile constructions with exceptional load-carrying capacity Connecting Profiles 125

Note:
Technical data on fastening technology can be found in Section 19.
In addition to fasteners for profiles, the catalogue also contains additional
fastening elements:
T-Slot Nuts for universal fastening to the profile groove Section 3
Panel Fasteners for installing panels in profile constructions Section 5
Floor elements for fastening profiles to a floor or wall. Section 11

74
 Fastening technology

Fastening technology 2
Products in this section

Automatic-Fastening Sets Universal-Fastening Sets Standard-Fastening Sets Automatic-Fastening Set Central-Fastening Sets
No profile machining For stable, repositionable For a fixed profile con- 8N For building frames for
required connections nection For profiles with closed panel elements
For stable, repositionable Minimal assembly require- Outstanding resistance to grooves Repositionable connection
connections ments displacement and torsion Surfaces stay easy to clean with a stand profile

77 79 82 86 87

Click-Fastening Set 8 90 Direct-Fastening Set 8 90 Angle Brackets Corner Fastening Sets Angle Elements
Connect profiles at any Right-angled connection at Reinforcement for profile Connect three profiles to Latticework reinforcement
angle of rotation any angle of rotation connections form one corner unit for profile constructions
Ideal for prototypes and Power-locking profile con- Power-lock connection with Stylish covers in various Profile connection at a 45
temporary structures nection no profile machining shapes angle

88 89 90 99 105

Hinges, heavy-duty Ball-Bearing Hinge 8 Ball Joint 8 Mitre-Fastening Sets Click-Fastening Set 8
Stable connection at any 40x40 Two-dimensional pivoting At any angle from 30 to For fitting profiles that
angle of adjustment from Enables movement through Available with optional 90 cross at any position
0 to 180 up to 180 clamp lever for rapid The profile groove stays For assembling struts
Clamp lever enables rapid Wear-resistant and robust adjustment free to accommodate panel quickly, no machining
adjustment elements required

107 109 110 111 113

75
 Fastening technology

Face Fastening Set 8 Angle Hinge Brackets, Angle Locking Bracket 8 Butt-Fastening Sets Mitre-Butt-Fastening Sets
Toothed fastener for in- Angle Clamp Brackets 80x40 Connect identical profiles Connect two profiles with
clined working and storage Simple fixing for profiles Angular adjustment without via their end faces the same mitre angle
surfaces that cross tools No profile machining Overall angle of 60 to
Angle adjustment in 5 Angle adjustment via Angle Secure, rigid connection necessary 180 possible
increments Clamp Bracket

114 115 117 120 122

Central-Fastening Set P 8 Parallel Fastener Connecting Profiles Pin Elements

Connect two parallel Connect two parallel Simple engineering for Additional rigidity from
Profiles 8 Profiles 8 stable composite profiles dowel pin
Flush connection for parti- No machining required For open and closed Excellent resistance against
tioning and room dividers Easy to use thanks to snap- supports impact and overload
in function No machining required

123 124 125 127

Note:
Technical data on fastening technol-
ogy can be found in Section 19.

76
 Fastening technology

Automatic-Fastening Sets 2

The fastest and most flexible profile connection

No additional profile machining required

For a profile connection that is stable and can also be repositioned
Outstanding resistance to displacement, torsion and deflection

    
XXXJUFNDPN *OOPWBUJPO

The Automatic-Fastening Set is an innovative solution for Automatic Fasteners can withstand the heaviest loads. A stain-
power-lock connections between profiles. Because no profile less steel version is also available for special requirements.
machining is required, it can be fitted quickly and easily. The Automatic-Fastening Set ensures that design engineers
Due to the special design of the fasteners in the set, screw benefit from maximum design flexibility without having to
connections are all that is needed to fix them in place. They compromise on stability.
can be retrofitted to structures and repositioned in a matter of
moments.

The Fastener is screwed into a profile groove in the end face, L-Keys from item are the ideal tool for tighten- Automatic-Fastening Sets should always be
the thread being cut automatically. Use of a lubricant is recom- ing the screws of the Automatic-Fastening Set used in pairs.
mended. (tightening torque M).
Note: All Fasteners with a through bore for the fastening screw
have a counter-clockwise thread on the outside in order to
prevent the Fastener twisting when the screw is tightened.

Automatic-Fastening Set
5 6 8 10 12
a [mm] 6.8 9.5 13.2 16.2 19.5
s1 4 A/F 5 A/F 6 A/F 8 A/F 8 A/F
s2 3 A/F 4 A/F 5 A/F 5 A/F 6 A/F

Automatic-Fastening Set 5 Automatic-Fastening Sets 6, A special version of the

should be inserted so that 8, 10 and 12 also have an Automatic-Fastening Set is
the flattening on the thread is anti-torsion feature. Once available for Profile 8 with
flush with the outer edge of the profile has been preas- closed grooves (which can be
the profile. sembled, this feature can be opened up).
deployed by unscrewing the
fastener sufficiently so that Automatic-Fastening
the end of it projects into the 85
Set 8 N
profile groove.

77
 Fastening technology

The following applies to all the sets below:

2
Automatic Fastener, St
Hexagon Socket Head Cap Screw, St
T-Slot Nut St
b 
Automatic-Fastening Set 5
b = 7 mm c = 24 mm Mbright zinc-plated = 2.5 Nm m = 8.0 g
bright zinc-plated, 1 set 0.0.391.60

c

Automatic-Fastening Set 5
b = 7 mm c = 24 mm Mstainless = 2.5 Nm m = 8.0 g
stainless, 1 set 0.0.437.46

Automatic-Fastening Set 6
b = 10 mm c = 27 mm Mbright zinc-plated = 8.0 Nm m = 18.0 g
bright zinc-plated, 1 set 0.0.419.71

Automatic-Fastening Set 6
b = 10 mm c = 27 mm Mstainless = 6.5 Nm m = 18.0 g
stainless, 1 set 0.0.441.67

Automatic-Fastening Set 8
b = 12 mm c = 31 mm Mbright zinc-plated = 14 Nm m = 35.0 g
bright zinc-plated, 1 set 0.0.388.08

Automatic-Fastening Set 8
b = 12 mm c = 31 mm Mstainless = 11 Nm m = 35.0 g
stainless, 1 set 0.0.440.58

Automatic-Fastening Set 10
b = 15 mm c = 39 mm Mbright zinc-plated = 25 Nm m = 69.5 g
bright zinc-plated, 1 set 0.0.624.74

Automatic-Fastening Set 12
b = 18 mm c = 47 mm Mbright zinc-plated = 34 Nm m = 125.0 g
bright zinc-plated, 1 set 0.0.003.50

A cover is available for Automatic-Fastening

Set 8. It is fitted after the fastening has been
installed.


Automatic-Fastening Set 8 Cap
PA-GF
44

m = 0.7 g
4

black, similar to RAL 9005, 1 pce. 0.0.388.66

grey similar to RAL 7042, 1 pce. 0.0.616.31
7.8
10

78
 Fastening technology

Universal-Fastening Sets 2

The high-strength and flexible profile connection

For a profile connection that is stable and can also be repositioned

Outstanding resistance to displacement, torsion and deflection
Minimal assembly requirements just one hole to cut

    

When it comes to creating flexible and strong profile connec- Universal Fasteners made from cast stainless steel are excep-
tions, the Universal-Fastening Sets from item are an excellent tionally resistant to strong forces, changes in temperature and
choice. They are anchored via a single hole cut into one profile, vibrations. They are also ideal for use in outdoor areas and
while the fastening in the second profile can be repositioned cleanrooms.
at any time. As a result, they can also be installed in existing
constructions.

Where required, the anti-torsion pin of the

Universal Fastener can be broken off at a
specified breakpoint. This Universal-Fastening
Set can thus also be used to secure profiles to
e.g. panels.

Universal-Fastening Sets should

always be used in pairs.

Universal-Fastening Set
5 6 8 10 12
a1 10.0 mm 15.0 mm 20.0 mm 25.0 mm 30.0 mm
b1 12.0 mm 16.0 mm 20.0 mm 25.0 mm 30.0 mm
c1 8.5 mm 12.7 mm 16.0 mm 20.0 mm 24.0 mm
d1 4.3 mm 5.5 mm 7.0 mm 9.0 mm 12.0 mm
e1 5.8 mm 8.7 mm 12.0 mm 15.1 mm 17.8 mm

The following applies to all the sets below:

Universal Fastener, die-cast zinc
Screw, St
T-Slot Nut, St
e 
Universal-Fastening Set 5
a [mm] b [mm] c [mm] d [mm] e [mm] Mbz-p [Nm] m [g]
5 12 17.2 8.5 3 3 7.0
b
c

d bright zinc-plated, 1 set 0.0.370.27


Universal-Fastening Set 5
a [mm] b [mm] c [mm] d [mm] e [mm] Mstainl. [Nm] m [g]
a 5 12 17.2 8.5 3 2.4 7.0
stainless, 1 set 0.0.437.52

79
 Fastening technology


2 Universal-Fastening Set 6
a [mm] b [mm] c [mm] d [mm] e [mm] Mbz-p [Nm] m [g]
6.2 16 25.2 12.6 4 8 18.0
bright zinc-plated, 1 set 0.0.419.52

Universal-Fastening Set 6
a [mm] b [mm] c [mm] d [mm] e [mm] Mstainl. [Nm] m [g]
6.2 16 25.2 12.6 4 6.5 18.0
stainless, 1 set 0.0.441.74

Universal-Fastening Set 8
a [mm] b [mm] c [mm] d [mm] e [mm] Mbz-p [Nm] m [g]
8 20 33.5 16 5 25 41.0
bright zinc-plated, 1 set 0.0.026.92

Universal-Fastening Set 8
a [mm] b [mm] c [mm] d [mm] e [mm] Mstainl. [Nm] m [g]
8 20 33.5 16 5 20 41.0
stainless, 1 set 0.0.444.18

Universal-Fastening Set 8 St
Universal Fastener St, stainless
a [mm] b [mm] c [mm] d [mm] e [mm] Mbz-p [Nm] m [g]
8 20 32.5 16 5 25 45.0
bright zinc-plated, 1 set 0.0.488.60

Universal-Fastening Set 8 St
Universal Fastener St, stainless
a [mm] b [mm] c [mm] d [mm] e [mm] Mstainl. [Nm] m [g]
8 20 32.5 16 5 20 45.0
stainless, 1 set 0.0.488.51

Universal-Fastening Set 10
a [mm] b [mm] c [mm] d [mm] e [mm] Mbz-p [Nm] m [g]
10 25 41 20 6 46 97.4
bright zinc-plated, 1 set 0.0.632.07

8 
Universal-Fastening Set 12
Universal Fastener 12, die-cast zinc
Hexagon Socket Head Cap Screw DIN 7984-M12x45, St
Washer DIN 433-13, St
T-Slot Nut 12 St M12
30
49.5

Mbright zinc-plated = 60 Nm m = 155.0 g

24
bright zinc-plated, 1 set 0.0.003.57

12

80
 Fastening technology

Universal-Fastening Sets 5/8 and 8/5 2

For connecting together profiles from Lines 5 and 8

Suitable for retrofitting and repositionable

 

For universal power-lock interconnection of Profiles 5 and

Profiles 8. Suitable for profiles which need to be moved subse-
quently, since only one profile is processed. These Fastening
Sets can be installed easily into existing constructions.
Connection processing of the profiles is the same as for the
Universal-Fastening Sets.

Universal-Fastening Sets should always be used in pairs.

Where required, the anti-torsion pin of the Universal Fastener
can be broken off at a specified breakpoint.

3  
Universal-Fastening Set 5/8
Universal Fastener 5, die-cast zinc
17.2
12

Hexagon Socket Head Cap Screw DIN 912-M4x18, St

8.5 Special T-Slot Nut 8 Zn M4
Mbright zinc-plated = 3 Nm m = 9.0 g
5
9.5

bright zinc-plated, 1 set 0.0.370.34

7.8

3  
Universal-Fastening Set 8/5
Universal Fastener 8/5, die-cast zinc
20
31.1

Button-Head Screw ISO 7380-M5x25, St

T-Slot Nut 5 St M5
15.5 Mbright zinc-plated = 3 Nm m = 18.0 g
bright zinc-plated, 1 set 0.0.370.25
5
8

81
 Fastening technology

2 Standard-Fastening Sets
Stable, fixed screw connection for profiles
For a fixed profile connection
Outstanding resistance to displacement and torsion

&4%     

The necessary thread is Position of the through holes Standard-Fastening Set ESD is used in the same way as a
tapped directly into the core for the key. conventional Standard-Fastening Set. The special design of the
bore of the profiles. fastening screw partially destroys the insulating anodized layer
on the profile groove and creates an electrical contact between
the connected profiles.
For better identification, fastening elements ESD are given
a yellow passivation layer in compliance with Directive
2002/95/EC (RoHS).

Standard-Fastening Set
5 6 8 8E 10 12
a 4.3 mm 5.5 mm 7 mm 7 mm 9 mm 11.5 mm
M5 M6 M8 M10 M12
b -
12 mm deep 15 mm deep 16 mm deep 22 mm deep 30 mm deep
c 20 mm 30 mm 40 mm 40 mm 50 mm 60 mm
d 10 mm 15 mm 20 mm 20 mm 25 mm 30 mm

The standard connecting plates can be ar-

ranged in the required direction to match the
way in which the profiles are fitted.
Large profiles with high load-bearing capabili-
ties can be connected using a larger number
of Standard Fasteners.


4.5

Standard-Fastening Set 5
Standard connecting plate 5, St
1.1

Special Button-Head Screw similar to ISO 7380-M5x12, St

10 Mbright zinc-plated = 4.5 Nm m = 4.0 g
5
19 bright zinc-plated, 1 set 0.0.370.08

Standard-Fastening Set 5
Mstainless = 3.6 Nm m = 4.0 g
stainless, 1 set 0.0.437.49
&4% 
Standard-Fastening Set 5 ESD
Mbright zinc-plated = 4.5 Nm m = 4.0 g
bright zinc-plated, 1 set 0.0.612.14
82
 Fastening technology

7.3
Standard-Fastening Set 6 2

1.8
Standard connecting plate 6, St
13
Special Button-Head Screw similar to ISO 7380-M6x14, St
Mbright zinc-plated = 10 Nm m = 9.0 g
6
5
27. bright zinc-plated, 1 set 0.0.419.14

Standard-Fastening Set 6
Mstainless = 8 Nm m = 9.0 g
stainless, 1 set 0.0.439.10
&4% 
Standard-Fastening Set 6 ESD
Mbright zinc-plated = 10 Nm m = 9.0 g
bright zinc-plated, 1 set 0.0.612.04

10.2
Standard-Fastening Set 8
Standard connecting plate 8, St
2.2

Special Button-Head Screw similar to ISO 7380-M8x20, St

17 Mbright zinc-plated = 25 Nm m = 21.0 g
8 bright zinc-plated, 1 set 0.0.026.07
35

Standard-Fastening Set 8
Mstainless = 20 Nm m = 21.0 g
stainless, 1 set 0.0.388.79
&4% 
Standard-Fastening Set 8 ESD
Mbright zinc-plated = 25 Nm m = 21.0 g
bright zinc-plated, 1 set 0.0.610.11


12.7

Standard-Fastening Set 10
Standard connecting plate 10, St
2.6

Special Button-Head Screw similar to ISO 7380-M10x25, St

Mbright zinc-plated = 46 Nm m = 43.2 g
21
bright zinc-plated, 1 set 0.0.625.08
10 5
45.


14.6

Standard-Fastening Set 12
Standard connecting plate 12, St
Special Button-Head Screw similar to ISO 7380-M12x30, St
3

Mbright zinc-plated = 80 Nm m = 70.0 g

26 bright zinc-plated, 1 set 0.0.003.35
12 55

83
 Fastening technology

2 For connections with slightly reduced loading,

Line 8 features Standard-Fastening Set 8 E with
a self-threading special screw which further
reduces the machining requirement.

10.2
Standard-Fastening Set 8 E
Standard connecting plate 8, St
2.2

Self-threading, Button-Head Screw, head shape similar to ISO 7380-M7.3x20, St

17 Mbright zinc-plated = 20 Nm m = 20.0 g
8 bright zinc-plated, 1 set 0.0.421.75
35

Standard-Fastening Set 8 K is a special version of the proven We recommend that panel

Standard-Fastening Set. It is employed for right-angled connec- elements be inserted to a
tion of Line 8 Profiles in which the profile grooves are used for depth of 10 mm into a Profile
holding panel elements. 8 groove.
Panel elements can be slid into the profile groove without
needing cutouts in the corners.


Standard-Fastening Set 8 K
Spacer, POM, black
18.4 Washer ISO 7089-8, St, bright zinc-plated
Button-Head Screw ISO 7380-M8x20, St, bright zinc-plated
M = 25 Nm m = 11.0 g
1 set 0.0.488.07
&4% 
Standard-Fastening Set 8 K ESD
Spacer, POM, black
Washer D9/D16-1.6, St, bright zinc-plated
Button-Head Screw M8x20 ESD, St, bright zinc-plated
M = 25 Nm m = 11.0 g
1 set 0.0.625.33

84
 Fastening technology

Automatic-Fastening Set 8 N 2

For rectangular profiles with closed grooves

Surfaces stay easy to clean


XXXJUFNDPN *OOPWBUJPO

Special form of the Automatic-Fastening Set for installation in

profiles with closed grooves. The groove is opened as shown
below.

Opening the closed groove Automatic-Fastening Sets

of a Line 8 Profile in order to should always be used in
insert the T-Slot Nuts of two pairs.
Automatic-Fastening Sets
8 N.

The fastener is located inside the profile cavity. To access the

fastening screw just drill a hole into the profile. The grey Cap is
used to close the hole.
A T-Slot Nut is inserted into the groove in the second profile
and forms the counterpart for the Automatic Fastener screw.
If this groove in the second profile is also closed, the T-Slot Nut
must be inserted from either the profiles end face or through a
larger opening in the groove cover created beforehand. Note:
A special 5 A/F N L-Key is available for tightening the screw
connection of Automatic-Fastening Sets 8 N.

594

12 
Automatic-Fastening Set 8 N
Automatic Fastener 8 N, St, black
Cap, PA grey
2 Hexagon Socket Head Cap Screw M6x30, St, bright zinc-plated
0
T-Slot Nut V 8 St M6, bright zinc-plated
M = 14 Nm m = 27.0 g
19.5

1 set 0.0.489.96

85
 Fastening technology

2 Automatic-Fastening Set 8 N D40

Connect cylindrical Profiles 8 D40
Suitable for open and closed grooves


XXXJUFNDPN *OOPWBUJPO

Automatic-Fastening Set 8 N D40 can be used for connecting However, when used with profiles that have open grooves,
Profiles 8 D40 to other Profiles 8 D40 or if an Adapter 8 D40 there is no need to machine the profiles. The self-tapping
is used to Profiles 8 with rectangular cross-sections. Automatic Fastener is simply driven into the profile groove
When used with Profiles 8 that have closed grooves, a hole from the end face.
with a diameter of 20 mm must be cut into the profile, 40 mm
from the profile end face, for the fastening screw.

Automatic-Fastening Set 8 N D40 can be The length of the screw in Automatic-Fasten-

used to connect Profiles 8 with both open and ing Set 8 N D40 is matched to the thickness of
closed grooves (where designed for opening). Adapter 8 D40. The full length of the thread is
To cover the mounting bore in the side face of therefore available in order to ensure that the
profiles with closed grooves, Automatic-Fas- maximum fastening force is applied.
tening Set 8 N D40 contains Caps for Profiles
8 with rectangular and round cross-sections.
Depending on the profile attached, the Cap
Adapter 8 D40 104
with a rounded or flat outer contour will be
used. In the case of Profiles 8 with open
grooves, no bore is needed. Consequently, the
Caps are not required in this instance.

Note:
A special 5 A/F N L-Key is available for tightening the screw
connection of Automatic-Fastening Sets 8 N.

594

2 
0 Automatic-Fastening Set 8 N D40
12 Automatic Fastener 8 N, St, black
2 caps, PA grey
Hexagon Socket Head Cap Screw M6x32, St, bright zinc-plated
T-Slot Nut V 8 St M6, bright zinc-plated
M = 14 Nm m = 28.5 g
1 set 0.0.493.91
19.5

2
0

86
 Fastening technology

Central-Fastening Set 2

For building frames for panel elements

Flexible connection with a stand profile
Medium resistance to displacement

 

The Central-Fastening Set connects profiles at right angles to to accommodate a panel element. It eliminates the need to
each other and leaves the grooves that are facing each other specially machine the corner areas of the panel element, which
completely free. This is useful when the profile grooves are instead can be inserted directly into the grooves.

The profile to be connected via its end face

needs to be machined before the Central-
a Fastening Set can be used.
b The hole to accommodate Central-Fastening
Set 8 should be produced with Step Drill D14.2
(0.0.492.60).

c
The hole to accommodate Central-Fastening

d
Set 10 should be produced with Step Drill
D18.2 (0.0.632.75).
e
f

Due to the reduced clamping force and the lack of any anti- Central-Fastening Set
torsion feature between the profiles, this fastening set should
only be used in combination with panel elements in the profile a b c d e f
groove and only for profile connections subject to low loads. 8 20 mm 7 mm 8.2 mm 26.7 mm 14.2 mm 12/11 mm*
Where more stringent requirements need to be satisfied and
parts are important for safety considerations, it is advisable 10 25 mm 9 mm 10.5 mm 34 mm 18.2 mm 15 mm
to use the proven fastening techniques for basic construc-
tions (Standard-Fastening, Universal-Fastening or Automatic- *W
 hen using Radius Seals in combination with Central-Fastening Set 8, the distance between
Fastening Sets). the hole and the end face of the profile should be reduced from 12 mm to 11 mm.


Central-Fastening Set 8
Clamping pin, St, bright zinc-plated
Clamping spring, St, stainless
Sleeve with bore, St, bright zinc-plated
Grub screw M10, St, bright zinc-plated
Cap, PA grey
15
M = 15 Nm m = 35.0 g
28

1 set 0.0.494.15
14


Central-Fastening Set 10
Clamping pin, St, bright zinc-plated
Spring element, St, stainless
Sleeve with bore, St, bright zinc-plated
19.5 Grub screw M12, St, bright zinc-plated
M = 22 Nm m = 87.0 g
35.8

bright zinc-plated, 1 set 0.0.632.74

18

87
 Fastening technology

2 Click-Fastening Set 8 90
For simple and flexible constructions
Connect profiles at any angle of rotation
Repositionable

Ideal for prototypes and temporary structures


*OOPWBUJPO

One click and its ready it really can be that easy to fit a strut.
The practical Click Fastening Set connects together profiles at
any point and at virtually any angle of rotation. Profile sections
can be easily added to existing constructions and used as
reusable, variable struts. That makes the Click-Fastening Set
particularly useful when building temporary structures. Modifi-
cations can also be made quickly and easily.

To use Click-Fastening Set 8 90, the core

bore of the Profile 8 connected via the end
face must have an M8x20 tapped hole. In this
case, the distance between the end face of
the profile and the side of the second profile
is 24 mm.

8 Click-Fastening Set 8 90

3
6
Clamping profile Al, natural
Clamping elements, St, stainless
Locking strip, St, stainless
20

8 Hex. Socket Head Cap Screw M6x25, St, bright zinc-plated

Tensioning screw M8, St, bright zinc-plated
Cap 8 40x40, die-cast zinc, white aluminium
4

m = 125.0 g
1 set 0.0.606.94

M8 40

88
 Fastening technology

Direct-Fastening Set 8 90 2

Right-angled profile connections

Connections possible at any angle of rotation


*OOPWBUJPO

Direct-Fastening Set 8 90 is used for right-angled connection

of Profiles 8. The profile can be secured at the end face and at
any angle. The core bore must have an M8x16 thread.

Direct-Fastening Set 8 90 is particularly

suitable when a repositionable connection is
required with a profile that has one or more
closed grooves and Universal or Automatic
Fasteners cannot be used.

4 
Direct-Fastening Set 8 90
Fastener, die-cast steel
Countersunk Screw M8x27, St
O-ring, NBR, black
Hexagon Socket Head Cap Screw DIN 7984-M6x14, St
8 Mstainless = 5.5 Nm m = 30.0 g
4
19 28 stainless, 1 set 0.0.388.67

89
 Fastening technology

2 Angle Bracket Zn
Simple, stable connection

Reinforcement for profile connections

Power-lock connection with no profile machining
Can be retrofitted rapidly
Products from Line X also available
    

To ensure Angle Bracket installation is particularly straightfor-

ward, it is advisable to use the Angle Bracket Sets containing
the corresponding screws and special washers.

Angle Brackets are ideal for connecting cable conduits. The Specially designed Angle Brackets X 8 are available for profile
rounded internal edge prevents damage to the cables. constructions built with Line X.

Angle Bracket 5 20x20 Zn F < 250 N ^ F x l < 5 Nm

Angle Bracket 5 40x40 Zn F < 500 N ^ F x l < 25 Nm
Angle Bracket 6 30x30 Zn F < 500 N ^ F x l < 12 Nm
Angle Bracket 6 60x60 Zn F < 1,000 N ^ F x l < 36 Nm
Angle Bracket (X) 8 40x40 Zn F < 1,000 N ^ F x l < 50 Nm
Angle Bracket (X) 8 80x80 Zn F < 2,000 N ^ F x l < 150 Nm
Angle Bracket 8 160x80 Zn F < 2,000 N ^ F x l < 150 Nm
When used to reinforce the joints of large profiles or conduits, Angle Bracket 10 50x50 Zn F < 1,500 N ^ F x l < 75 Nm
several Angle Brackets can be used in parallel.
Angle Bracket 10 100x100 Zn F < 3,000 N ^ F x l < 200 Nm
Note: Ensure the maximum permissible tensile load on the
Profile Groove is not exceeded! Angle Bracket 12 60x60 Zn F < 2,000 N ^ F x l < 100 Nm
Note: For Angle Brackets of Lines 6, 8 and 12, special square Angle Bracket 12 120x120 Zn F < 4,000 N ^ F x l < 250 Nm
washers are used to improve the application of the clamping
force. The load-carrying capacity is to be checked to ensure both
conditions are met.

90
 Fastening technology

Materials used in all the following products:

2
Die-cast zinc
d c Angle Bracket 5 20x20 Zn


b e a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

d 20 20 20 10 - 5.3 14.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.425.03

a

Angle Bracket 5 40x40 Zn
f
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
40 40 20 10 20 5.3 39.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.425.06

Angle Bracket 6 30x30 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
30 30 30 15 - 6.6 47.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.419.63

Angle Bracket 6 60x60 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
60 60 30 15 30 6.6 130.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.419.65

Angle Bracket 8 40x40 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
40 40 40 20 - 8.2 119.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.411.24

Angle Bracket 8 80x80 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
80 80 40 20 40 8.2 270.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.411.23

Angle Bracket 8 160x80 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
80 160 40 20 40 8.2 530.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.436.23

Angle Bracket 12 60x60 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
60 60 60 30 - 12.5 350.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.003.20

Angle Bracket 12 120x120 Zn
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
120 120 60 30 60 12.5 900.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.003.21

91
 Fastening technology

2 Angle Bracket Item No.

6 30x30 0.0.491.43
6 60x60 0.0.491.43
8 40x40 0.0.494.45
8 80x80 0.0.494.45
8 160x80 0.0.416.11 Angle Brackets should always be used with
the appropriate washers.

Washer 10.5x10.5x1.3
St
m = 0.6 g
bright zinc-plated, 1 pce. 0.0.491.43

Washer 13.5x9x1
St
m = 0.6 g
bright zinc-plated, 1 pce. 0.0.416.11

Washer 13.9x13.9x2
St
m = 1.7 g m = 175 g/100
bright zinc-plated, 1 pce. 0.0.494.45

Materials used in all the following products:

PA-GF

Angle Bracket Cap 5 20x20
a

a = 2.5 mm m = 1.0 g
black, 1 pce. 0.0.425.04

Angle Bracket Cap 5 40x40
a = 2.5 mm m = 3.0 g
black, 1 pce. 0.0.425.07

Angle Bracket Cap 6 30x30
a = 3.0 mm m = 4.0 g
black, 1 pce. 0.0.419.64

Angle Bracket Cap 6 60x60
a = 3.0 mm m = 7.0 g
black, 1 pce. 0.0.419.66

Angle Bracket Cap 8 40x40
a = 4.0 mm m = 6.0 g
black, 1 pce. 0.0.411.26
grey similar to RAL 7042, 1 pce. 0.0.627.57

Angle Bracket Cap 8 80x80
a = 4.0 mm m = 13.0 g
black, 1 pce. 0.0.411.25
grey similar to RAL 7042, 1 pce. 0.0.627.58

92
 Fastening technology


Angle Bracket Cap 8 160x80 2
a = 4.0 mm m = 23.0 g
black, 1 pce. 0.0.436.25
grey similar to RAL 7042, 1 pce. 0.0.627.59

Angle Bracket Cap 12 60x60
a = 5.4 mm m = 20.0 g
black, 1 pce. 0.0.005.06

Angle Bracket Cap 12 120x120
a = 5.4 mm m = 40.0 g
black, 1 pce. 0.0.005.07

The following applies to all the sets below:

Angle Bracket Zn, die-cast zinc, RAL9006
Angle Bracket Cap, PA, black
Fastening elements and washers, St, bright zinc-plated

Angle Bracket Set 5 20x20
m = 23.0 g
1 set 0.0.425.02

Angle Bracket Set 5 40x40
m = 58.0 g
1 set 0.0.425.05

Angle Bracket Set 6 30x30
m = 66.0 g
1 set 0.0.419.67

Angle Bracket Set 6 60x60
m = 166.0 g
1 set 0.0.419.68

Angle Bracket Set 8 40x40
m = 163.0 g
1 set 0.0.411.15

Angle Bracket Set 8 80x80
m = 360.0 g
1 set 0.0.411.32

Angle Bracket Set 8 160x80
m = 662.0 g
1 set 0.0.436.24

Angle Bracket Set 12 60x60
m = 520.0 g
1 set 0.0.003.53

Angle Bracket Set 12 120x120
m = 1.2 kg
1 set 0.0.003.54

93
 Fastening technology

The following applies to all the sets below:

2
Angle Bracket Zn, die-cast zinc, RAL9006
Angle Bracket Cap, PA, grey
Fastening elements and washers, St, bright zinc-plated

Angle Bracket Set 10 50x50
m = 335.0 g
1 set 0.0.625.23

Angle Bracket Set 10 100x100
m = 826.0 g
1 set 0.0.625.26

-JOF 

20 40 -JOF 
40 Angle Bracket Set X 8 40x40
20 m = 150.0 g
40

1 set 0.0.601.62

-JOF 
40 Angle Bracket Set X 8 80x80
80 20
40 m = 360.0 g
20 1 set 0.0.601.61
80

94
 Fastening technology

Angle Bracket V Zn 2

Simple, torsion-resistant profile connections

For medium loads
No machining required

  

Angle Brackets V Zn are very easy-to-use fastening elements The integral anti-torsion lugs are present on one face only,
for right-angled profile connections. The profiles do not need to so that the Brackets can also be used for fastening any other
be processed. Angle Brackets V Zn have an anti-torsion feature parts to profiles.
which locates them in the correct position in the profile groove.

The Clamp Profiles light are connected using Angle Bracket V

8 40 Zn.

The following applies to all the sets below:

Angle Bracket, die-cast zinc, RAL 9006 white aluminium
2 T-Slot Nuts, St, bright zinc-plated
2 Countersunk Screws DIN 7991, St, bright zinc-plated
b 
Angle Bracket V 5 20 Zn
a [mm] b [mm] c [mm] m [g]
20 3 5 18.0
a

1 set 0.0.612.79

Angle Bracket V 6 30 Zn
c a [mm] b [mm] c [mm] m [g]

a 30 6 6 68.5
a
1 set 0.0.612.78

Angle Bracket V 8 40 Zn
a [mm] b [mm] c [mm] m [g]
40 8 8 167.0
1 set 0.0.486.28

95
 Fastening technology

2 Angle Bracket Al and St

Maximum load-carrying capacity for large profile cross-sections

Heavy-duty fastening elements for profiles

For fastening heavy-duty components
Power-lock connection with no profile machining

  

These Angle Brackets are heavy-duty fastening elements that The substantial web gives the Angle Bracket
produce power-lock, non-machined connections between large its high load-carrying capacity but the screws
profiles. They can also be used as screw connections between are still readily accessible, thereby ensuring
profiles and floors or walls and for fastening heavy parts that easy installation.
are not part of the MB Building Kit System.
The Angle Brackets can be screwed to the profile with up to
four Fastening Sets, according to requirements. They support
the load-bearing component above them without the need for
further machining.

l Angle Bracket 8 160x160-40 Al F < 4,000 N ^ F x l < 400 Nm

F Angle Bracket 8 160x160 Al F < 8,000 N ^ F x l < 800 Nm
Angle Bracket 8 160x160 St F < 8,000 N ^ F x l < 1,200 Nm
Angle Bracket 10 200x200-50 Al F < 5,000 N ^ F x l < 500 Nm
Angle Bracket 12 240x240 Al F < 16,000 N ^ F x l < 4,200 Nm

The load-carrying capacity is to be checked to ensure both conditions are met.

f Angle Bracket 8 160x160 Al M8



e
b e Die-cast aluminium
e a
e a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [kg]
e 160 80 24 7.5 40 9 1.1
white aluminium, similar to RAL 9006, 1 pce. 0.0.602.36

Angle Bracket 8 160x160 St M8
d
a

High-strength cast iron

a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [kg]
160 80 24 7 40 9 2.4
white aluminium, similar to RAL 9006, 1 pce. 0.0.475.21

Angle Bracket 12 240x240 Al M12
c
Die-cast aluminium
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [kg]
240 120 26 9.5 60 13.5 2.7
white aluminium, similar to RAL 9006, 1 pce. 0.0.007.79

96
 Fastening technology

f Angle Bracket 8 160x160-40 Al M8



e
2
b e Die-cast aluminium
a
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
e
e 160 40 24 7.5 40 9 480.0
white aluminium, similar to RAL 9006, 1 pce. 0.0.619.56

Angle Bracket 10 200x200-50 Al M10
a

Die-cast aluminium
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
200 50 30 10 50 11 899.0
d white aluminium, similar to RAL 9006, 1 pce. 0.0.624.78
c


Fastening Set for Angle Bracket 8 160x160 M8
Profile Bar 8 St M8, bright zinc-plated
a
4 Button-Head Screws ISO 7380-M8x20, St, bright zinc-plated
a 4 washers DIN 1441-9.0, St, bright zinc-plated
a b
a [mm] b [mm] M [Nm] m [g]
40 150 25 132.0
1 set 0.0.479.96

Fastening Set for Angle Bracket 10 200x200 M10
Profile Bar 10 St M10, bright zinc-plated
4 Button-Head Screws ISO 7380-M10x25, St, bright zinc-plated
4 washers DIN 125-10.5, St, bright zinc-plated
a [mm] b [mm] M [Nm] m [g]
50 190 46 112.0
1 set 0.0.632.41

Fastening Set for Angle Bracket 12 240x240 M12
Profile Bar 12 St M12-60, bright zinc-plated
4 Button-Head Screws ISO 7380-M12x30, St, bright zinc-plated
4 washers DIN 1441-13.0, St, bright zinc-plated
a [mm] b [mm] M [Nm] m [g]
60 230 80 400.0
1 set 0.0.609.16

97
 Fastening technology

2 Angle Bracket 8 160x160 St M12 is used for

screw attachment with Fasteners 8 M12. A
particularly heavy-duty connection is possible
for the profiles by using an M12 bolt with
Profile 8 grooves. Alternatively, Angle Bracket
8 St M12 can also be screw attached using
bolts and T-Slot Nuts 8 St M8.

*OOPWBUJPO

Two-part Fastener for heavy-duty securing of parts to the Profile 8 groove. The tightening torque for
The two halves of the Fastener are fitted into the groove at any point where they are then slid the nut of Fastener 8 M12 is
together. The integrated spring ball holds the Fastener in place and facilitates screw attachment. M = 80 Nm.

20 Angle Bracket 8 160x160 St M12

160
80 0 40 High-strength cast iron
4
m = 2.2 kg
white aluminium, similar to RAL 9006, 1 pce. 0.0.475.20
20
7.5
160

13

13

24

M12 
Fastener 8 M12
25.5

Fastener half, cast steel, stainless

Fastener half with spring ball, cast steel, stainless
Nut DIN 934-M12, St, bright zinc-plated
17.7 40 Washer DIN 125-12, St, bright zinc-plated
M = 80 Nm m = 70.0 g
1 set 0.0.473.02

98
 Fastening technology

Corner Fastening Sets 2

Connect three profiles to form one corner unit

Stylish covers in two colours

  

Fastening Sets can be used to construct a corner unit with

three profiles or one corner angle with two profiles, ensuring a
continuous profile geometry.
Fastening Sets are ideal for constructing attractive display
cases, tables, cover hoods etc.
The profiles must be provided with threads in the core bores.

The following applies to all the sets below:

Fastener, die-cast zinc, black
Fastener Cap
3 Button-Head Screws ISO 7380

Fastening Set 5 R20-90
a a = R20 m = 21.0 g
black, 1 set 0.0.425.97
grey similar to RAL 7042, 1 set 0.0.642.11

Fastening Set 6 R30-90
a = R30 m = 54.0 g
black, 1 set 0.0.434.87
grey similar to RAL 7042, 1 set 0.0.642.13

Fastening Set 8 R40-90
a = R40 m = 120.0 g
black, 1 set 0.0.436.35
grey similar to RAL 7042, 1 set 0.0.640.33

99
 Fastening technology


2 Fastening Set 5 20x20x20
a = 20 mm m = 22.0 g
black, 1 set 0.0.437.96
grey similar to RAL 7042, 1 set 0.0.642.12


a
Fastening Set 6 30x30x30
a a a = 30 mm m = 59.0 g
black, 1 set 0.0.434.88
grey similar to RAL 7042, 1 set 0.0.642.15

Fastening Set 8 40x40x40
a = 40 mm m = 133.0 g
black, 1 set 0.0.416.08
grey similar to RAL 7042, 1 set 0.0.640.32


Fastening Set 6 30x30-45
a = 30 mm m = 54.0 g
black, 1 set 0.0.434.86
grey similar to RAL 7042, 1 set 0.0.642.14
a


Fastening Set 8 40x40-45
a a a = 40 mm m = 127.0 g
black, 1 set 0.0.388.68
grey similar to RAL 7042, 1 set 0.0.640.34


Fastening Set 8 40x40-2x45
a = 40 mm m = 128.0 g
black, 1 set 0.0.436.63
a

a a

100
 Fastening technology

Materials used in all the following products:

2
PA-GF
a Fastener Cap 5 R20-90


a = R20 m = 0.7 g
black, 1 pce. 0.0.425.94
grey similar to RAL 7042, 1 pce. 0.0.641.48

Fastener Cap 6 R30-90
a = R30 m = 3.0 g
black, 1 pce. 0.0.434.83
grey similar to RAL 7042, 1 pce. 0.0.636.17

Fastener Cap 8 R40-90
a = R40 m = 8.0 g
black, 1 pce. 0.0.436.32
grey similar to RAL 7042, 1 pce. 0.0.627.60


Fastener Cap 5 20x20x20
a = 20 mm m = 1.0 g
black, 1 pce. 0.0.437.73
a

grey similar to RAL 7042, 1 pce. 0.0.641.46

a a 
Fastener Cap 6 30x30x30
a = 30 mm m = 8.0 g
black, 1 pce. 0.0.434.84
grey similar to RAL 7042, 1 pce. 0.0.636.19

Fastener Cap 8 40x40x40
a = 40 mm m = 16.0 g
black, 1 pce. 0.0.415.97
grey similar to RAL 7042, 1 pce. 0.0.628.69


Fastener Cap 6 30x30-45
a = 30 mm m = 3.0 g
black, 1 pce. 0.0.434.85
a

grey similar to RAL 7042, 1 pce. 0.0.636.18

a a 
Fastener Cap 8 40x40-45
a = 40 mm m = 9.0 g
black, 1 pce. 0.0.373.52
grey similar to RAL 7042, 1 pce. 0.0.628.68


Fastener Cap 8 40x40-2x45
a = 40 mm m = 10.0 g
black, 1 pce. 0.0.436.62
a

a a

101
 Fastening technology

2 Radius Seals
Sealing for the end face of a profile
Protection against dirt and dust
Ideal for cleanroom applications

 

The plastic Radius Seals ensure a continuous transition for the Note:
external contour of 90 profile connections. The gap between When using the Radius Seal with Standard, Universal and
the straight end-face saw cut of the profile and the profile edge Automatic Fasteners the power-lock connection is achieved by
radius is filled by the seal. The Radius Seals can be used in an intermediate plastic element. It is advisable to double the
combination with all fastening elements in the MB Building Kit safety factor at the design stage.
System.

The designations R30, R40, R60 and R80 refer to the length In calculating the length of the cross profiles between two
of the side of the seal facing the profile radius. profiles, the thickness of the Radius Seals on each side must
be taken into account.

Where a radius seal is already

fitted to a perpendicular
connection, a Radius Seal 1R
should be used.

Materials used in all the following products:

PA
b 
Radius Seal 6 30x30
a [mm] b [mm] c [mm] m [g]
30 30 1 1.1
c

a grey similar to RAL 7042, 1 pce. 0.0.478.73


Radius Seal 8 40x40
a [mm] b [mm] c [mm] m [g]
40 40 1 2.0
grey similar to RAL 7042, 1 pce. 0.0.480.01

102
 Fastening technology

b 
Radius Seal 6 30x30 1R 2
a [mm] b [mm] c [mm] m [g]
30 30 1 1.0

c
a grey similar to RAL 7042, 1 pce. 0.0.491.37


Radius Seal 8 40x40 1R
a [mm] b [mm] c [mm] m [g]
40 40 1 2.0
grey similar to RAL 7042, 1 pce. 0.0.494.46
b 
Radius Seal 6 60x30 R30
a [mm] b [mm] c [mm] m [g]
60 30 1 1.7
c

a grey similar to RAL 7042, 1 pce. 0.0.478.75


Radius Seal 8 80x40 R40
a [mm] b [mm] c [mm] m [g]
80 40 1 4.0
grey similar to RAL 7042, 1 pce. 0.0.480.03

Radius Seal 6 60x30 R60
b
a [mm] b [mm] c [mm] m [g]
30 60 1 2.1
grey similar to RAL 7042, 1 pce. 0.0.478.74
c

a 
Radius Seal 8 80x40 R80
a [mm] b [mm] c [mm] m [g]
40 80 1 4.0
grey similar to RAL 7042, 1 pce. 0.0.480.02

Radius Seal 6 60x30 1R60
b
a [mm] b [mm] c [mm] m [g]
30 60 1 2.0
grey similar to RAL 7042, 1 pce. 0.0.491.40
c

a 
Radius Seal 8 80x40 1R80
a [mm] b [mm] c [mm] m [g]
40 80 1 4.0
grey similar to RAL 7042, 1 pce. 0.0.494.49

103
 Fastening technology

2 Adapter 8 D40
Connect together cylindrical Profiles 8 D40
Combine rectangular Profiles 8 with Profiles 8 D40

Profiles 8 D40 can be connected with other Profiles 8 D40 Universal-Fastening Set 8 can also be used when connecting
or with Profiles 8 40x40 or 80x40 using Line 8 fastening ele- the rectangular end face of a Profile 8 to a Profile 8 D40. It
ments. In contrast to connecting two profiles with rectangular is important to ensure that, due to the wall thickness of the
cross-sections, suitable adapters must be used for Profiles 8 adapter, the distance from the centre of the 20 mm dia. mount-
D40. ing bores of the Universal Fastener to the end of the profile
Standard-Fastening Set 8 and the Automatic-Fastening Set 8 N must not exceed 18 mm. In addition, the anti-torsion feature of
D40 are well suited for right-angled profile connections. When Universal Fastener 8 must be removed.
calculating the cut-off length of the profiles, the 2 mm wall
thickness of Adapters 8 D40 must be taken into account.

The gap that would result when connecting the rounded outer Adapters 8 D40 also serve
surface of Profiles 8 D40 and the straight profile end faces (or as radial seals. In completely
any other flat components) is closed off completely by Adapter covering the end face of the
8 D40. A smooth transition is made from the outer contour of profile, they seal the openings
the profile to the connecting face of the second profile. of the profile cross-section.


2

40 Adapter 8 D40/D40
Die-cast zinc
m = 28.0 g
40
white aluminium, similar to RAL 9006, 1 pce. 0.0.489.88
40 Adapter 8 40x40/D40

2

Die-cast zinc
m = 42.0 g
40
40 white aluminium, similar to RAL 9006, 1 pce. 0.0.489.86
40 Adapter 8 80x40/D40


Die-cast zinc
m = 84.0 g
2

white aluminium, similar to RAL 9006, 1 pce. 0.0.489.87

40 80

104
 Fastening technology

Angle Elements T1 2

Latticework reinforcement for profile constructions

Profile connection at a 45 angle

 

Angle Elements T1 create 45 angle connections either be- Button Head Screws ISO 7380-M6x12
tween two profiles or between themselves. They are fastened a
 Washers DIN 125-6.4
using Button-Head Screws ISO 7380 and DIN 125 washers.
The profile to be connected via its end face can be screwed UniversalFasteners 6
b
into place using two Universal Fasteners (anti-torsion feature Button Head Screws ISO 7380-M6x20
removed) and Button-Head Screws ISO 7380. Button Head Screws ISO 7380-M8x16
 a
Washers DIN 125-8.4
UniversalFasteners 8
b
Button Head Screws ISO 7380-M8x25
The ends of the Angle
Elements can be covered
with Caps 6 30x30-45 or 8
40x40-45.

4 
27. Angle Element 6 T1-30
M6
Al, anodized
m = 23.0 g
natural, 1 pce. 0.0.459.70
17.4
30
45

6 
36. Angle Element 8 T1-40
M8 Al, anodized
m = 73.0 g
natural, 1 pce. 0.0.388.00
24
40
45

Angle Element 6 T1-60
M6
27.4
Al, anodized
m = 40.0 g
natural, 1 pce. 0.0.459.74
4
47.
60
45

Angle Element 8 T1-80
M8 Al, anodized
6
36.
m = 148.0 g
natural, 1 pce. 0.0.388.01

64
80
45
105
 Fastening technology

2 Angle Elements T2
Connect two profiles at a 45 angle
Latticework design produces greater stability

 

a Button-Head Screws ISO 7380-M6x16

UniversalFastener 6
 b Button-Head Screws ISO 7380-M6x22
T-Slot Nut 6 St 2xM6-28 or 6 St 2x M6-58
Automatic Fastener 6; Hexagon Socket
Head Cap Screws DIN 912-M5x35
T-Slot Nut 6 St 2xM5-28 or 6 St 2x M5-58
a Button-Head Screws ISO 7380-M8x16
Angle Elements T2 are fastened with Button-Head Screws, UniversalFastener 8
Universal Fasteners or Automatic Fasteners and a special  b Button-Head Screws ISO 7380-M8x30
T-Slot Nut (see table). T-Slot Nut 8 St 2xM8-36 or 8 St 2x M8-76
Automatic Fastener 8; Hexagon Socket
The ends of the Angle Head Cap Screws DIN 912-M6x40
Elements can be covered T-Slot Nut 8 St 2xM6-36 or 8 St 2x M6-76
with Caps 6 30x30-45 or 8
40x40-45.


Angle Element 6 T2-30
27.4
16.8

Al, anodized
45 m = 23.0 g
natural, 1 pce. 0.0.459.72
30
20 10.6


Angle Element 8 T2-40
36.6

Al, anodized
22.4

5 m = 67.0 g
4
natural, 1 pce. 0.0.388.02
40
26. 14.
6 1


30 Angle Element 6 T2-60
27.4
16.8

Al, anodized
45 m = 44.0 g
60 natural, 1 pce. 0.0.459.76

20 10.6


40
Angle Element 8 T2-80
Al, anodized
36.6
22.4

m = 135.0 g

45 natural, 1 pce. 0.0.388.03
80
26. 14.
6 1

106
 Fastening technology

Hinges, heavy-duty 2

Stable connection at any angle of adjustment from 0 to 180

Clamp lever enables rapid adjustment
Fixing also possible using a dowel pin
Products from Line X also available

  

The Hinges with Clamp Lever can be locked in position or re- Specially designed Hinges A Hinge heavy-duty can be
leased. Particularly suitable for adjustable holders, swivel-type X 8 with or without a clamp fixed at any angle by pinning
arms for Parts Containers and other similar equipment. lever are available for profile (a).
constructions built with
Line X.
Calculation of the strut length L:
_____
L=
x2 + y2 - 2z

Hinge, Dowel Screw Nut Connection

heavy-
duty DIN 6325 rigid movable
a b c d e F1 F2 F1 F2
520x20 2m6x20 7 mm Hex. Socket Head Cap Screw DIN 912-M5 DIN 557 M5 3.3 mm 500 N 200 N 200 N 100 N
630x30 4m6x30 10 mm Button-Head Screw ISO 7380-M6x14 DIN 439 M6 3.5 mm 1,750 N 500 N 500 N 500 N
840x40 4m6x40 12 mm Button-Head Screw ISO 7380-M8x16 DIN 439 M8 5.0 mm 5,000 N 1,000 N 750 N 750 N
880x40 6m6x40 24 mm Button-Head Screw ISO 7380-M8x16 DIN 439 M8 5.0 mm 10,000 N 2,000 N 1,500 N 1,500 N

The following applies to all the sets below:

2 hinge halves, die-cast zinc, white aluminium
4 anti-torsion lugs
2 thread bushes
2 spacer rings
2 Countersunk Screws DIN 7991

Hinge 5 20x20, heavy-duty
a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
20 20 15 15 5 39.0
1 pce. 0.0.464.39
c
d
e

a b

107
 Fastening technology


2 Hinge 6 30x30, heavy-duty
a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
30 30 22.5 22.5 7 125.0
1 pce. 0.0.419.80

Hinge 8 40x40, heavy-duty
a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
40 40 30 30 9 320.0
1 pce. 0.0.265.31

Hinge 8 80x40, heavy-duty
a [mm] b [mm] c [mm] d [mm] e [mm] m [kg]
40 80 50 50 9 1.0
1 pce. 0.0.373.91

-JOF 

-JOF 
Hinge X 8 40x40, heavy-duty
a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
40 40 30 30 9 310.0
1 pce. 0.0.601.12

The following applies to all the sets below:

2 hinge halves, die-cast zinc, white aluminium
4 anti-torsion lugs
Thread bush
Bush liner
Spacer collar
Clamp lever

Hinge 5 20x20, heavy-duty with Clamp Lever
Max. holding torque = 5 Nm
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
20 20 15 15 5 45 81.0
c
d

1 pce. 0.0.464.43
e


Hinge 6 30x30, heavy-duty with Clamp Lever
Max. holding torque = 10 Nm
a b a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
f

30 30 22.5 22.5 7 45 163.0

1 pce. 0.0.419.85

Hinge 8 40x40, heavy-duty with Clamp Lever
Max. holding torque = 20 Nm
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
40 40 30 30 9 63 410.0
1 pce. 0.0.373.93

-JOF 

-JOF 
Hinge X 8 40x40, heavy-duty with Clamp Lever
Max. holding torque = 20 Nm
a [mm] b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
40 40 30 30 9 63 390.0
1 pce. 0.0.601.13

108
 Fastening technology

Ball-Bearing Hinge 8 40x40 2

Enables movement through up to 180

Two ball bearings provide excellent load-carrying capacity
Wear-resistant and robust

Permissible load:
F2 M F1max = 2500 N
F2max = 750 N
Mmax = 45 Nm
F1
5

Where there is a combina-

tion of radial (F1) and axial ____ F F
(F2) load, the total load must F1 +____
F 2 1
1max 2max
satisfy the following equation:

The Ball-Bearing Hinge can be screwed to any components

using the integrated M8x16 fastening screws. These screws
are driven through the holes in the bearing block using a 5 A/F
hexagon key. To access the screws, simply remove the retaining
screw from the bearing block. The Ball-Bearing Hinge does not
need to be disassembled.
b
F

Fmax F1max _ba

a

Fmax F2max /2


Ball-Bearing Hinge 8 40x40
Ball-Bearing Hinge fork, die-cast zinc, RAL 9006 white aluminium
30

Ball-Bearing Hinge bearing block, die-cast zinc, RAL 9006 white aluminium
4 anti-torsion lugs, die-cast zinc
30
9.5

2 fastening screws M8x16, St, bright zinc-plated

Cap, PA-GF, grey
Retaining screw M8, St, bright zinc-plated
40 m = 510.0 g
40
1 pce. 0.0.494.11

109
 Fastening technology

2 Ball Joint 8
Two-dimensional pivoting
Available with clamp lever for rapid adjustment

MB

90

T

90

100
70
360 MA

30
Each Ball Joint 8 requires two balls that are suitable for the Max. tightening torque of central securing screw M8:
profiles being connected: MA = 25 Nm
- Ball 40x40 for connection to Profiles 8 with right-angled Permissible loading moments for Ball Joint 8:
cross-sections Deflection MB = 2 Nm
- Ball D40 for connection to Profiles 8 D40 (with cylindrical Torsion T = 3 Nm
cross-section)


Ball Joint 8, Socket
2 hinge halves, die-cast aluminium, RAL 9006 white aluminium
Hexagon Socket Head Cap Screw M8x30, St, bright zinc-plated
Hexagon Nut M8, St, bright zinc-plated
83

m = 200.0 g
1 set 0.0.608.69
0
4

Ball Joint 8, Socket with Clamp Lever
2 hinge halves, die-cast aluminium, RAL 9006 white aluminium
Clamp Lever M8x32
Spacer sleeve, St, bright zinc-plated
83

Hexagon Nut M8, St, bright zinc-plated

m = 272.0 g
1 set 0.0.611.00
0
4

24 Ball Joint 8, Ball End 40x40



Ball, die-cast aluminium, RAL 9006 white aluminium

Hexagon Socket Head Cap Screw M8x40, St, bright zinc-plated
m = 55.0 g
1 set 0.0.610.95
8

8
40

24 Ball Joint 8, Ball End D40



Ball, die-cast aluminium, RAL 9006 white aluminium

Hexagon Socket Head Cap Screw M8x40, St, bright zinc-plated
m = 51.0 g
1 set 0.0.610.98
8

8
0
110 4
 Fastening technology
Mitre-Fastening Sets

Mitre-Fastening Sets 2

Profile connection at any angle from 30 to 90

The profile groove stays free to accommodate panel elements

  4FSWJDF
XXXJUFNDPN

Using the Mitre-Fastening Set:

1. Mitre-cut profile at angle .
2. Drill a counterbore ( d1 ) for the fastener
sleeve into the side of the mitre-cut profile.
3. Drill a hole ( d2) into the mitred face of
the profile
Note: Despite the optimised design, the flow
4. Insert the T-Slot Nut into the profile groove
of forces across the inclined contact faces
of the continuous profile and screw in the
of the profiles is such that only part of the
clamping pin until the mark around the
pretension of the screw connection is utilized.
perimeter is level with the profile surface.
Mitre connections therefore have a lower
5. Insert the fastener sleeve into the coun- load bearing capacity than other, right-angled
terbore of the mitred profile and fit the profile connections (Standard-Fastening,
assembly over the clamping pin. Universal-Fastening or Automatic-Fastening
6. Drive the grub screw into the fastener Set). Mitre-Fastening Sets should therefore
sleeve and clamp the profile connection. not be used for constructing basic frames and
safety-related parts that are subject to high
7. Fit the cap onto the fastener sleeve (Line 8). loads.

d1 t1 d2 t2 M [Nm]

9.1 21 5.5 10 3.5
Drill 0.0.628.25 -
Drilling Jig 0.0.616.77 0.0.616.89

14.2 26.7 9 12 15
Drill 0.0.492.60 -
Drilling Jig 0.0.493.72 0.0.493.71

Drilling Jig and Step 580 Your item dealer can provide the required mitre cuts and profile processing as a service.
Drill, Mitre Connection


Mitre-Fastening Set 6
Clamping pin M5x23, St, bright zinc-plated
Sleeve with bore, St, bright zinc-plated
9

Grub screw M6, St, bright zinc-plated

20. T-Slot Nut 6 St M5, bright zinc-plated
8 m = 17.0 g
1 set 0.0.627.12

Mitre-Fastening Set 8
Clamping pin M8x28.5, St, bright zinc-plated
Sleeve with bore, St, bright zinc-plated
14

Grub screw M10, St, bright zinc-plated

T-Slot Nut V 8 St M8, bright zinc-plated
Cap, PA grey
28 m = 40.0 g
1 set 0.0.492.30

111
 Fastening technology

2 Direct-Fastening Set 8
Power-lock connection for profiles that cross
Profile sides abut against each other


*OOPWBUJPO

Power-lock connection (without machining) of two Profiles 8 The Direct-Fastening Set is particularly suitable for connecting the profiles of ball-bush block
that touch along their outer faces. The profiles can also run in guides with other profiles, so that the profiles can be moved and no machining is required.
parallel over a certain distance. Note: Where anodized surfaces are to be fitted together, we recommend greasing the contact
Both profiles can be moved in the direction of the groove. points. This minimises the level of noise generated.

Installation note:
Loosen the Hexagon Socket Head
Cap Screw to free up the maximum
adjustment range of the small wedge,
then tighten the Countersunk Screw
so that the profiles can only just be
moved by hand.
After positioning both profiles,
tension the Direct-Fastening Set by
tightening the Hex. Socket Head Cap
Screw.

4 Direct-Fastening Set 8


Fastener, cast steel

Countersunk Screw DIN 7991-M6x20, St
Hexagon Socket Head Cap Screw DIN 7984-M6x14, St
8 Spacer sleeve, POM, black
4 T-Slot Nut 8 St M6
19 28 Mbright zinc-plated = 5.5 Nm m = 37.0 g
bright zinc-plated, 1 set 0.0.388.63

Direct-Fastening Set 8
Mstainless = 4.5 Nm m = 37.0 g
stainless, 1 set 0.0.440.65

112
 Fastening technology

Click-Fastening Set 8 2

Adjustable and fast

For profiles that cross, can be fitted at any position
For assembling struts without the need for machining
Particularly quick to fit
Ideal for temporary structures


*OOPWBUJPO

The item MB Building Kit System opens up a whole new dimen-

sion in flexibility. Profiles can be connected to other profiles at
any position and at virtually any angle without machining.
Profile sections are attached to existing constructions and
are employed as re-usable, variable struts. Thanks to the
Click-Fastening Set, profiles no longer need to be cut off with
absolute accuracy!
The Click-Fastening Set is particularly attractive for temporary
structures - modifications can be made quickly and easily!

Mount the CLICK-Fastening Connect the CLICK-Fas- Align the CLICK-Fastening Set and tighten the tensioning Dismantling: Loosen the ten-
Set onto the profile groove tening Set with the second screw. sioning screw, lift the locking
and lock in position (CLICK!). profile. strip out of the profile groove
and swivel it back.
The CLICK-Fastening Set
does not need to be taken
apart and is immediately
ready for use again.

8 Click-Fastening Set 8

3
6
Clamping profile Al, natural
Clamping elements, St, stainless
Locking strips, St, stainless
20

8 Hex. Socket Head Cap Screw M6x25, St, bright zinc-plated

m = 105.0 g
1 set 0.0.489.79

113
 Fastening technology

2 Face Fastening Set 8

Toothed fastener reinforces the rigid angled connection
For inclined working surfaces
Adjustment in 5 increments with anti-torsion feature

Face Fastening Set 8 is used to create a rigid angled con- The two halves of the Face Fastening Set are located between
nection between two profiles whose grooved sides face each the profiles being connected.
other. A clamp lever extending all the way through may be used with
It can also be used to connect the end face of one profile to the Face Fastening Set 8 to facilitate adjustment.
grooved side of another profile.

The anti-torsion blocks must be removed when attaching to The angle between the profiles can be se- Two Line 8 Profiles are screw-connected using
panel elements. lected in 5 increments. The toothing ensures screw ISO 7380-M8x25, Washer DIN 125-8,4
Position of the fixing bores in the panel elements and profiles. that the two halves fit together securely at the and T-Slot Nut 8 St M8.
These fixing bores are predrilled in the fastener ( 5.8 mm). correct angle. An access hole must be made in one of the
The two halves must be pinned together if a profiles to accommodate the Allen key.
moment of M > 10 Nm is applied to the Face
Fastening Set.
The permissible load is Mmax. = 20 Nm.

21.2 
Face Fastening Set 8
8.4
5.8 Die-cast zinc
m = 71.0 g
7.9 black, 1 set 0.0.474.44
3.9

40
40

114
 Fastening technology

Angle Hinge Brackets, Angle Clamp Brackets 2

Simple, secure fixing for profiles that cross

Adjustable via angle bracket with clamp lever
For creating any angle

  

The Angle Hinge Brackets and Angle Clamp Brackets are used
for connecting two profiles of the same Line whose side faces
are in contact and which cross at an angle.

Angle Hinge
5 6 8
Bracket
a 10 mm 15 mm 20 mm

The Angle Hinge Bracket serves as a fixed point of rotation

for profiles crossing each other. When the screws are tight,
the rotational position around the bearing bush can still be
selected at will.

The Angle Clamp Bracket can be used in combination with Combination of Angle Hinge Bracket and An- Combination of two Angle Clamp Brackets,
an Angle Hinge Bracket or a second Angle Clamp Bracket to gle Clamp Bracket, e.g. for adjusting the angle e.g. for adjusting a rest (in terms of height,
provide a simple connection between two crossing profiles. of a shelf around a fixed point of rotation. lateral location and angle).
Loosening the screw or clamp lever releases the tension in the
two profile grooves and allows rotation at any angle and move-
ment along the grooves.

The following applies to all the sets below:

Angle bracket, die-cast zinc, RAL 9006 white aluminium
Fastening materials

Angle Hinge Bracket 5
a [mm] b [mm] c [mm] m [g]
b

18 18 16 20.0
1 set 0.0.437.83

Angle Hinge Bracket 6
a [mm] b [mm] c [mm] m [g]
a c 27 27 24 65.0
1 set 0.0.441.97

Angle Hinge Bracket 8
a [mm] b [mm] c [mm] m [g]
36 36 32 135.0
1 set 0.0.457.76

115
 Fastening technology


2 Angle Clamp Bracket 5
a [mm] b [mm] c [mm] m [g]

b
18 18 16 19.0
1 set 0.0.437.84

Angle Clamp Bracket 6
a c a [mm] b [mm] c [mm] m [g]
27 27 24 66.0
1 set 0.0.441.98

Angle Clamp Bracket 8
a [mm] b [mm] c [mm] m [g]
36 36 32 130.0
1 set 0.0.457.77


Angle Clamp Bracket 5 with Clamp Lever
a [mm] b [mm] c [mm] m [g]
b

18 18 16 51.0
1 set 0.0.437.85

Angle Clamp Bracket 6 with Clamp Lever
a c a [mm] b [mm] c [mm] m [g]
27 27 24 103.0
1 set 0.0.441.99

Angle Clamp Bracket 8 with Clamp Lever
a [mm] b [mm] c [mm] m [g]
36 36 32 225.0
1 set 0.0.457.78

116
 Fastening technology

Angle Locking Bracket 8 80x40 2

Secure fixing and rapid adjustment

Toothed fastener reinforces rigid angled connection

For inclined ledges and shelves
Adjustment in 2.5 increments
Easy to adjust without the need for tools


Angle Locking Bracket 8 80x40 is an ideal fastening element The Angle Locking Bracket is incredibly easy to adjust: When
for adjustable fixtures. It enables the set-up and easy adjust- the knurled screw is loosened, spring pressure lifts the disc
ment of ergonomic work benches. Typical areas of application out of the toothing and enables adjustments to be carried
include stand-alone shelves, shelving units, material trolleys, out easily without the need for tools. The toothing creates an
etc. extremely strong rigid angled fixing. The angle of incline can be
adjusted in 2.5 increments.

The Angle Locking Bracket is An adjustable profile frame

supplied preassembled and with 2 Angle Locking Brack-
is screwed easily to Profiles 8 F ets 8 80x40 can withstand a
using the enclosed fastening force Fmax. = 2000 N.
elements without processing. M This profile frame has a per-
missible loading moment of:
M = 100 Nm
F


8 Angle Locking Bracket 8 80x40
40 0
40 Bracket and locking discs, die-cast aluminium, RAL 9006 white aluminium
Knurled screw M8x18, St, bright zinc-plated
2 compression springs, St
2 Button-Head Screws M8x18, St, bright zinc-plated
2 Hexagon Socket Head Cap Screws M8x18, St, bright zinc-plated
3 washers, St, bright zinc-plated
4 T-Slot Nuts 8 St M8, bright zinc-plated
80

m = 290.0 g
1 set 0.0.615.59

117
 Fastening technology

2 Universal-Butt-Fastening Sets
Connect identical profiles via their end faces

    

Extend the profiles only with the aid of the corresponding

fastening elements and, where possible, support them at the
joints.

Universal-Fastening Sets should

always be used in pairs.

Universal-Fastening Set
5 6 8 10 12
a1 10.0 mm 15.0 mm 20.0 mm 25.0 mm 30.0 mm
b1 12.0 mm 16.0 mm 20.0 mm 25.0 mm 30.0 mm
c1 8.5 mm 12.7 mm 16.0 mm 20.0 mm 24.0 mm
d1 4.3 mm 5.5 mm 7.0 mm 9.0 mm 12.0 mm
e1 5.8 mm 8.7 mm 12.0 mm 15.1 mm 17.8 mm

The following applies to all the sets below:

2 Universal Fasteners, die-cast zinc
Screw, St
Hexagon nut, St

d 
Universal-Butt-Fastening Set 5
a [mm] b [mm] c [mm] d [mm] Mbz-p [Nm] m [g]
a

12 32 8.5 3 3.0 10.0

bright zinc-plated, 1 set 0.0.370.32
b


Universal-Butt-Fastening Set 5
a [mm] b [mm] c [mm] d [mm] Mstainl. [Nm] m [g]
c 12 32 8.5 3 2.5 10.0
stainless, 1 set 0.0.437.55

118
 Fastening technology


Universal-Butt-Fastening Set 6 2
a [mm] b [mm] c [mm] d [mm] Mbz-p [Nm] m [g]
16 46 12.6 4 8.0 27.0
bright zinc-plated, 1 set 0.0.419.53

Universal-Butt-Fastening Set 6
a [mm] b [mm] c [mm] d [mm] Mstainl. [Nm] m [g]
16 46 12.6 4 6.5 27.0
stainless, 1 set 0.0.441.77

Universal-Butt-Fastening Set 8
a [mm] b [mm] c [mm] d [mm] Mbz-p [Nm] m [g]
20 60 16 5 25 60.0
bright zinc-plated, 1 set 0.0.265.46

Universal-Butt-Fastening Set 8
a [mm] b [mm] c [mm] d [mm] Mstainl. [Nm] m [g]
20 60 16 5 20 60.0
stainless, 1 set 0.0.440.94

Universal-Butt-Fastening Set 12
a [mm] b [mm] c [mm] d [mm] Mbz-p [Nm] m [g]
30 90 24 6 60 200.0
bright zinc-plated, 1 set 0.0.003.61

6 
Universal-Butt-Fastening Set 10
Universal Fastener 10, St
Button-Head Screw ISO 7380-M10x50, St
25

Universal Butt-Fastener 10, St

Mbright zinc-plated = 46 Nm m = 148.5 g
75

bright zinc-plated, 1 set 0.0.632.08

20

119
 Fastening technology

2 Automatic Butt-Fastening Sets

Connect identical profiles via their end faces
No profile machining required

   

The Automatic Butt-Fastening Sets can be used to connect the

end faces of two profiles from the same Line without mechani-
cal processing.
Automatic Butt-Fastening Sets should always be used in pairs.
Depending on the profile size and load, several pairs may be
necessary.
When driving the Fastener
with internal thread into a
profile, additional anti-torsion
protection can be provided
by leaving the end protruding
out so that it projects into
the groove opposite. The
Fastener with through bore
will then need to be driven
far enough into the adjoining
profile to accommodate it. Automatic-Fastening Set 5
Automatic Butt-Fastening Set
should be inserted so that
5 6 8 12 the flattening on the thread is
s1 4 A/F 5 A/F 6 A/F 8 A/F flush with the outer edge of
the profile.
The Fastener is screwed into a profile groove in the end face,
the thread being cut automatically. Use of a lubricant is recom-
mended.
Note: All Fasteners with a through bore for the fastening screw
have a counter-clockwise thread on the outside in order to
prevent the Fastener twisting when the screw is tightened. The
Fasteners with internal threads have a clockwise thread on the
outside.

The following applies to all the sets below:

Automatic Fastener with through bore, St
Automatic Fastener with threaded bore, St
Hex. Socket Head Cap Screw, St

a 
Automatic Butt-Fastening Set 5
a [mm] b [mm] c [mm] Mbz-p [Nm] m [g]
3 24 7 2.5 11.0
b

bright zinc-plated, 1 set 0.0.464.19


Automatic Butt-Fastening Set 5
a [mm] b [mm] c [mm] Mstainl. [Nm] m [g]
3 24 7 2.5 11.0
c stainless, 1 set 0.0.464.18

120
 Fastening technology


Automatic Butt-Fastening Set 6 2
a [mm] b [mm] c [mm] Mbz-p [Nm] m [g]
4 27 10 8.0 23.0
bright zinc-plated, 1 set 0.0.419.74

Automatic Butt-Fastening Set 6
a [mm] b [mm] c [mm] Mstainl. [Nm] m [g]
4 27 10 6.5 23.0
stainless, 1 set 0.0.441.71

Automatic Butt-Fastening Set 8
a [mm] b [mm] c [mm] Mbz-p [Nm] m [g]
5 31 12 14 43.0
bright zinc-plated, 1 set 0.0.406.80

Automatic Butt-Fastening Set 8
a [mm] b [mm] c [mm] Mstainl. [Nm] m [g]
5 31 12 11 43.0
stainless, 1 set 0.0.444.15

Automatic Butt-Fastening Set 12
a [mm] b [mm] c [mm] Mbz-p [Nm] m [g]
6 47 18 34 140.0
bright zinc-plated, 1 set 0.0.003.51

A cover is available for Automatic-Fastening

Set 8. It is fitted after the fastening has been
installed.


Automatic-Fastening Set 8 Cap
PA-GF
44

m = 0.7 g
4

black, similar to RAL 9005, 1 pce. 0.0.388.66

grey similar to RAL 7042, 1 pce. 0.0.616.31
7.8
10

121
 Fastening technology
Mitre-Butt-Fastening Sets

2 Mitre-Butt-Fastening Sets
Connect two profiles with the same mitre angle
Overall angle of 60 to 180 possible

  4FSWJDF

Mitre-Butt-Fastening Sets are suitable for connecting two fastening elements. The clamping screws are ing capacity than other, right-angled profile
profiles at an angle. They are used primarily when constructing accessed from the side of the profile frame. connections (Standard-Fastening, Universal-
frame elements and panel edging. The profile grooves facing Fastening or Automatic-Fastening Set).
each other inside the frame remain unobstructed so they can Note: Mitre-Fastening Sets should therefore not be
be used for holding panel elements. Despite the optimized design, the flow of used for constructing basic frames and safety-
Two mitred profiles (each with an identical angle between forces across the inclined contact faces of the related parts that are subject to high loads.
30 and 90) are connected together. This gives a possible profiles is such that only part of the pretension
angle between the profiles of (2) between 60 and 180. of the screw connection is utilized. Mitre
The position of the clamping pins at right angles to the cut connections therefore have a lower load bear-
profile edge generates particularly high clamping forces on the
Using the Mitre-Butt-Fastening Set: 5. Use grub screw DIN 915 to tighten the
1. Mitre-cut profile at angle . clamping pin in the fastener sleeve with
thread.
2. Drill counterbores for the fastener sleeves
into the side of each profile (use of drilling 6. Insert the fastener sleeve with bore into the
jig recommended). second profile, and fit the assembly over
the clamping pin.
3. Drill a hole into the mitred face of both
profiles (use of drilling jig recommended). 7. Drive the special grub screw into the
fastener sleeve and clamp the profile con-
4. Insert the fastener sleeve with lateral thread nection.
into the counterbore of one of the profiles
and screw in the clamping pin until the 8. Fit the caps onto the fastener sleeves
perimeter mark is level with the cut profile (Line 8).
edge.

Connection processing of the profiles is the same as for the Drilling Jig and Step 580
Mitre-Fastening Set. Drill, Mitre Connection
Your item dealer can provide the required mitre cuts and profile
processing as a service.


Mitre-Butt-Fastening Set 6
Clamping pin M5x29, St, bright zinc-plated
9

Sleeve with bore, St, bright zinc-plated

Threaded sleeve, St, bright zinc-plated
20. Grub screw M6, St, bright zinc-plated
8
Grub screw DIN 915-M6x10, St, bright zinc-plated
m = 20.0 g
1 set 0.0.606.47

Mitre-Butt-Fastening Set 8
Clamping pin M8x33, St, bright zinc-plated
14

Sleeve with bore, St, bright zinc-plated

Threaded sleeve, St, bright zinc-plated
Grub screw M10, St, bright zinc-plated
28 Grub screw DIN 915-M10x16, St, bright zinc-plated
2 Caps, PA grey
m = 58.0 g
1 set 0.0.492.25

122
 Fastening technology
Central-Fastening Set P 8

Central-Fastening Set P 8 2

Connect two parallel Profiles 8

Flush connection for partitioning and room dividers

Central-Fastening Set P 8 can be used to quickly connect Unevenness in the ground can be compensated for by adjust-
together individual, inherently stable partitions or partition ing the position of the T-Slot Nut in the profile groove.
elements side by side without time-consuming alignment
procedures.

14.2

8.2
26.7
7 20

Profile processing: To accommodate the fastener sleeve, a N.B.: At least 2 grooves

14.2 mm counterbore is drilled into the side of one of the always remain free for fitting
profiles being connected (using Step Drill 0.0.492.60) along panel elements into the pro-
8.2 14.2 with a 8.2 mm fastening hole located perpendicular to this. file grooves. Frame elements
T-Slot Nut V 8 St M8 is fitted into the facing groove of the can also be connected to
second profile and the clamping pin is screwed into this T-Slot each other at an angle of 90
Nut as far as the marking. by positioning Central-Fasten-
ing Set P 8 appropriately.
After the clamping pin has been inserted into the fastener
sleeve, the profile connection is tightened with an M10 grub
screw (tightening torque M = 15 Nm).

Drilling Jig and Step 580

Drill, Mitre Connection


Central-Fastening Set P 8
Clamping pin, St, bright zinc-plated
T-Slot Nut V 8 St M8, bright zinc-plated
14

Threaded sleeve with bore, St, bright zinc-plated

Grub screw M10, St, bright zinc-plated
Cap, PA, grey
28 m = 44.0 g
1 set 0.0.619.69

123
 Fastening technology

2 Parallel Fastener 8
Holds by itself

Connect two parallel Profiles 8

No machining required
Easy to use thanks to snap-in function


*OOPWBUJPO

Element for fastening two parallel Line 8 Profiles at a distance each other. This fixes the profiles in position. The fastener is
of 12 mm. then clamped by tightening an internal screw.
Parallel Fastener 8 is very easy to use: Both halves of the
spring loaded fastener engage in the profile grooves facing

Using the Parallel Fastener 8 Cover Profile:

The gap (12 mm wide) between the profiles
which is generated when Parallel Fastener 8
is used can be covered in full using this profile.
The Cover Profile must be fitted over at least
2 Parallel Fasteners 8.
Parallel Fastener 8 Cover Profile Cap covers
the end-face gap between the profiles when
using Parallel Fastener 8 Cover Profiles.

Max. torque for the tensioning Permissible loading force per

screw: Fastener:
M = 2.5 Nm Fx = 1,000 N
Fz = 100 N


32 Parallel Fastener 8
2 clamping elements, Al, anodized natural
Housing, PA-GF, black
22

Compression spring
Tensioning screw, St, bright zinc-plated
20

4 12 m = 21.0 g
1 set 0.0.476.58
16.2 Parallel Fastener 8 Cover Profile


Al, anodized
5.3

m = 50 g/m
natural, 1 pce., length 2000 mm 0.0.476.59

40 Parallel Fastener 8 Cover Profile End Cap
PA-GF
m = 2.5 g
4

12
black, 1 pce. 0.0.476.60

124
 Fastening technology
Connection Profiles

Connection Profiles 2

Connect Profiles 8 to make extra strong supports

Simple engineering for stable composite profiles

For open and closed supports
Suitable Cover Profile for easy-to-clean surfaces


XXXJUFNDPN *OOPWBUJPO

Connection Profile 8 40 is supplied in pairs and machined torsion) allows the Connection Profile to are inserted at the relevant predetermined
with 11 mm bores (bore spacing 200 mm) for the fastening be fitted from one side. DIN 912-M10x60, positions to join Connection Profiles.
screws. M10x100 or M10x140 Hexagon Socket Head The joint and/or screw heads and Captive
The use of Captive Nuts (designed to fix positions and prevent Cap Screws (tightening torque M = 34 Nm) Nuts can be covered over with a dust-tight
Cover Profile 32.
Hexagon Socket Head
Cap Screw DIN 912 153
M10x60

6.8 Connection Profile 8 40



Al, anodized
19

(The values apply for an individual profile section and not for a pair)
37

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

8.97 2.42 5.73 19.85 4.53 2.90 6.96
natural, cut-off max. 6000 mm, 1 pair 0.0.422.35
40
natural, 1 pair, length 6000 mm 0.0.453.90
Cover Profile 32 (for Connection Profile 8) 32 
Cover Profile 32
0.9

Al, anodized
6.9

A [cm2] m [kg/m]
28.6
0.41 0.11
natural, cut-off max. 3000 mm 0.0.420.43
Captive Nuts 7.4
2.5 Captive Nut M10
Cage and square nut, St
m = 8.0 g
12.5

M10
bright zinc-plated, 1 pce. 8.0.004.02

17.8

Connection Profiles 8 160 and 8 240 are

supplied in pairs and machined with bores for
the DIN 912-M8x60 fastening screws and DIN
934-M8 Hexagon Nuts.
The Connection Profile Braces 8 are ready-to-
install kits complete with screws and nuts.

Hexagon Socket Head

Cap Screw DIN 912 153
M8x60

125
 Fastening technology

2 The Connection Profile Braces (45 sections of the Connection

Profiles) are suitable for constructing lightweight, open com-
posite profiles. These Connection Profile Braces consist of left
and right diagonal sections together with the corresponding
nuts and bolts. They can be retrofitted at any point and any
distance (dimension a / b) along the profiles which are being
joined. With a fixed spacing of 160 or 240 mm, the Connection
Profiles Braces represent an inexpensive alternative to the
latticework construction.


Connection Profile 8 160
Al, anodized
(The values apply for an individual profile section and not for a pair)
142 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
160

6 17.80 4.76 16.70 606.30 67.80 6.70

116

natural, cut-off max. 6000 mm, 1 pair 0.0.458.03

natural, 1 pair, length 6000 mm 0.0.458.08

x)
35. (37
5 160
Connection Profile Braces 40 
Connection Profile Brace 8 160-45
Al, anodized, natural
Brace right
142

Brace left
2 Hexagon Socket Head Cap Screws DIN 912-M8x60, St, bright zinc-plated
45 2 Hexagon Nuts DIN 934-M8, St, bright zinc-plated
160

amin. = 33 mm (recommended 40 mm)

bmin. = 65 mm (recommended 80 mm)
m = 488.0 g
1 set 0.0.458.18
32

Connection Profile 8 240
Al, anodized
(The values apply for an individual profile section and not for a pair)
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
26.00 6.97 19.20 1,804.00 139.30 7.10
222

8 natural, cut-off max. 6000 mm, 1 pair 0.0.458.17

240
196

natural, 1 pair, length 6000 mm 0.0.458.14

x)
35. (37
5 160
40 
Connection Profile Brace 8 240-45
Al, anodized, natural
Brace right
Brace left
2 Hexagon Socket Head Cap Screws DIN 912-M8x60, St, bright zinc-plated
222

2 Hexagon Nuts DIN 934-M8, St, bright zinc-plated

amin. = 38 mm (recommended 40 mm)
bmin. = 76 mm (recommended 80 mm)
m = 846.0 g
240

45 1 set 0.0.458.21

40

126
 Fastening technology

Pin Elements 2

Excellent resistance against impact and overload

Additional rigidity from dowel pin

  

The Pin Element is used to add extra rigidity to power-lock

connections, e.g. between horizontal braces and continuous
vertical profiles which are subject to heavy load. Preferably
used in pairs, Pin Elements can provide additional support for
Standard, Universal and Automatic Fasteners.

The Pin Element is inserted into the profile Each element that is deployed increases the
groove through the end face and, after ap- displacement resistance of the connection to
plying the Standard, Universal or Automatic a maximum of 3,000 N (Line 8) or 6,000 N
Fasteners, is then pushed to the end of the (Line 12).
profile and fixed in position. A hole (Line 8:
5.9 mm; Line 12: 9.9 mm) is drilled in
the profile to accommodate the dowel.

M6x12 Pin Element 8



Body, St, bright zinc-plated

3.8

Grub screw DIN 916-M6x12, St, bright zinc-plated

8.4 40 Dowel ISO 8735-6m6x16, St, hardened
m = 34.0 g
1 pce. 0.0.265.37

Pin Element 10
15

M4x6 Basic unit, St, bright zinc-plated

Grub screw DIN 914-M4x6, St, bright zinc-plated
10 36 Dowel ISO 8735-8m6x16, St, hardened
m = 48.3 g
1 pce. 0.0.624.87
M10x16 Pin Element 12


Body, St, bright zinc-plated

5.4

Grub screw DIN 913-M10x16, St, bright zinc-plated

12.4 Dowel ISO 8735-10m6x24, St, hardened
46
m = 100.0 g
1 pce. 0.0.010.06

127
 Fastening technology

128
 3

T - S l o t N u ts 3
T-Slot Nuts
T-Slot Nut Profiles
Screw Strips
 T - S l o t N u ts

Overview finding the right T-Slot Nut fast

3     

Type max. F [N] Type max. F [N] Type max. F [N] Type max. F [N] Type max. F [N]
T-Slot Nuts St and V St the stable fastening that is suitable for all profile fasteners 132
5 St M5 500 6 St M6 1,750* 8 St M8 5,000* 10 St M10 7,000* 12 St M12 10,000*
5 St M5, stainless 400 6 St M6, stainless 1,400* 8 St M8, stainless 4,000* 10 St M8 6,000* 12 St M10 10,000*
5 St M4 500 6 St M5 1,750* 8 St M6 3,500* 10 St M6 3,500* 12 St M8 6,000*
5 St M4, stainless 400 6 St M5, stainless 1,400* 8 St M6, stainless 2,800* 12 St M6 3,500*
5 St M3 500 6 St M4 1,750* 8 St M5 2,500*
6 St M3 500 8 St M5, stainless 2,000*
8 St M4 2,500*
8 St M4, stainless 2,000*
V 8 St M8 4,000*
V 8 St M6 3,500*
V 8 St M5 2,500*
V 8 St M4 2,500*
T-Slot Nuts Zn simple installation and a fixed hold in the groove 137
5 Zn M3 50 6 Zn M4 150 8 Zn M5 250
8 Zn M4 250
8 Zn M3 250

T-Slot Nuts PA for lightweight attachments 138

8 PA 150

T-Slot Nuts St/PA cost-effective and easy to install 139

8 St/PA M6 1,000
8 St/PA M5 1,000
8 St/PA M4 500
8 St/PA M3 500

T-Slot Nuts F ST electrostatically dissipative and fixed in position 140

F 6 St M6 1,750* F 8 St M6 3,500*
F 6 St M5 1,750* F 8 St M5 2,500*
F 6 St M4 1,750* F 8 St M4 2,500*

T-Slot Nuts St, heavy duty for the ultimate loads 141
8 St M8, heavy 5,000* 10 St M10, heavy 8,000* 12 St M12, heavy 10,000*
duty duty duty
8 St M6, heavy 3,500* 10 St M8, heavy 6,000* 12 St M10, heavy 10,000*
duty duty duty
12 St M8, heavy 6,000*
duty

* take load-carrying capacity of profile groove into account!

130
 T - S l o t N u ts

T-Slot Nuts
Products in this section
3

T-Slot Nuts St T-Slot Nuts St with 2 Hammerhead Nut 8 M6 T-Slot Nuts Zn T-Slot Nut PA
For universal in-groove Threads Rapid hold with a flick of Simple fastening for For fastening lightweight
fastening Easy to fit for dual screw the wrist components components with low loads
Practical, secure and tried connections ESD contact as standard Automatically locked when Easy to fit, fixed positioning
and tested screw is tightened

132 135 136 137 138

T-Slot Nuts F T-Slot Nuts St, heavy-duty Profile Bars and Groove Screw Strips Al
For conductive profile con- Effective transferral of ten- Profiles Screw channel for creating
nections sile loads into the profile For anchoring entire mod- fastenings at any position
Fixed in position by grub More supporting threads ules in the profile groove using Self-Tapping Screws
screw for stronger screw con- Threads can be positioned Strips are simply pressed
nections at will according to require- into the profile groove
ments

140 141 142 144

Note:
Technical data on the T-Slot Nuts
can be found in Section 19.

131
 T - S l o t N u ts

T-Slot Nuts St
Practical, secure and tried and tested
3
The T-Slot Nut with the broadest product diversity
Available in seven thread sizes
Available with anti-torsion feature (V)

    

A secure hold in all positions. T-Slot Nut St is available for all

profile lines. Its key feature is the thrust piece on the under-
side, which incorporates a spring that enables the user to roll
the T-Slot Nut into the groove. The thrust piece then holds the
T-Slot Nut securely in place, making assembly much easier.
T-Slot Nut St is available in a range of thread sizes from M3 to
M12 to suit various applications and loads.
Note regarding T-Slot Nut V 8 M8:
The load-carrying capacity of this T-Slot Nut with anti-torsion
feature is 20 percent lower than that of the comparable T-Slot T-Slot Nuts St are inserted into the profile groove where they
Nut 8. are secured in position by means of thrust pieces.

Materials used in all the following products:

St
b T-Slot Nut 5 St M3

a
a = M3 b = 3 mm M = 1.5 Nm m = 2.0 g
4.5

8 11.5 bright zinc-plated, 1 pce. 0.0.437.19


T-Slot Nut 5 St M4
a = M4 b = 3 mm M = 3 Nm m = 2.0 g
bright zinc-plated, 1 pce. 0.0.370.06

T-Slot Nut 5 St M5
a = M5 b = 4 mm M = 4.5 Nm m = 2.0 g
bright zinc-plated, 1 pce. 0.0.370.01

b T-Slot Nut 5 St M4


a
a = M4 b = 3 mm M = 2.4 Nm m = 2.0 g
4

8 11.5 stainless, 1 pce. 0.0.425.10


T-Slot Nut 5 St M5
a = M5 b = 4 mm M = 3.6 Nm m = 2.0 g
stainless, 1 pce. 0.0.425.11

b T-Slot Nut 6 St M3
a a = M3 b = 4.5 mm M = 1.5 Nm m = 4.0 g
7

bright zinc-plated, 1 pce. 0.0.459.44

17
10.6

T-Slot Nut 6 St M4
a = M4 b = 4.5 mm M = 4 Nm m = 4.0 g
bright zinc-plated, 1 pce. 0.0.419.46

T-Slot Nut 6 St M5
a = M5 b = 4.5 mm M = 8 Nm m = 4.0 g
bright zinc-plated, 1 pce. 0.0.419.43
132
 T - S l o t N u ts


T-Slot Nut 6 St M6
a = M6 b = 5.5 mm M = 14 Nm m = 4.0 g
bright zinc-plated, 1 pce. 0.0.419.40
b T-Slot Nut 6 St M5
 3
a
a = M5 b = 4.5 mm M = 6.5 Nm m = 4.0 g

6.4
17 stainless, 1 pce. 0.0.439.72
10.6

T-Slot Nut 6 St M6
a = M6 b = 5.5 mm M = 11 Nm m = 4.0 g
stainless, 1 pce. 0.0.439.75
b T-Slot Nut V 8 St M4

a
a = M4 b = 7.5 mm M = 4 Nm m = 11.1 g
7.5

bright zinc-plated, 1 pce. 0.0.480.57

13.3 23

T-Slot Nut V 8 St M5
a = M5 b = 7.5 mm M = 8 Nm m = 10.6 g
bright zinc-plated, 1 pce. 0.0.480.54

T-Slot Nut V 8 St M6
a = M6 b = 6.5 mm M = 14 Nm m = 10.3 g
bright zinc-plated, 1 pce. 0.0.480.50

T-Slot Nut V 8 St M8
a = M8 b = 7.5 mm M = 20 Nm m = 9.3 g
bright zinc-plated, 1 pce. 0.0.480.48
b T-Slot Nut 8 St M4

a
a = M4 b = 7.5 mm M = 4 Nm m = 11.0 g
7.3

bright zinc-plated, 1 pce. 0.0.420.06

13.8 23
stainless, 1 pce. 0.0.428.54

T-Slot Nut 8 St M5
a = M5 b = 7.5 mm M = 8 Nm m = 11.0 g
bright zinc-plated, 1 pce. 0.0.420.05
stainless, 1 pce. 0.0.428.55

T-Slot Nut 8 St M6
a = M6 b = 6.5 mm M = 14 Nm m = 10.0 g
bright zinc-plated, 1 pce. 0.0.026.23
stainless, 1 pce. 0.0.388.51

T-Slot Nut 8 St M8
a = M8 b = 7.5 mm M = 25 Nm m = 10.0 g
bright zinc-plated, 1 pce. 0.0.026.18
stainless, 1 pce. 0.0.388.49

133
 T - S l o t N u ts

b T-Slot Nut 10 St M6

a
a = M6 mm b = 8.5 mm M = 14 Nm m = 22.4 g

9.7
bright zinc-plated, 1 pce. 0.0.625.06
5
28.
3 16.5
T-Slot Nut 10 St M8


a = M8 mm b = 8.5 mm M = 34 Nm m = 21.1 g
bright zinc-plated, 1 pce. 0.0.625.04

T-Slot Nut 10 St M10
a = M10 mm b = 8.5 mm M = 46 Nm m = 19.4 g
bright zinc-plated, 1 pce. 0.0.625.02

b T-Slot Nut 12 St M6

a
a = M6 b = 11.3 mm M = 14 Nm m = 38.0 g
11.2

bright zinc-plated, 1 pce. 0.0.003.72

5
34. 
20. T-Slot Nut 12 St M8
3
a = M8 b = 11.3 mm M = 34 Nm m = 35.0 g
bright zinc-plated, 1 pce. 0.0.003.63

T-Slot Nut 12 St M10
a = M10 b = 11.3 mm M = 46 Nm m = 33.0 g
bright zinc-plated, 1 pce. 0.0.003.64

T-Slot Nut 12 St M12
a = M12 b = 11.3 mm M = 80 Nm m = 31.0 g
bright zinc-plated, 1 pce. 0.0.003.65

134
 T - S l o t N u ts

T-Slot Nuts St with 2 Threads

Second thread provides additional hold
Extremely easy to use
3

  

T-Slot Nuts St with 2 Threads are primarily intended for use

with Angle Elements T2 and Universal and Automatic Fasten-
ers (see section on fastening technology) to construct stable
latticework structures. However, they can also be used with all
other profile connections.
With a suitable grub screw in one of their threaded bores,
these T-Slot Nuts create a non-slip thread in the profile groove.

Materials used in all the following products:

St
c a T-Slot Nut 5 St 2xM4-18

4.5

a b [mm] c [mm] M [Nm] m [g]

b M4 18 11.6 8 3.0
8
bright zinc-plated, 1 pce. 0.0.614.40

T-Slot Nut 5 St 2xM4-20
a b [mm] c [mm] M [Nm] m [g]
M4 20 13.6 8 3.3
bright zinc-plated, 1 pce. 0.0.614.42
a 
c T-Slot Nut 6 St 2xM5-28
a b [mm] c [mm] M [Nm] m [g]
M5 28 19 8 8.0
b
7

bright zinc-plated, 1 pce. 0.0.459.78

10.6

T-Slot Nut 6 St 2xM5-58
a b [mm] c [mm] M [Nm] m [g]
M5 58 49 8 17.0
bright zinc-plated, 1 pce. 0.0.459.82
a 
c T-Slot Nut 6 St 2xM6-28
a b [mm] c [mm] M [Nm] m [g]
M6 28 17 14 7.0
b
7

bright zinc-plated, 1 pce. 0.0.610.10

10.6

T-Slot Nut 6 St 2xM6-58
a b [mm] c [mm] M [Nm] m [g]
M6 58 47 14 16.0
bright zinc-plated, 1 pce. 0.0.610.72

135
 T - S l o t N u ts


a T-Slot Nut 8 St 2xM6-36
c a b [mm] c [mm] M [Nm] m [g]
M6 36 26.4 14 16.0
bright zinc-plated, 1 pce. 0.0.406.77
3 b

7.3

13.8 T-Slot Nut 8 St 2xM6-76
a b [mm] c [mm] M [Nm] m [g]
M6 76 66.4 14 38.0
bright zinc-plated, 1 pce. 0.0.406.78

a T-Slot Nut 8 St 2xM8-36



c a b [mm] c [mm] M [Nm] m [g]

M8 36 24 25 14.0
b bright zinc-plated, 1 pce. 0.0.610.80
7.3


13.8 T-Slot Nut 8 St 2xM8-76
a b [mm] c [mm] M [Nm] m [g]
M8 76 64 25 36.0
bright zinc-plated, 1 pce. 0.0.611.08

Hammerhead Nut 8 M6
Rapid hold with a flick of the wrist
Secure ESD contact as standard

&4% 

For the fastest possible fastening in the profile groove

insert a screw that has already been fitted with Hammerhead Note
Nut 8 St. When the screw is tightened, the Hammerhead Nut
rotates around 90 and is clamped in the groove. The Hammerhead Nut has a self-locking thread. This gener-
A safe contact is made by partially destroying the anodized ates the drag torque (2 Nm) when tightening the screw.
layer, making the fastening ESD dissipative.

Permissible operating load

F = 1,000 N

&4% 
M6 Hammerhead Nut 8 M6
16.3
8.1

St
M = 6 Nm m = 2.8 g
7.8
4.7

bright zinc-plated, 1 pce. 0.0.626.06

136
 T - S l o t N u ts

T-Slot Nuts Zn
Straightforward fixing due to preassembly
3
Simple fastening for components
Automatically locked when screw is tightened

  

The ideal solution when speed is of the essence. T-Slot Nut Zn

is provisionally screwed into place on the component that is to
be fastened and then inserted anywhere along the groove of
the supporting profile. When the screw is tightened, T-Slot Nut
Zn automatically locks into place and creates a secure thread.
Note:
T-Slot Nut Zn is not suitable for connecting profiles to other
profiles.

T-Slot Nuts Zn can, if re- Tightening the screw auto-

quired, be prefitted (with the matically locks the T-Slot Nut
screw) to the component to in the groove.
be secured and are inserted Pulling the screw fixes T-Slot
at any position in the profile Nuts 6 Zn and 8 Zn in the
groove. groove by means of the coni-
cal flanks.

The following applies to all the products below:

Die-cast zinc
M3 T-Slot Nut 5 Zn M3

5
10
M = 1 Nm m = 1.0 g
bright zinc-plated, 1 pce. 0.0.391.20
5.2

M4 6 
T-Slot Nut 6 Zn M4
15 M = 1.5 Nm m = 2.2 g
bright zinc-plated, 1 pce. 0.0.441.45
6.5

M3;M4;M5 8 T-Slot Nut 8 Zn M3



19 M = 1 Nm m = 5.0 g
bright zinc-plated, 1 pce. 0.0.373.59
8.5


T-Slot Nut 8 Zn M4
M = 1.5 Nm m = 5.0 g
bright zinc-plated, 1 pce. 0.0.373.58

T-Slot Nut 8 Zn M5
M = 1.5 Nm m = 5.0 g
bright zinc-plated, 1 pce. 0.0.373.44

137
 T - S l o t N u ts

T-Slot Nut PA
For fastening lightweight components with low loads
3 Straightforward assembly

T-Slot Nut PA can, if required, Tightening the screw auto- Button-Head Screw T4 from
be prefitted (using the screw) matically locks the T-Slot Nut item has been specially de-
to the component to be in the groove. signed for use with T-Slot Nut
secured and is inserted at any 8 PA. This screw cuts its own
position in the profile groove. thread in the plastic body.

4/1.5 T-Slot Nut 8 PA


3.2
4

PA-GF
19
10.5

M = 1.5 Nm m = 1.0 g
8 black, 1 pce. 0.0.436.52

7.5 Button-Head Screw T4x12

2.5
2.2

St
a = 12 mm m = 1.0 g
a

4 bright zinc-plated, 1 pce. 0.0.440.39

Button-Head Screw T4x14

St
a = 14 mm m = 1.1 g
bright zinc-plated, 1 pce. 0.0.440.40

Button-Head Screw T4x16

St
a = 16 mm m = 1.2 g
bright zinc-plated, 1 pce. 0.0.440.41

Button-Head Screw T4x18

St
a = 18 mm m = 1.3 g
bright zinc-plated, 1 pce. 0.0.440.42

Button-Head Screw T4x25

St
a = 25 mm m = 1.6 g
bright zinc-plated, 1 pce. 0.0.440.43

138
 T - S l o t N u ts

T-Slot Nuts St/PA

Plastic housing prevents slipping in the groove
For rapidly installing non-supporting elements
3


*OOPWBUJPO

T-Slot Nuts St/PA are particularly easy to use because their

patented plastic coating holds them firmly in the groove.
However, they can still be moved along a groove with ease.
Once they have been screwed into place they provide a lasting,
secure hold. T-Slot Nuts St/PA are not designed for connecting
one profile to another.

Materials used in all the following products:

Body PA-GF
Square nut insert St
8 
7 T-Slot Nut 8 St/PA M3
M3;M4; M = 1 Nm m = 2.0 g
7.8

M5;M6 black, 1 pce. 0.0.416.26

12.6 24 
T-Slot Nut 8 St/PA M4
M = 2 Nm m = 2.0 g
black, 1 pce. 0.0.416.23

T-Slot Nut 8 St/PA M5
M = 4.5 Nm m = 2.0 g
black, 1 pce. 0.0.416.20

T-Slot Nut 8 St/PA M6
M = 8 Nm m = 2.0 g
black, 1 pce. 0.0.416.17

139
 T - S l o t N u ts

T-Slot Nuts F
For conductive profile connections
3 Securely held in position

&4%  

T-Slot Nut F combines the advantages of T-Slot Nut St with the

DIN 916 requirements of ESD-safe systems. It produces a permanent
conductive connection between the T-Slot Nut and the profile.
This establishes an electrically conductive profile connection
without the need for any additional elements. This is made pos-
sible by partially destroying the electrically insulating anodized
surface covering of the profile at the base of the T-slot.

Materials used in all the following products:

St
Grub screw DIN 916 M5x5, St, bright zinc-plated

5.5 4.5
&4% 
T-Slot Nut F 6 St M4
M4;M5;M6
M = 4 Nm m = 7.0 g
7

bright zinc-plated, 1 pce. 0.0.613.23

22
10.6 &4% 
T-Slot Nut F 6 St M5
M = 4 Nm m = 6.7 g
bright zinc-plated, 1 pce. 0.0.613.22
&4% 
T-Slot Nut F 6 St M6
M = 4 Nm m = 6.4 g
bright zinc-plated, 1 pce. 0.0.613.21

Materials used in all the following products:

St
Grub screw DIN 916 M6x6, St, bright zinc-plated
7.5
&4% 
5.5 M5;M6;M8
T-Slot Nut F 8 St M5
M = 4 Nm m = 12.7 g
7.5

bright zinc-plated, 1 pce. 0.0.613.20

28
13.3 &4% 
T-Slot Nut F 8 St M6
M = 4 Nm m = 12.3 g
bright zinc-plated, 1 pce. 0.0.613.19
&4% 
T-Slot Nut F 8 St M8
M = 4 Nm m = 11.4 g
bright zinc-plated, 1 pce. 0.0.613.18

140
 T - S l o t N u ts

T-Slot Nuts St, heavy-duty

The heavyweights for constructions with exceptionally high loads
3
Effective transferral of tensile loads into the profile
More supporting threads for stronger screw connections
Ideal for heavily loaded connections

  

T-Slot Nuts St, heavy-duty

are inserted into the profile
groove in the end face where
they are secured in position
by means of a thrust piece.

Materials used in all the following products:

St
b T-Slot Nut 8 St M6, heavy-duty


a
a = M6 b = 6.5 mm M = 14 Nm m = 17.0 g
6.8

bright zinc-plated, 1 pce. 0.0.427.75

17.8 23 
T-Slot Nut 8 St M8, heavy-duty
a = M8 b = 7.5 mm M = 34 Nm m = 16.0 g
bright zinc-plated, 1 pce. 0.0.420.83

8.5

T-Slot Nut 10 St M8, heavy-duty
M8;M10
M = 34 Nm m = 32.0 g
bright zinc-plated, 1 pce. 0.0.624.97
9

5
28.

21 T-Slot Nut 10 St M10, heavy-duty
M = 65 Nm m = 30.5 g
bright zinc-plated, 1 pce. 0.0.624.95

11.3

T-Slot Nut 12 St M8, heavy-duty
M8;M10;M12 M = 34 Nm m = 50.0 g
bright zinc-plated, 1 pce. 0.0.003.66
10.2


5 T-Slot Nut 12 St M10, heavy-duty
26. 34.
7 M = 65 Nm m = 47.0 g
bright zinc-plated, 1 pce. 0.0.003.67

T-Slot Nut 12 St M12, heavy-duty
M = 100 Nm m = 45.0 g
bright zinc-plated, 1 pce. 0.0.003.68

141
 T - S l o t N u ts

Profile Bars and Groove Profiles

For anchoring entire modules in the profile groove
3 Threads can be positioned at will according to requirements

    

The ability to customise the Profile Bars and Profile Bars St are swivelled Profile Bars St, heavy-
Groove Profiles mean that fastening elements into the profile groove. duty are slid into the groove
can be produced which are geared to the profile.
needs of specific applications.

8 Profile Bar 5 St


St
4.5

Threaded bore max. M5

m = 89.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.370.56
8 Profile Bar 5 St


St
4

Threaded bore max. M5

m = 89.0 g
stainless, 1 pce., length 500 mm 0.0.425.18
5 Groove Profile 5 Al

1

Al, anodized
4.8

9.5 Threaded bore max. M5

m = 89 g/m
natural, 1 pce., length 2000 mm 0.0.425.82
10.6 Profile Bar 6 St


St
7

Threaded bore max. M6

m = 170.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.431.04
10.6 Profile Bar 6 St


St
6.4

Threaded bore max. M6

m = 170.0 g
stainless, 1 pce., length 500 mm 0.0.439.03
6 Groove Profile 6 Al

2

Al, anodized
8

13 Threaded bore max. M6

m = 200 g/m
natural, 1 pce., length 2000 mm 0.0.434.29

142
 T - S l o t N u ts

13.8 Profile Bar 8 St



St

7.3
Threaded bore max. M8
m = 270.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.026.70 3
stainless, 1 pce., length 500 mm 0.0.388.48
17.8 Profile Bar 8 St, heavy-duty


St

6.8
Threaded bore max. M8
m = 410.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.427.23
7.9 Groove Profile 8 Al

2.8

Al, anodized
9.5

Threaded bore max. M8

16 m = 290 g/m
natural, 1 pce., length 2000 mm 0.0.427.39
8 Groove Profile 8 St

3.8

St
10

Threaded bore max. M8

16 m = 440.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.444.32
8 Locating Profile 8 Al


Al, anodized
7.7
14.5

m = 900.0 g
17.8 natural, 1 pce., length 2000 mm 0.0.009.20
16.5 Profile Bar 10 St


St
9.7

Threaded bore max. M10

m = 438.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.624.81
21 Profile Bar 10 St, heavy-duty


St
9

Threaded bore max. M10

m = 615.4 g
bright zinc-plated, 1 pce., length 500 mm 0.0.624.85
20.3 Profile Bar 12 St


St
11.2

Threaded bore max. M12

m = 600.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.003.74
26.7 Profile Bar 12 St, heavy-duty


St
10.2

Threaded bore max. M12

m = 840.0 g
bright zinc-plated, 1 pce., length 500 mm 0.0.003.75

143
 T - S l o t N u ts

Screw Strips Al
Screw channel for creating fastenings at any position using Self-Tapping Screws
3 Strips are simply pressed into the profile groove

 

Example of how a cable conduit is secured with Screw Strip 8

Al and Self-Tapping Screws DIN 7981 St 4.2x13.
The required screw length L must be selected to match the
workpiece thickness s.

3 Screw Strip 6 Al


Al, anodized
8.2
9

m = 70 g/m
6.1
natural, cut-off max. 2000 mm 0.0.439.17
natural, 1 pce., length 2000 mm 0.0.451.50
3 Screw Strip 8 Al


Al, anodized
10.5
11.5

m = 130 g/m
8 natural, cut-off max. 2000 mm 0.0.411.44
natural, 1 pce., length 2000 mm 0.0.453.47

144
 4

Screws and universal fasteners 4

Screws
Locating Washers
Bracket Flat and Angle Bracket Right-Angled
Adapter Profiles
 S cr e w s a n d u n iv e rsal fast e n e rs

Screws and universal fasteners

Products in this section

Button-Head Screws ISO Caps, Button-Head Hexagon Socket Head Countersunk Screws DIN Locating Washers
7380 Screws Cap Screws 7991 Rear fastening of screws in
High-strength standard Protect screws and screw Screws for universal use For screw connections that the groove
screws for the MB Building heads from dirt and cor- High property class of 10.9 are flush with the surface Suitable for use with
Kit System rosion of components and panel Button-Head Screws ISO
Specifically suitable for use For use with item Button- elements 7390
in the profile groove Head Screws M6 and M8 Secure hold for panels

147 151 152 154 155

Angle Bracket Zn Bracket flat and Angle Flat Bracket 8 D40/D40 Adapter Profile 12/8
Variable angle brackets for Bracket right-angled Connect two cylindrical For fitting elements from
fastening components Universal fastening ele- Profiles D40 Line 8 to a Line 12 groove
Slots for wide adjustment ments For constructing room The Adapter Profile makes
range For panel elements, light- dividers, partitions and a Line 12 groove smaller
weight shelving, etc. sound protection walls

157 158 160 161

146
 S cr e w s a n d u n iv e rsal fast e n e rs

Button-Head Screws ISO 7380

High-strength standard screws for the MB Building Kit System
Specifically suitable for use in the profile groove

The following applies to all the products below:

St
Property class 10.9 (bright zinc-plated designs)
7.6 Button-Head Screw M4x8
2.5
a = 8 mm m = 1.1 g
2.2

bright zinc-plated, 1 pce. 8.0.001.98

a

M4 Button-Head Screw M4x10

a = 10 mm m = 1.3 g
bright zinc-plated, 1 pce. 8.0.002.01

Button-Head Screw M4x12

a = 12 mm m = 1.5 g
bright zinc-plated, 1 pce. 8.0.002.04

Button-Head Screw M4x14

a = 14 mm m = 1.6 g
bright zinc-plated, 1 pce. 8.0.002.07

Button-Head Screw M4x16

a = 16 mm m = 1.8 g
bright zinc-plated, 1 pce. 8.0.000.05

Button-Head Screw M4x18

a = 18 mm m = 2.0 g
bright zinc-plated, 1 pce. 8.0.002.10

Button-Head Screw M4x20

a = 20 mm m = 2.2 g
bright zinc-plated, 1 pce. 8.0.002.13

Button-Head Screw M4x22

a = 22 mm m = 2.4 g
bright zinc-plated, 1 pce. 8.0.002.16

Button-Head Screw M4x25

a = 25 mm m = 2.7 g
bright zinc-plated, 1 pce. 8.0.002.19

Button-Head Screw M4x30

a = 30 mm m = 3.1 g
bright zinc-plated, 1 pce. 8.0.002.22

147
 S cr e w s a n d u n iv e rsal fast e n e rs

9.5 Button-Head Screw M5x8

3
a = 8 mm m = 1.8 g

2.8
bright zinc-plated, 1 pce. 8.0.000.24

a
M5 Button-Head Screw M5x10
a = 10 mm m = 2.0 g
bright zinc-plated, 1 pce. 8.0.000.06
4
Button-Head Screw M5x12
a = 12 mm m = 2.3 g
bright zinc-plated, 1 pce. 8.0.005.45

Button-Head Screw M5x14

a = 14 mm m = 2.6 g
bright zinc-plated, 1 pce. 0.0.417.30

Button-Head Screw M5x16

a = 16 mm m = 2.8 g
bright zinc-plated, 1 pce. 8.0.000.07

Button-Head Screw M5x18

a = 18 mm m = 3.0 g
bright zinc-plated, 1 pce. 8.0.002.25

Button-Head Screw M5x20

a = 20 mm m = 3.2 g
bright zinc-plated, 1 pce. 0.0.404.11

Button-Head Screw M5x25

a = 25 mm m = 3.8 g
bright zinc-plated, 1 pce. 8.0.000.25

Button-Head Screw M5x30

a = 30 mm m = 4.4 g
bright zinc-plated, 1 pce. 8.0.002.31

Button-Head Screw M5x35

a = 35 mm m = 5.0 g
bright zinc-plated, 1 pce. 8.0.002.34

Button-Head Screw M5x40

a = 40 mm m = 5.6 g
bright zinc-plated, 1 pce. 0.0.391.26

Button-Head Screw M5x45

a = 45 mm m = 6.2 g
bright zinc-plated, 1 pce. 8.0.005.24

10.5 Button-Head Screw M6x10

4
a = 10 mm m = 2.8 g
3.3

bright zinc-plated, 1 pce. 8.0.002.37

a

M6 Button-Head Screw M6x12

a = 12 mm m = 3.2 g
bright zinc-plated, 1 pce. 8.0.002.40

148
 S cr e w s a n d u n iv e rsal fast e n e rs

Button-Head Screw M6x14

a = 14 mm m = 3.6 g
bright zinc-plated, 1 pce. 0.0.417.26

Button-Head Screw M6x16

a = 16 mm m = 3.8 g
bright zinc-plated, 1 pce. 8.0.000.63
4
Button-Head Screw M6x18
a = 18 mm m = 4.2 g
bright zinc-plated, 1 pce. 8.0.002.45

Button-Head Screw M6x20

a = 20 mm m = 4.5 g
bright zinc-plated, 1 pce. 8.0.000.08

Button-Head Screw M6x22

a = 22 mm m = 4.9 g
bright zinc-plated, 1 pce. 8.0.002.48
stainless, 1 pce. 8.0.005.56

Button-Head Screw M6x25

a = 25 mm m = 5.4 g
bright zinc-plated, 1 pce. 8.0.000.01

Button-Head Screw M6x30

a = 30 mm m = 6.2 g
bright zinc-plated, 1 pce. 8.0.000.15

Button-Head Screw M6x35

a = 35 mm m = 7.1 g
bright zinc-plated, 1 pce. 8.0.000.16

Button-Head Screw M6x40

a = 40 mm m = 7.9 g
bright zinc-plated, 1 pce. 8.0.001.15

Button-Head Screw M6x45

a = 45 mm m = 8.8 g
bright zinc-plated, 1 pce. 8.0.002.53

Button-Head Screw M6x50

a = 50 mm m = 9.6 g
bright zinc-plated, 1 pce. 8.0.002.56

14 Button-Head Screw M8x10

5
a = 10 mm m = 4.4 g
4.4

bright zinc-plated, 1 pce. 8.0.000.17

a

M8 Button-Head Screw M8x12

a = 12 mm m = 5.1 g
bright zinc-plated, 1 pce. 8.0.002.59

Button-Head Screw M8x14

a = 14 mm m = 6.1 g
bright zinc-plated, 1 pce. 8.0.000.18

149
 S cr e w s a n d u n iv e rsal fast e n e rs

Button-Head Screw M8x16

a = 16 mm m = 7.2 g
bright zinc-plated, 1 pce. 8.0.000.19

Button-Head Screw M8x18

a = 18 mm m = 7.4 g
bright zinc-plated, 1 pce. 8.0.000.02
4
Button-Head Screw M8x20
a = 20 mm m = 8.6 g
bright zinc-plated, 1 pce. 8.0.009.11

Button-Head Screw M8x25

a = 25 mm m = 10.1 g
bright zinc-plated, 1 pce. 8.0.000.04

Button-Head Screw M8x30

a = 30 mm m = 12.0 g
bright zinc-plated, 1 pce. 8.0.000.09

Button-Head Screw M8x35

a = 35 mm m = 13.9 g
bright zinc-plated, 1 pce. 8.0.002.65

Button-Head Screw M8x40

a = 40 mm m = 15.8 g
bright zinc-plated, 1 pce. 8.0.000.10

Button-Head Screw M8x45

a = 45 mm m = 17.9 g
bright zinc-plated, 1 pce. 8.0.000.20

Button-Head Screw M8x50

a = 50 mm m = 19.6 g
bright zinc-plated, 1 pce. 8.0.002.68

Button-Head Screw M8x55

a = 55 mm m = 21.5 g
bright zinc-plated, 1 pce. 8.0.002.71

Button-Head Screw M8x60

a = 60 mm m = 23.5 g
bright zinc-plated, 1 pce. 8.0.000.11

Button-Head Screw M8x80

a = 80 mm m = 27.7 g
bright zinc-plated, 1 pce. 8.0.000.12

150
 S cr e w s a n d u n iv e rsal fast e n e rs

Cap, Button-Head Screw

Protect screws and screw heads from dirt and corrosion
For use with item Button-Head Screws M6 and M8

 

The Caps cover the hexagon socket of the screw head and the
gap around the screw connection. They are suitable for Button-
Head Screws and button-head flange screws.

Application of the Cap,

Button-Head Screw M6 on
Button-Head Screws used
to fasten panel elements to
Multiblocks.


Cap, Button-Head Screw M6
5

PA-GF
16 m = 0.4 g
grey similar to RAL 7042, 1 pce. 0.0.606.61

Cap, Button-Head Screw M8
6

PA-GF
20 m = 0.9 g
grey similar to RAL 7042, 1 pce. 0.0.606.67

151
 S cr e w s a n d u n iv e rsal fast e n e rs

Hexagon Socket Head Cap Screws

Screws for universal use
Various diameters and lengths
High property class of 10.9

The following applies to all the products below:

St
property class 10.9
5.5 Hexagon Socket Head Cap Screw DIN 912 M3x50
2.5
a = 50 mm b = 18 mm m = 2.9 g
3

black, 1 pce. 8.0.004.61

a
b

M3 Hexagon Socket Head Cap Screw DIN 912 M3x60

a = 60 mm b = 18 mm m = 3.3 g
black, 1 pce. 8.0.004.83
7 Hexagon Socket Head Cap Screw DIN 912 M4x14
3
a = 14 mm b = 14 mm m = 2.0 g
4

bright zinc-plated, 1 pce. 8.0.000.21

a
b

M4 Hexagon Socket Head Cap Screw DIN 912 M4x16

a = 16 mm b = 16 mm m = 2.1 g
bright zinc-plated, 1 pce. 8.0.000.28

Hexagon Socket Head Cap Screw DIN 912 M4x18

a = 18 mm b = 18 mm m = 2.2 g
bright zinc-plated, 1 pce. 8.0.000.22

Hexagon Socket Head Cap Screw DIN 912 M4x20

a = 20 mm b = 20 mm m = 2.4 g
bright zinc-plated, 1 pce. 8.0.000.23
10 Hexagon Socket Head Cap Screw DIN 912 M6x12
5
a = 12 mm b = 12 mm m = 5.0 g
6

bright zinc-plated, 1 pce. 8.0.007.16

a
b

Hexagon Socket Head Cap Screw DIN 912 M6x14

M6 a = 14 mm b = 14 mm m = 5.4 g
bright zinc-plated, 1 pce. 8.0.007.99

Hexagon Socket Head Cap Screw DIN 912 M6x20

a = 20 mm b = 20 mm m = 6.0 g
bright zinc-plated, 1 pce. 8.0.000.92

Hexagon Socket Head Cap Screw DIN 912 M6x28

a = 28 mm b = 24 mm m = 7.5 g
bright zinc-plated, 1 pce. 0.0.411.59

152
 S cr e w s a n d u n iv e rsal fast e n e rs

Hexagon Socket Head Cap Screw DIN 912 M6x100

a = 100 mm b = 24 mm m = 23.0 g
bright zinc-plated, 1 pce. 8.0.004.70

Hexagon Socket Head Cap Screw DIN 912 M6x140

a = 140 mm b = 24 mm m = 31.5 g
bright zinc-plated, 1 pce. 8.0.004.74
4
13 Hexagon Socket Head Cap Screw DIN 912 M8x60
6 a = 60 mm b = 28 mm m = 29.0 g
8 bright zinc-plated, 1 pce. 8.0.006.36
Hexagon Socket Head Cap Screw DIN 912 M8x180

a
b
a = 180 mm b = 28 mm m = 66.5 g
M8 bright zinc-plated, 1 pce. 8.0.008.88
16 Hexagon Socket Head Cap Screw DIN 912 M10x60
8 a = 60 mm b = 32 mm m = 44.0 g
10

bright zinc-plated, 1 pce. 8.0.003.98

Hexagon Socket Head Cap Screw DIN 912 M10x100
a
b

a = 100 mm b = 32 mm m = 68.5 g
M10 bright zinc-plated, 1 pce. 8.0.004.47

Hexagon Socket Head Cap Screw DIN 912 M10x140

a = 140 mm b = 32 mm m = 92.5 g
bright zinc-plated, 1 pce. 8.0.004.50
8.5 Hexagon Socket Head Cap Screw DIN 6912 M5x8
4
a = 8 mm b = 8 mm m = 2.6 g
3.5

bright zinc-plated, 1 pce. 8.0.004.34

a
b

M5
10 Hexagon Socket Head Cap Screw DIN 6912 M6x40
5
a = 40 mm b = 24 mm m = 9.5 g
4

bright zinc-plated, 1 pce. 8.0.007.43

a
b

M6

153
 S cr e w s a n d u n iv e rsal fast e n e rs

Countersunk Screws DIN 7991

For
screw connections that are flush with the surface of components
and panel elements

The following applies to all the products below:

St
property class 10.9
10 Countersunk Screw DIN 7991 M5x10
3
a = 10 mm m = 1.8 g
2.8

black, 1 pce. 8.0.001.84

M5
12 Countersunk Screw DIN 7991 M6x10
4
a = 10 mm m = 2.7 g
3.3

black, 1 pce. 8.0.007.48

a

M6 Countersunk Screw DIN 7991 M6x14

a = 14 mm m = 3.2 g
bright zinc-plated, 1 pce. 8.0.005.17
16 Countersunk Screw DIN 7991 M8x14
5
a = 14 mm m = 7.1 g
4.4

black, 1 pce. 8.0.007.07

a

M8 Countersunk Screw DIN 7991 M8x16

a = 16 mm m = 7.4 g
bright zinc-plated, 1 pce. 8.0.001.09

Countersunk Screw DIN 7991 M8x18

a = 18 mm m = 7.7 g
black, 1 pce. 8.0.001.85

154
 S cr e w s a n d u n iv e rsal fast e n e rs

Locating Washers
Rear fastening of screws in the groove
Suitable for use with Button-Head Screws ISO 7390

  

Locating
amin.
Washer
5 D3 3.0
5 D4 3.5
6 D3 3.0
6 D4 3.5
6 D5 4.0
Locating Washers can be In addition, the Locating 8 D4 3.5
used to conceal the compo- Washers allow Standard Con- 8 D5 4.0
nent securing mechanism nections (without anti-torsion
(screw head in profile groove, element) between profiles of 8 D6 5.0
thread in component). different Lines or they may
be used simply to centre
attachments.

4.9 Locating Washer 5 D3



3.2
St
1.6

m = 0.6 g
9.5
bright zinc-plated, 1 pce. 0.0.444.48
4.9 Locating Washer 5 D4


4.2
St
1.6

m = 0.6 g
9.5
bright zinc-plated, 1 pce. 0.0.444.47
6.1 Locating Washer 6 D3


3.2
St
3.3

13
m = 2.3 g
bright zinc-plated, 1 pce. 0.0.444.46
6.1 Locating Washer 6 D4


4.2 St
3.3

m = 2.3 g
13
bright zinc-plated, 1 pce. 0.0.444.45
6.1 Locating Washer 6 D5


5.2 St
3.3

m = 2.4 g
13
bright zinc-plated, 1 pce. 0.0.444.44

155
 S cr e w s a n d u n iv e rsal fast e n e rs

7.9 Locating Washer 8 D4



4.2 St

3.4
m = 3.7 g
16
bright zinc-plated, 1 pce. 0.0.444.43
7.9 Locating Washer 8 D5


5.2 St

3.4
4 m = 3.8 g
16
bright zinc-plated, 1 pce. 0.0.444.42
7.9 Locating Washer 8 D6


6.3 St
3.4

m = 3.8 g
16
bright zinc-plated, 1 pce. 0.0.444.41

156
 S cr e w s a n d u n iv e rsal fast e n e rs

Angle Bracket Zn
Variable angle bracket for fastening components
Slots for wide adjustment range

    

    
Profile a

Screw
b M5x16 M5x20 M6x20 M6x22 M6x25
ISO 7380
Locating Washer Washer
c
6 D5 DIN 9021-6,4
T-Slot Nut d 5 St M5 6 St M5 8 St M6 10 St M6 12 St M6

8
10

Bracket 40x40x20 Zn
Die-cast zinc
13

m = 63.0 g
40

black, 1 pce. 0.0.474.60

6.1
40
20
8
Bracket 60x40x20 Zn
33 10

Die-cast zinc
m = 77.0 g
60

black, 1 pce. 0.0.474.61

6.1
40
20
8
Bracket 60x60x20 Zn
33 10

Die-cast zinc
m = 92.0 g
60

black, 1 pce. 0.0.474.62

60 6.1
20
8
Bracket 80x40x20 Zn
10

Die-cast zinc
m = 92.0 g
53

black, 1 pce. 0.0.474.63

80

6.1
40
20

157
 S cr e w s a n d u n iv e rsal fast e n e rs

Bracket flat and Angle Bracket right-angled

Universal fastening elements
For panel elements, lightweight shelving, etc.

  

Fastening elements suitable for connecting and attaching When connecting Bracket flat and Angle Bracket right-angled
cable conduits, Support and Wall Profiles, panel elements or to components without profile grooves, these must be provided
any other components. with appropriate through bores or threads.

Angle Bracket 8 40 right-angled can also be used to support a

table top on a profile structure.

DIN74 Bracket 5 20 flat


20 Am5
St
3.5

m = 16.4 g
20 40
black, 1 pce. 0.0.464.23
3.5 
Angle Bracket 5 20 right-angled
10

10
St
20

m = 15.0 g
DIN74 20 20 black, 1 pce. 0.0.464.22
Am5

Fastening Set 5 for Bracket / Angle Bracket 5 20 / profile side for Hinge 5 PA
Countersunk Screw DIN 7991-M5x8, St, black
T-Slot Nut 5 St M5, bright zinc-plated
m = 2.5 g
1 set 0.0.370.70
DIN74 Bracket 6 30 flat

30 Am6
St
4

m = 38.4 g
30 60 black, 1 pce. 0.0.459.11

4 
Angle Bracket 6 30 right-angled
15

St
15 m = 37.0 g
30

black, 1 pce. 0.0.459.12

DIN74 30
Am6 30

Fastening Set 6 for Bracket / Angle Bracket 6 30
Countersunk Screw DIN 7991-M6x10, St, black
T-Slot Nut 6 St M6, bright zinc-plated
m = 7.0 g
1 set 0.0.459.26

158
 S cr e w s a n d u n iv e rsal fast e n e rs

DIN74 Bracket 8 40 flat



40 Am8
St
m = 91.1 g

4.5
black, 1 pce. 0.0.196.86
40 80

DIN74-Am8 Bracket 8 120x40 flat



St 4
80
m = 173.0 g
black, 1 pce. 0.0.640.54
5

120
40

4.5 
Angle Bracket 8 40 right-angled
20

St
m = 90.0 g
40

20
black, 1 pce. 0.0.196.87

DIN74
Am8 40 40


Fastening Set 8 for Angle Bracket 8 40 / Bracket 8 40 flat
Countersunk Screw DIN 7991-M8x14, St, black
T-Slot Nut 8 St M8, bright zinc-plated
m = 16.0 g
1 set 0.0.350.17

159
 S cr e w s a n d u n iv e rsal fast e n e rs

Flat Bracket 8 D40/D40

Connect two cylindrical Profiles 8 D40
For constructing room dividers, partitions and sound protection walls

2
Note
You can create partition elements made from Profiles D40
using just the accessories returned by a search for D40 in
the online catalogue at www.item.info.

M8x20 Bracket 8 D40/D40 flat



St
4

2 Countersunk Screws M8x20, St, bright zinc-plated

m = 102.0 g
white aluminium, similar to RAL 9006, 1 set 0.0.628.63
40 42
82

160
 S cr e w s a n d u n iv e rsal fast e n e rs

Adapter Profile 12/8

For fitting elements from Line 8 to a Line 12 groove
The Adapter Profile makes a Line 12 groove smaller



Adapter Profile with and without drilled holes for fastening vari-
ous attachments from Line 8 to a Line 12 groove.
Hinges, heavy-duty hinges, multiblocks and many other ele-
ments are equipped with anti-torsion elements and centring
aids that are intended for use with the Line 8 groove. These
can be attached to Line 12 profiles using Adapter Profile 12/8
without losing the centring effect.

Application example:
Connecting a Hinge 8 40x40, heavy duty with a Profile 12 using Adapter Profile 12/8 Al. The anti-
torsion features of the heavy-duty Hinge in the groove remain effective.


Adapter Profile 12/8 Al
5.5

8 Al, anodized
1

11.9 m = 75 g/m
natural, 1 pce., length 2000 mm 0.0.003.24

161
 S cr e w s a n d u n iv e rsal fast e n e rs

Adapter Plate Profiles

For fastening functional elements to profile constructions
Secure hold thanks to clamping elements
Can be machined to suit requirements

  

a b Hexagon Socket Head Cap Screw Torque M


DIN 912 M5x14 4.5 Nm

DIN 912 M6x16 10.0 Nm

DIN 912 M8x16 10.0 Nm

3.4 Adapter Plate Profile 80x16 N5

1.8
Al, anodized
m = 3.34 g/m
16
5

natural, cut-off max. 2000 mm 0.0.444.81

80
natural, 1 pce., length 2000 mm 0.0.444.06
3.4 Adapter Plate Profile 120x16 N5
1.8
Al, anodized
m = 5.07 g/m
16
5

natural, cut-off max. 2000 mm 0.0.444.82

120
natural, 1 pce., length 2000 mm 0.0.444.07
3.4 Adapter Plate Profile 160x16 N5
1.8
Al, anodized
m = 6.79 g/m
16
5

natural, cut-off max. 2000 mm 0.0.444.83

160
natural, 1 pce., length 2000 mm 0.0.444.08
9/5.7 Adapter Plate Clamp 5 N5

5.3
Al, anodized
m = 15.0 g
20
natural, 1 pce. 0.0.444.03
11/6.8 Adapter Plate Clamp 6 N5

6.4
Al, anodized
24
m = 17.0 g
natural, 1 pce. 0.0.444.04
14/9 Adapter Plate Clamp 8 N5

8.4
Al, anodized
m = 22.0 g
32
natural, 1 pce. 0.0.444.05
14.8

Adapter Plate Clamping Profile N5

19.5 Al, anodized
m = 0.82 g/m
natural, cut-off max. 2000 mm 0.0.444.84
natural, 1 pce., length 2000 mm 0.0.444.09
162
 5

Panel fasteners 5
Fastenings for Panels in the Groove
Fastenings for Panels on the Groove
 P a n e l faste n ers

Panel fasteners
Products in this section

5
Cover Profiles PP Lip Seals Multiblocks PA Multiblocks Zn Safety Fastening Set
Ideal for covering grooves Durable elastic hold for Variable thanks to two Exceptionally stable Multiblock 8
or fixing panels panel elements contact faces and height fasteners The captive panel fastener
Available in several colours Cover edges to prevent dirt adjuster Easy adjustment for mate- For use with Multiblock 8
and dampness getting in Screw attachment ensures rial thickness PA and 8 Zn
a firm hold

165 167 169 172 173

Multi Bracket 12 Zn Quick Multiblocks Clamp Multiblocks PA Panel-Clamping Strips Double Panel Profiles
For fastening panel ele- Prevent inadvertent open- For fastening panels on the Retrofit panels in closed For building double-walled
ments to Profiles 12 ing of fixings groove without the need for frames frame elements
Simple adjustment to the Secure panel fastening machining Holds all types of panels on Straightforward assembly
height of the element cannot be released without Flexible locating lug the groove
being destroyed securely holds panels of
different thicknesses

174 176 178 180 182

Rebate Profiles Al Panel/Glass Clamp Support Arm X 6-8 Table-Top Fastening Set Flange
Flexible panel fastening Fasten panel elements Shelf support with clamp- Secure table tops to profile Mounting plate for table
anchored in the groove without needing to machine ing system for the panel frames columns
Also suitable as a rebate them element Self-tapping screws for all Used with Column Profile
strip for doors Continuous air gap between Clean, elegant design types of wooden panels D110
frame and panel

185 188 190 191 192

164
 P a n e l faste n ers

Cover Profiles PP
The multi-purpose solution

Ideal for covering grooves or fixing panels

Available in several colours
Also ESD-safe

&4%     
5
Cover Profile can be used as a cover for the profile groove or
as a panel-fixing profile for panel elements. Cover Profile a [mm]
5 1.52.0
6 2.03.5
8 (ESD) 4.05.5
10 (ESD) 4.08.0
12 6.09.5

5 Cover Profile 5


PP/TPE
6.3

m = 13.5 g/m
natural, 1 pce., length 2000 mm 0.0.391.73
black, 1 pce., length 2000 mm 0.0.391.74
grey similar to RAL 7042, 1 pce., length 2000 mm 0.0.639.02
6 Cover Profile 6


PP/TPE
9.1

m = 20.4 g/m
natural, 1 pce., length 2000 mm 0.0.419.48
black, 1 pce., length 2000 mm 0.0.431.01
8 Cover Profile 8


PP/TPE
11

m = 26 g/m
natural, 1 pce., length 2000 mm 0.0.422.23
black, 1 pce., length 2000 mm 0.0.422.26
green, similar to RAL 6016, 1 pce., length 2000 mm 0.0.489.44
red, similar to RAL 3003, 1 pce., length 2000 mm 0.0.489.46
yellow, similar to RAL 1018, 1 pce., length 2000 mm 0.0.489.43
blue, similar to RAL 5010, 1 pce., length 2000 mm 0.0.481.01
grey similar to RAL 7042, 1 pce., length 2000 mm 0.0.489.45
8 Cover Profile 8 ESD
&4% 

PP/TPE
11

m = 26 g/m
black, 1 pce., length 2000 mm 0.0.617.80

165
 P a n e l faste n ers

10 Cover Profile 10


PP/TPE

14.3
m = 31.5 g/m
natural, 1 pce., length 2000 mm 0.0.632.10
10 Cover Profile 10 ESD
&4% 

PP/TPE

14.3
m = 31.5 g/m
black, 1 pce., length 2000 mm 0.0.632.04
12 Cover Profile 12


5 PP/TPE
17 m = 58 g/m
natural, 1 pce., length 2000 mm 0.0.005.08
black, 1 pce., length 2000 mm 0.0.005.28

166
 P a n e l faste n ers
Lip Seals

Lip Seals
Long-term elasticity and resistance

Fix panel elements in the groove

Neatly cover over edges
Resistant to cleaning agents

   
5

The Assembly Tool facilitates The Lip Seals are best wetted Lip Seal a [mm] b [mm]
the process of pressing the Lip with soapy water prior to
Seal into the profile groove in assembly to ensure they are 5 2-3 23 5.3
the right orientation. fitted easily and correctly. 6 2-4 24 8.7
Careful pressure must be
Assembly Tool Lip 8 2-4 24 11.2
587 applied to lock them into the
Seal profile groove. 8 4-6 46 11.2
12 6-8 68 17.3

6 Lip Seal 5 2-3mm


1.8

TPE
6

m = 13 g/m
black, 1 roll length 20 m 0.0.437.12
grey, similar to RAL 7040, 1 roll length 20 m 0.0.484.39
7 Lip Seal 6 2-4mm


TPE
3
9

m = 20 g/m
black, 1 roll length 20 m 0.0.439.20
grey, similar to RAL 7040, 1 roll length 20 m 0.0.491.08
10 Lip Seal 8 2-4mm


TPE
m = 52 g/m
4.5
15

black, 1 roll length 20 m 0.0.436.85

grey, similar to RAL 7040, 1 roll length 20 m 0.0.489.91
7 Lip Seal 8 4-6mm


TPE
4.5
11

m = 26 g/m
black, 1 roll length 20 m 0.0.436.88
grey, similar to RAL 7040, 1 roll length 20 m 0.0.489.94
12 Lip Seal 12 6-8mm


TPE
m = 58 g/m
6.6
18

black, 1 roll length 20 m 0.0.005.33

grey, similar to RAL 7040, 1 roll length 20 m 0.0.005.37
167
 P a n e l faste n ers

Double-Lip Seal 8 4-6mm

For panels made from plastic or safety glass
Prevent direct contact with the aluminium profile
Absorb vibrations and seal the groove


5
Double-Lip Seal 8 is used for fitting panel elements directly
into grooves of Profiles 8. It provides a sealing function and
prevents direct contact with the aluminium profile. Double-Lip
Seal 8 completely encloses panel elements of thickness 4 to 6
mm in the profile groove.
Double-Lip Seal 8 4-6mm is ideal for all types of panel ele-
ments including those made of plastic or safety glass.

N.B.: Double-Lip Seal 8 is

best installed using soapy wa-
ter. It is then slipped onto the
panel element and pushed
into the profile groove. The
profile frame is assembled
around the panel element.


Double-Lip Seal 8 4-6mm
17

TPE
1

m = 50 g/m
8.4
black, 1 roll length 20 m 0.0.495.08
grey similar to RAL 7042, 1 roll length 20 m 0.0.611.40

168
 P a n e l faste n ers

Multiblocks PA
Variable thanks to two contact faces and height adjuster
Screw attachment ensures a firm hold for panel elements
One fastening four positions

   
*OOPWBUJPO 5
Multiblock PA is inserted into the profile groove at any position. Light cladding
panels and panel elements made from Acrylic Glass, Plastic or Compound
Material must be provided with a bore at the appropriate location and screwed
to the Multiblock.
Multiblock PA has two mounting locations plus a height adjuster which combine
to give four offset positions from the edge of the profile. This allows different
distances to be set to the edge of the profile so that panel elements of varying
thicknesses can be screwed on flush.
The panels are secured by screw connection with the square nut inserted in the
Multiblock. This nut can be moved within a slot, a fact that allows a consider-
able degree of tolerance for the position of the bores in the panel element.

Multiblock F [N]
5 PA 100
6 PA 150
8 PA 250
10 PA 400

Twisting the Multiblock PA The contact face can be Recommendation for mount-
into the profile groove. varied thanks to two different ing the panel element and
The Multiblocks can be mounting orientations and the permissible loading forces for
moved within the groove in movable height adjuster. Multiblocks PA.
order to align them with the
bore in the panel element.

Multiblock
5 PA 6 PA 8 PA 10 PA
a [mm] 2 3 5 5
b [mm] 4 6 10 10
c [mm] 6 9 15 15
d [mm] 8 9 10 15
e [mm] 2 3 5 5

Possible offset distances be- The length of the fasten-

tween the mounting locations ing screw depends on the
and the edge of the profile. thickness of the panel
element and use of the height
adjuster.

169
 P a n e l faste n ers

4.9 
Multiblock 5 PA

12
Basic unit and height adjuster, PA-GF

2
6
Square nut DIN 562-M4, St, bright zinc-plated
8
4.2 12 m = 2.0 g
black, 1 pce. 0.0.370.71
12
grey, 1 pce. 0.0.641.58
2

6.2 
Multiblock 6 PA
Basic unit and height adjuster, PA-GF
15

Square nut DIN 557-M5, St, bright zinc-plated

7

5 12 m = 6.0 g
3

18
5.3 black, 1 pce. 0.0.419.58
grey, 1 pce. 0.0.635.68
15
3

8 
Multiblock 8 PA
Basic unit and height adjuster, PA-GF
3.8

Square nut DIN 557-M6, St, bright zinc-plated

10
23.5

15 Spring clip, St, bright zinc-plated

20 m = 14.0 g
6.2 black, 1 pce. 0.0.026.72
grey, 1 pce. 0.0.630.28
20
5

10 
Multiblock 10 PA
Basic unit and height adjuster, PA-GF
3.8

Square nut DIN 557-M6, St, bright zinc-plated

23.4

Spring clip, St, bright zinc-plated

10

20 m = 19.1 g
30
grey, 1 pce. 0.0.635.09
6.2

20
5

170
 P a n e l faste n ers

Multiblocks X 8 PA
Compatible with Profiles X
Easy-to-use fastening for pre-drilled panel elements
Variable thanks to two contact faces
Screw attachment ensures a firm hold for panel elements

-JOF 
5
The shape and colour of Multiblocks X 8 PA matches
Profiles X 8.
Multiblocks X 8 PA each have two contact faces for panel ele-
ments of different thicknesses.

t t t t
17 15
14 12.5
12 0 5 10

To insert Multiblock X PA in profiles with closed grooves, it is Recommendation for mount- The length of the fastening screw depends on the thickness of
recommended to remove the groove cover at the relevant loca- ing the panel element. The the panel element.
tion using a counterbore. The Step Drill, Universal Connection permissible load for Multi- When using a thick panel element, the Multiblock can be
6 (Art. No. 0.0.431.19) is ideal for this purpose. The required blocks X 8 PA is F = 250 N. secured from the inside by drilling and tapping a blind hole in
counterbore depth is just 2 mm! the panel. In such a case, the square nut can be removed from
the Multiblock.

8 -JOF 
Multiblock X 8 PA 0/12 mm
Basic unit, PA-GF
Spring, St, stainless
22

20 Square nut DIN 557-M6, St, bright zinc-plated

28 m = 18.0 g
20 grey, 1 pce. 0.0.603.14

8 -JOF 
Multiblock X 8 PA 5/10 mm
Basic unit, PA-GF
Spring, St, stainless
22

15 Square nut DIN 557-M6, St, bright zinc-plated

25 m = 15.0 g
20 grey, 1 pce. 0.0.603.15

171
 P a n e l faste n ers

Multiblocks Zn
High-strength panel fastening

Exceptionally stable fixings

Panel elements are securely held by screw fixings
Easy adjustment for material thickness

 
5
For fixing panel elements to profile grooves, particularly where different thicknesses. The panel elements must be drilled
heavy loads are involved. in the appropriate position to line up with either the through
Multiblock Zn is screwed to the profile groove with a screw bore or the square nut (which is secured against falling out
and T-Slot Nut. The anti-torsion pin, which is adjustable in by a leaf spring) incorporated in the Multiblock.
millimetre increments, ensures flush attachment for panels of

F1 [N] F2 [N]

1,000 500

2,000 1,000

Recommended mounting arrangement and load data across and along the groove.

Multiblock 6 Zn

Multiblock 8 Zn

6.6 
2.5 Multiblock 6 Zn
5.2 Basic unit and locating lug, die-cast zinc, black
Square nut DIN 557-M5, St, bright zinc-plated
22

Leaf spring, St, stainless

6

5.2
14 m = 44.0 g
1 pce. 0.0.439.85
24 22
8.2 
Multiblock 8 Zn
3.5
6.2 Basic unit and locating lug, die-cast zinc, black
Square nut DIN 557-M6, St, bright zinc-plated
30

Leaf spring, St, stainless

6.8
m = 66.0 g
8

20 1 pce. 0.0.373.23

30 30
172
 P a n e l faste n ers

Safety Fastening Set Multiblock 8

Safe and secure.

For use with Multiblock 8 PA and 8 Zn

$)*/&3
Creates a permanently joined unit after fitting

."

:

&$

%*3
&$5*

7&

5
Panel fastening in line with Machinery Directive 2006/42/EC:
Safety Fastening Set Multiblock 8. After fitting, the screw and
retaining spring form a single, permanently joined unit that
is secured in the through hole. You will always be able to tell
when a screw has become loose by the position of the panel
element.
Suitable for use with Multiblocks 8 PA and Zn and with Multi
Bracket 12 Zn for panel thicknesses from 2 to 10 mm.

Security L-Key Set 596

M6 Safety Fastening Set Multiblock 8



Security flanged button head screw M6x30, St, bright zinc-plated

Retaining spring M6, St, stainless
m = 7.5 g
5 15.5 1 set 0.0.626.63
30

173
 P a n e l faste n ers

Multi Bracket 12 Zn
For fastening panel elements to Profiles 12
Simple adjustment to the height of the element


5
Universal element for fastening panels to Line 12 profiles.
Since the location lug can be adjusted in various positions
within the bracket across the profile groove, panels can be
positioned virtually flush with the outer face of the profile
irrespective of their thickness.
Multi Bracket 12 can be moved along the profile groove so that
it can be easily aligned with the hole in the panel element.

The panel element with through hole is If the panel element is of sufficient thick-
secured by means of an M6 bolt fitted into the ness, Multi Bracket 12 can also be secured
square nut of Multi Bracket 12 Zn. internally so that the fastening is not visible
and cannot be detached.

6.2

Multi Bracket 12 Zn
10 Bracket, die-cast zinc, RAL9006 white aluminium
Locating lug, die-cast zinc, RAL9006 white aluminium
Square nut DIN 562-M6, St, bright zinc-plated
Retaining plate, St
48

m = 120.0 g
1 set 0.0.007.18

9
12
48
28

174
 P a n e l faste n ers

Anti-Loss Washer
Hold screws securely and permanently in their holes
Simply push on and screw into place
Can be easily combined with Multiblocks or Angle Brackets

5
Create captive screws for a whole range of fasteners such as
Multiblocks and Angle Brackets using the universal Anti-Loss
Washers (M4, M5 and M6). Simply place these onto a screw
that has been inserted into its through hole and, when the
screw connection is dismantled, the screw will be held safely
and securely in the through hole of the panel element.

A mounting aid and safety device in one. Note: the thickness of the
washer (a) determines the
position of the panel element.

Anti-Loss Washer M4
PA
a = 1.2 mm b = 9.0 mm m = 0.1 g
b
a natural, 1 pce. 0.0.627.71

Anti-Loss Washer M5
PA
a = 1.65 mm b = 10.1 mm m = 0.1 g
natural, 1 pce. 0.0.627.70

Anti-Loss Washer M6
PA
a = 1.3 mm b = 12.5 mm m = 0.2 g
natural, 1 pce. 0.0.627.69

175
 P a n e l faste n ers

Quick Multiblocks with Securing Pin and with Slotted Pin

For rapid opening and closing
No tools required
Plastic or metal pin, as required


5
Quick Multiblocks 8 offer the option of fastening a panel Quick Multiblocks can be used for panel
element securely in a profile frame in such a way that it can elements of any thickness (up to 8 mm). They
easily be removed. The securing pin is operated either by hand can be adapted to the thickness of the panel
without the need for a tool or using a coin (Quick Multiblock 8 thanks to two different mounting positions
with Slotted Pin). (4 or 8 mm from the edge of the profile).
Lightweight metal sheet and panel elements made from The spring clip is to be inserted in the Quick
Acrylic Glass, Plastic or Compound Material must be provided Multiblock according to the direction in which
with a drill hole at the appropriate location. They are locked in the load is applied.
place using the securing pin. The concave side of the spring must face the
panel and pin. Locking the pin also tightens
Plastic securing pins are suitable for very occasional operation the spring.
and die-cast zinc pins for more frequent use or high loads.
Quick Multiblocks 8 can be moved within the groove in order to
align them with the hole in the panel element.

Recommendation for mount- Quick Multiblock 8 is inserted A wrench 20 A/F is recom-

ing the panel element. in the profile groove and mended for this operation.
The permissible load for locked in place with a 90
Quick Multiblocks 8 is F = turn to the right.
250 N.

20 
16 Quick Multiblock 8 with Securing Pin PA
12
Basic unit, PA-GF
22

Spring clip, St, stainless

O-ring 12x2, NBR, black
Securing pin PA
m = 14.0 g
18 grey, 1 pce. 0.0.604.10
9.5

Quick Multiblock 8 with Securing Pin Zn
Basic unit, PA-GF
Spring clip, St, stainless
O-ring 12x2, NBR, black
Securing pin die-cast zinc
m = 23.0 g
grey, 1 pce. 0.0.603.41
20 
16 Quick Multiblock 8 with Slotted Pin Zn
12
Basic unit, PA-GF
22

Spring clip, St, stainless

O-ring 12x2, NBR, black
Slotted pin die-cast zinc, white aluminium
m = 20.0 g
3
18 grey, 1 pce. 0.0.603.42
176
 P a n e l faste n ers

Quick Multiblock 8 with Non-Removable Pin

The quick-action non-removable fastening
Prevent inadvertent opening of fixings
Secure panel fastening cannot be released without being destroyed
$)*/&3

."

:

&$

%*3
&$5*

7&

5
It doesnt get any faster: push the non-removable pin through
the hole in the panel element and into the Quick Multiblock
thats it, the secure panel fastening cannot be released without
destroying it.
Safe and sound: say goodbye to unauthorised access!

1.

F 1-2
8

11

8
4

2.

Recommendation for mount- Quick Multiblocks can be used for panel The head of the pin needs to be broken off
ing the panel element. elements of any thickness (up to 8 mm). They before the pin can be removed.
Permissible loading force for can be adapted to the thickness of the panel
Multiblocks 8 is F = 250 N. thanks to two different mounting positions
(4 or 8 mm from the edge of the profile).
The spring clip is to be inserted in the Quick
Multiblock according to the direction in which
the load is applied: the convex side of the clip
must face away from the panel and pin.
Pressing in the pin also tightens the spring.

20 
16 Quick Multiblock 8 with Non-Removable Pin
12
Quick Multiblock 8, PA
22

Non-removable pin, PA
Spring clip, St, stainless
m = 14.0 g
3 black, 1 set 0.0.625.91
18
grey, 1 set 0.0.625.90

177
 P a n e l faste n ers

Clamp Multiblocks PA
For machining-free panel fastening
Flexible securing clip securely holds panels of different thicknesses

  
5
Clamp Multiblocks secure panel elements in profile frames
without need for further machining.
Clamp Multiblock PA is inserted into the profile groove; a
locating lug secures lightweight panel elements of different
thicknesses, such as cladding panels, panel elements made
from Acrylic Glass, etc.

The securing clip can be detached again by means of a

screwdriver.
F1 [N] F2 [N]

100 20

150 30

250 50

The basic unit is twisted into the groove, the panel element
fitted and clamped in position by means of the securing clip.

Clamp Multiblock Two mounting dimensions are available depending on the

orientation of the Multiblock.
5 PA

Clamp Multiblock
6 PA

Clamp Multiblock
8 PA

178
 P a n e l faste n ers

15 
5 Clamp-Multiblock 5 PA
PA-GF

17.5

12
Basic unit and securing clip

12
m = 2.0 g
11.3 black, 1 pce. 0.0.437.24
15
6 grey, 1 pce. 0.0.641.59

6.1 20 
Clamp-Multiblock 6 PA
23.8

PA-GF

15
Basic unit and securing clip
15

m = 4.0 g
16.3 black, 1 pce. 0.0.439.66 5
20
12 grey, 1 pce. 0.0.636.22
25 
8 Clamp-Multiblock 8 PA
PA-GF
20
31

Basic unit and securing clip

m = 10.0 g
20

21.3
black, 1 pce. 0.0.196.63
grey, 1 pce. 0.0.641.45
25
16.5

179
 P a n e l faste n ers

Panel-Clamping Strips
Retrofit panels in closed frames
Existing constructions do not need to be opened up
Virtually flush with the outer surface of the profile

  
5
Panel-Clamping Strips are ideal for retrofitting panel elements
(primarily made of Acrylic Glass, PET-G or Polycarbonate) into
an assembled profile frame. Apart from straight saw cuts, no
further machining of the panel element or Panel-Clamping
Strips is required.

b Al Panel-Clamping Strips consist A screwdriver is used to lever

of two components. The out the Panel-Clamping Strip
s b [mm] c [mm] s [mm]
c
first of these, an aluminium so as to enable removal of

24 1.6 24 46 strip, locates into the profile the panel element from the
groove and holds the panel frame.
c


34 2.0 24 46 68 810 element in place. A second

strip, made of flexible plastic,
42 2.0 46 is then used to secure both
the panel element and the
aluminium strip in the groove.
Panel-Clamping Strips secure the panel element so that there If necessary, the plastic strip
is a minimal offset of 2 mm to the outer edge of the profile. can be levered out in order
This produces a smooth outer wall for protective enclosures to remove the panel element
and helps reduce turbulence caused by air flows. from the frame.
The thickness of the panel element (s) determines which
Panel-Clamping Strip is required:
s = 2 - 4/4 - 6/6 - 8/8 - 10 mm

13.5 Panel-Clamping Strip 6 Al



Al, anodized
12

m = 124.0 g/m
natural, cut-off max. 3000 mm 0.0.615.01
natural, 1 pce., length 3000 mm 0.0.615.00
a Panel-Clamping Strip 6 2-4mm


PP/TPE
a = 21.4 mm m = 85.0 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.614.94
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.614.93

Panel-Clamping Strip 6 4-6mm
PP/TPE
a = 19.4 mm m = 78.5 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.614.91
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.614.90

180
 P a n e l faste n ers

18 Panel-Clamping Strip 8 Al


Al, anodized
m = 238 g/m

16
natural, cut-off max. 3000 mm 0.0.495.05
natural, 1 pce., length 3000 mm 0.0.493.53
a Panel-Clamping Strip 8 2-4mm


PP/TPE
a = 30 mm m = 151 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.495.04
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.493.75 5

Panel-Clamping Strip 8 4-6mm
PP/TPE
a = 28.2 mm m = 142 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.495.03
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.494.64

Panel-Clamping Strip 8 6-8mm
PP/TPE
a = 27 mm m = 127 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.495.02
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.493.73

Panel-Clamping Strip 8 8-10mm
PP/TPE
a = 25 mm m = 135 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.614.76
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.614.71
22 Panel-Clamping Strip 10 Al


Al, anodized
m = 306 g/m
16

natural, cut-off max. 3000 mm 0.0.632.89

natural, 1 pce., length 3000 mm 0.0.632.88
38 Panel-Clamping Strip 10 4-6mm


PP/TPE
m = 178 g/m
grey similar to RAL 7042, cut-off max. 3000 mm 0.0.632.91
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.632.90

181
 P a n e l faste n ers

Double Panel Profile 8 Al E

For building double-walled frame elements
Extremely easy to fit


5 *OOPWBUJPO

Double Panel Profile 8 Al E can be locked into the groove of

Profiles 8 without the need for screw connections.
Panel elements can be secured to both sides of the Double
Panel Profile using Self-Tapping Screws.

Assembling Double Panel Disassembling Double Panel

Profile 8 Al E. Profile 8 Al E.

s [mm] L [mm]
<3 4.2 x 9.5
3-6 4.2 x 13
6-9 4.2 x 16
9 -12 4.2 x 19
12 -15 4.2 x 22
15 -18 4.2 x 25

The length of the screws for fixing the panel elements depends
on the elements thickness.

20 Double Panel Profile 8 Al E



9
Al, anodized
A [cm2] m [kg/m]
12.1

1.35 0.36
8

natural, cut-off max. 3000 mm 7.0.001.65

natural, 1 pce., length 3000 mm 0.0.453.71

182
 P a n e l faste n ers

Double Panel Profile 8 Al

For building double-walled frame elements
Fastening still possible when the groove is already partially in use


*OOPWBUJPO 5
Double Panel Profile 8 Al is ideal for profile constructions in
which the groove cannot be used along its entire length.
Fastening to the profile groove is via Clip 8 PA.

Matching to the wall thickness of the Panel Element by adjusting the positions of Double Panel
Profile 8 Al and Clip 8 PA.

1 Clip 8 PA s [mm] L [mm] Double Panel Profile in con- Double Panel Profile in Sealing Strip, self-adhesive
2 Double Panel Profile 8 Al junction with Lip Seal 6x3 sk conjunction with Sealing Strip on one side, for sealing frame
3 Sealing Strip 6x3 sk <3 4.2 x 9.5 and Sound-Insulating Material 6x3 sk when used for double- elements. Can also be used
4 Panel element 3-6 4.2 x 13 20 mm. walled constructions. as a damping element on
5 Self-Tapping Screw 6-9 4.2 x 16 mating surfaces, particularly
in combination with Double
9 -12 4.2 x 19 Panel Profile 8 Al.
12 -15 4.2 x 22
15 -18 4.2 x 25


Double Panel Profile 8 Al
e=1
24
17

20

Al, anodized
A [cm2] m [kg/m]
2 1.62 0.44
10
natural, cut-off max. 3000 mm 0.0.420.99
20
natural, 1 pce., length 3000 mm 0.0.453.70
18 
.4 Clip 8 PA
PA-GF
15
4

Recommended number: 4 pce./m

m = 3.0 g
8 19
black, 1 pce. 0.0.422.38

183
 P a n e l faste n ers

The following applies to all the products below:

Cellular rubber
closed-cell, self-adhesive on one side
Temperature range: -30C to +110C
Resistant to many oils, fuels, acids and alkaline solutions

Sealing Strip 3x2 sk

2
3 m = 1.6 g/m
black, 1 pce., length 1000 mm 0.0.479.98

Sealing Strip 6x3 sk

3
6 m = 3 g/m
5
black, 1 roll length 10 m 0.0.422.66

Panel-Fixing Strip
Fasten panels rapidly on Double Panel Profile 8 AL
No need to machine the panel element

20.2 Panel-Fixing Strip 8



PVC
12.6

m = 55 g/m
2.7

black, 1 pce., length 2000 mm 0.0.429.64

184
 F issaggi per e l eme n ti pia n i

Listelli angolari Al
il fissaggio variabile per elementi di qualsiasi tipo
molto resistente grazie al sicuro ancoraggio nella scanalatura
utilizzabile come listello di battuta per porte

 
5
Il fissaggio per elementi piani, scalini o apparecchi di montaggio Il listello angolare 8 Al 19 serve per il montaggio di piastre frontali da 19, involucri da 19 o
tra i profilati: il listello angolare passante consente di realizzare altri componenti piani. In tal caso il fissaggio avviene mediante dadi a gabbia che possibile
costruzioni a tenuta, ad esempio per elementi piani, oppure inserire nelle aperture passanti quadrate del listello angolare.
listelli di battuta per porte. 1 HE corrisponde a una lunghezza di 44,45 mm
Elevata capacit di carico grazie ad una distribuzione delle
forze ideale e uniforme.
Misure per laccoppiamento del listello angolare di alluminio
ai profilati.

Il listello angolare si inserisce Listello angolare a [mm] b [mm] qmax. [N/m] Carico parziale ammissibile
nella scanalatura e si fissa dei listelli angolari.
mediante perni filettati. 8 Al (M6; 19") 10,5 27,0 1.000
I listelli angolari 8 alluminio 8 Al 16 (M5) 16,5 21,5 1.000
16 M5, 8 alluminio M6 e 10
alluminio M6 sono gi provvisti 10 Al 10,5 36,5 1.200
dei fori e dei perni filettati
necessari.

8 Listello angolare 8 Al


2.5
Al, anodizzato
m = 310 g/m
(27.5)
18

naturale, 1 pezzo da 2000 mm 0.0.411.14


Listello angolare 8 Al M6
Alluminio, anodizzato, naturale
completamente lavorato con 20 filettature M6
inclusi grani filettati DIN 913-M6x12, acciaio, zincati
m = 540,0 g
naturale, 1 pezzo da 2000 mm 0.0.444.89
100 100
19x

185
 F issaggi per e l eme n ti pia n i


Listello angolare 8 Al 19
Alluminio, anodizzato, naturale
8 completamente lavorato con fori e 21 filettature M6 inclusi grani filettati DIN
204

9.5
913-M6x12, acciaio, zincati
1 E
H 9.5

7
45x m = 576,0 g
naturale, 1 pezzo da 2048 mm 0.0.398.19

1HE

31.7
5 1HE
8 9
15.
5 100
100 20x

24

2.8 Listello angolare 8 Al 16



2
Al, anodizzato
m = 268 g/m
16.5

naturale, 1 pezzo da 2000 mm 0.0.607.10

(26)


Listello angolare 8 Al 16 M5
Alluminio, anodizzato, naturale
completamente lavorato con 20 filettature M5
incluse le viti senza testa DIN 913-M5x6
m = 554,0 g
0
100 19x10 naturale, 1 pezzo da 2000 mm 0.0.605.21


Listello angolare 10 Al M6
Alluminio, anodizzato, naturale
3 completamente lavorato con 20 filettature M6
inclusi grani filettati DIN 913-M6x14, acciaio, zincati
m = 1000,0 g
naturale, 1 pezzo da 2000 mm 0.0.625.30
(33.8)

00
22

100 19x
1

13.5

186
 P a n e l faste n ers

Captive Nuts
Nut clips into Rebate Profile 8 Al 19
Quickly fitted and removed

5
Universal usage for installation in Rebate Profile 8 Al 19 or in
panel elements. The Captive Nuts can be installed by snapping
the latch springs into the corresponding recess.

The recesses can be either:

- Square - with anti-torsion feature
- Round - no anti-torsion feature

6.3
2.5 Captive Nut M5
St
Cage and square nut
9.5

M5;M6
m = 5.0 g
bright zinc-plated, 1 pce. 0.0.411.62
.5
13 Captive Nut M6
St
Cage and square nut
m = 5.0 g
bright zinc-plated, 1 pce. 0.0.411.63

187
 P a n e l faste n ers

Panel Clamp
Fasten panel elements without needing to machine them
Clamping screw fastens the panel and Panel Clamp to a profile


5
For securing panel elements to Profiles 8 without the need for
additional machining. Tightening the clamping screw fixes the
Panel Clamp to both the panel element and the profile.
Particularly suitable for attachment of unframed panels etc.
Not suitable for mesh and corrugated mesh.
The panel elements of thickness 4 - 10 mm can be clamped
in position by the asymmetrical spacer washers. Depending
on the particular application, it may be necessary to invert the
spacer washers in the housing.

Max. loading for each Panel Possible pinning position for

Clamp without pinning. securing the panel element
Fmax = 100 N against movement.

9 Panel Clamp 8


2 housing halves, PA-GF, black

Hexagon Socket Head Cap Screw DIN 912-M6x20, St, bright zinc-plated
Hexagon Nut DIN 934-M6, St, bright zinc-plated
2 spacer washers, NBR, black
27
69.5

m = 56.0 g
1 set 0.0.388.91
9.5

5
40 14.

188
 P a n e l faste n ers

Panel Clamp X 6-8

Elegant support that holds panels without the need for machining work
Elastic inserts dampen vibrations
Rigid fastening thanks to internal bolts

-JOF  
5
Panel Clamp X 6-8 is a fastener for unframed panels (4 - 8 mm
thick) that does not require any further machining of the panel
element. The panel element is held securely by elastic inserts.
Fitting the panel element securely using internal bolts is also
an option.

The Panel Clamp is fastened A clearance of 15 mm is to The Panel Clamp can be

in the groove in Profiles 8 be ensured when cutting the adapted to panel elements
using a screw connection panel element. between 4 and 8 mm thick by
with T-Slot Nut 8. When using When using fastening bolts, turning the elastomer inserts.
the Panel Clamp with Line 6 through bores with a diameter A window in the insert shows
profiles, a T-Slot Nut 6 St M6 of 11 mm also need to be cut. the selected panel thickness.
with a Button-Head Screw Max. load for each Panel
M6x14 is required. Clamp without a fastening
The anti-torsion elements are bolt Fmax. = 100 N.
also to be removed as appro-
priate for this purpose.

10  
Panel Clamp X 6-8
2 housing components, die-cast zinc, white aluminium
2 inserts, PUR, transparent
Bolt D6x21.5, St, bright zinc-plated
Collar D6/D10, PUR, grey
50

T-Slot Nut V 8 St M6, bright zinc-plated

14

Button-Head Screw ISO 7380-M6x16, St, bright zinc-plated

2 Hexagon Socket Head Cap Screws DIN 7984-M5x20, St, bright zinc-plated
2 square nuts similar to DIN 557-M5, St, bright zinc-plated
32 18 m = 175.0 g
8
1 set 0.0.605.41

189
 P a n e l faste n ers

Support Arm X 6-8

Aesthetically appealing support for shelving
Concealed clamping system provides a secure fixing

-JOF  
5
Support Arm X 6-8 is a support for glass shelves or other
inherently stable panel elements. Rear clamping of the panel
element allows cantilever fastening to a Line 6 or Line 8 profile
structure. The form of Support Arm X 6-8 corresponds to the
clean contour of profile form X.
The load-carrying capacity of the shelf and the holding force
indicated for the Support Arms must not be exceeded. The
total load applies to the indicated distances between supports
with an even distribution of weight!

Support Arms X 6-8 are suitable for clamping The permissible depth of the
panel elements 4 to 10 mm thick. shelf is lmax. = 200 mm with a
The tightening torque for the tensioning screw load Fmax. = 80 N.
must not exceed 3 Nm. The distance between two
Support Arms should not
Support Arm X 6-8 is fastened in the groove exceed 500 mm.
in Profiles 8 using a screw connection with
T-Slot Nut 8. When using Support Arm X 6-8
with Line 6 profiles, a T-Slot Nut 6 St M6 with
a Button-Head Screw M6x14 is required.

 
Support Arm X 6-8
Angle Bracket, die-cast zinc, white aluminium
Cap, PA-GF, grey
30
T-Slot Nut V 8 St M6, bright zinc-plated
57 Button-Head Screw ISO 7380-M6x20, St, bright zinc-plated
Washer DIN 125-6.4, St, bright zinc-plated
Button-Head Screw ISO 7380-M6x16, St, bright zinc-plated
57

Washer 10.5x10.5x1.3, St, bright zinc-plated

Clamping element, die-cast zinc, white aluminium
Support, PUR, grey
m = 198.0 g
1 set 0.0.496.01

190
 P a n e l faste n ers

Table-Top Fastening Set

Secure table tops to profile frames
Self-tapping screws for wooden panels included


5
Table-Top Fastening Set 8 is a robust fastening element for
table tops made of solid wood or chipboard on profile frame
constructions. Clamping in the profile groove is achieved by

22
tightening the self-tapping screw.

The table top does not

need to be processed. The
self-tapping screw can be
screwed directly into the
table top using a screwdriver
(TX30 bit). The tolerance is
adjusted by means of a slot in
Table-Top Fastening Set 8.

12 Table-Top Fastening Set 8



4 Clamping device, St, bright zinc-plated

32

Cap, PA-GF, black

Screw 6x25-TX30, self-tapping, St, bright zinc-plated
m = 24.0 g
25 25 1 set 0.0.617.63

191
 P a n e l faste n ers

Flange
Mounting plate for table columns
Stable fastening, particularly for Column Profile D110


5

Flange 8 D130 can be used as a mounting plate for table co- Flange 8 D130 is screwed to Column Profile D110 by means of
lumns with Column Profile D110. It can be screwed to a table 2 Countersunk Screws DIN 7981-M8x25.
top, a base plate or directly to the floor. To do this, M8 threads must be tapped into the core bores
( 6.8 mm) in the Column Profile.


Flange 8 D130
DIN74-Bm6
8 130 Die-cast zinc
40 0 2 anti-torsion lugs, die-cast zinc, galvanized
m = 399.0 g
white aluminium, similar to RAL 9006, 1 set 0.0.474.82
10

DIN74-Bm8

192
 6

Enclosures, guards and partitions 6

Clamp Profiles
Hangers
Dual-Rod Mesh Hanger
Lifting-Door System
Door Security
 Enclosures, guards and partitions

Application example system solutions for enclosures and guards

Components for building enclosures and guards

1 2 3 4 5 6 7

194
 Enclosures, guards and partitions

8 9 10 1 Handles and grips 6 Panel fasteners

Safe opening and closing suited to the working Wide range of fixings to suit different panel
environment elements
Handles in any sizes thanks to flexible profiles Safety functions compliant with Machinery
Directive

263 Section 8 163 Section 5

2 Lifting doors 7 Floor elements

6
Complete solution in widths of up to 2 m Knuckle Feet, castors and floor fasteners to size
Manual and automatic operation A secure hold for all applications

215 Section 6 317 Section 11

3 Panel elements 8 Swing doors

Made from metal, plastic, composite material With profiles and hinges from item
Numerous special applications such as noise Can be planned to suit individual needs
reduction, impact protection and access Door panel can be chosen to suit requirements
prevention

295 Section 10 225 Section 7

4 Sliding doors 9 Locks

On easy-running castors, up to 6000 mm wide Mechanisms for controlling access
Also available in customised dimensions as a Various lock systems available
corner entrance or folding door

242 Section 7 277 Section 9

5 Clamp Profiles 10 Safety Hangers

Hold panel elements securely in the profile Hangers and fasteners from item ensure rapid
without the need for machining and safe construction
Models designed specifically for various applica- Easily reused and adapted to suit special ap-
tions plications
Compliant with the EC Machinery Directive

197 Section 6 209 Section 6

Products Products
Key: See page 0 in this section 0 in other sections

195
 Enclosures, guards and partitions

Enclosures, guards and partitions

Products in this section

Clamp Profile 8 32x18 Clamp Profiles E Clamp Profiles light Clamp Profiles Clamp-Profile Fasteners E
Slim frame profile For building frame ele- For building gap-free For building particularly For suspending panels
For building guards, enclo- ments protective enclosures stable frame elements within frame structures
6 sures and sliding doors Rapid to fit and secured Suitable for large-area Ensures easy access
against movement guards and enclosures thanks to rapid installation
and removal

198 202 203 204 206

Clamp-Profile Cross Con- Profiles 8 F14 light Safety Hanger 8/8 and 8/6 Hanger 6-8 Hanger 8
nector Groove in special width Intelligent hanging system The slim Hanger for frame Robust connection between
For inside corners, cut-outs accommodates panel ele- allows one-man assembly elements frame elements and Stand
and openings in panels ments up to 14 mm thick Tamper-proof in line with EC Combine Line 6 and 8 Profiles 8
Connect up to four Clamp For particularly robust Machinery Directive Profiles Secured against removal by
Profiles enclosures and guards screw attachment

207 208 209 211 212

Dual-Rod Mesh Hanger Lifting-Door System Lifting-Door Guide Set Security Limit Switch/Lock
Stable hold for Dual-Rod Complete solution for auto- Guide runs along the Line Compact, secure latching
Mesh panels matic or manual operation 8 groove function, detects when
Fasten rod meshes at any Easy-running door, bal- Can also be connected to doors have been opened
angle anced by counterweights a drive For swing, lifting and slid-
ing doors

213 215 218 219

196
 Enclosures, guards and partitions

Special profiles for fastening panel elements

Exceptionally secure hold for panel elements

Design guard panels to suit specific requirements
Fully compatible with Hangers and Hinges

Special Clamp Profiles are available for the construction of Clamp Profiles can also be used to erect flexible guards, with
inherently stable enclosures and guards. They provide an individual panels fastened to load-carrying stands made from
exceptionally secure hold for panel elements including Acrylic standard profiles. The range of Hangers from item can then be
Glass, Steel Mesh and Sound-Insulating Material. As a result, it used to install the panels in the guard as fixed, removable or
couldnt be easier to build partitions, guards and enclosures to mobile (e.g. door) elements.
precise specifications. This catalogue contains a wide range of panel elements and
Alternatively, when assembling lightweight panels or table the ideal Clamp Profiles for each type of material.
tops, fastenings can be used that sit in or on the groove of
stand profiles.

Panel Element
Frame Profile Acrylic Glass / Sheet Metal Al Compound Plastic Corrug. Mesh Corrug. Mesh Steel Mesh Perforated Sheet
Polycarbonate Material Al St

Clamp Profile + + + + o + + +
Clamp Profile E + + + + + o + +
Clamp Profile 832x18 + + + + - - - o
Profiles (Line 8) o o o o - - - o

+ well suited o assembly possible - not recommended

The strength of a protective enclosure is also determined by reconfigure and disassemble the walls. Alternatively, guards
the strength of the connection between panel element and and enclosures can also be erected using inherently stable
profile. Thanks to their deep slot, the special Clamp Profiles panel elements such as Dual-Rod Meshes, which can be
offer clear advantages over standard profiles, particularly with mounted directly on stands without the need for special Clamp
regard to panel such as Corrugated Mesh or thin Sheet Mate- Profiles. Special Hangers are available for this application, too.
rial, which are not inherently stable. The Hangers item supplies for frame elements balance out
Large, free-standing machine guards in production plants and assembly tolerances and make it easy to remove panels as
room dividers in offices, warehouses or sales areas also well as secure them firmly in place.
benefit from the use of special profiles. Clamping the panel
element in the profile frame improves rigidity while keeping
the material weight low. This makes it easier to build,

197
 Enclosures, guards and partitions

Clamp Profile 8 32x18

Holds panel elements with the appropriate Clamping Spring
For building lightweight guards, enclosures and sliding doors

Clamp-Profile Fastening Set 8 32x18 ensures a correctly The number of Clamping 10 mm thick panel elements Instead of Clamping Spring 8,
positioned corner connection for the profiles. Springs required depends on can be fitted into the groove a Lip Seal 8 can also be used
the load, the inherent stabil- without using Clamping for securing inherently stable
ity and the size of the panel Springs. panel elements.
element.

10 Clamp Profile 8 32x18



Al, anodized
12.2 12.2

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

32

2.49 0.67 1.88 1.10 1.16 1.23

4.2 8 natural, cut-off max. 6000 mm 0.0.373.67
18 natural, 1 pce., length 6000 mm 0.0.631.05
natural, 1 pce., length 3000 mm 0.0.452.24

4

Cap 8 32x18
PA-GF
18 m = 2.2 g
32
black, 1 pce. 0.0.388.87
grey similar to RAL 7042, 1 pce. 0.0.627.23

Clamping Spring 8
80
St
m = 5.0 g
11

stainless, 1 pce. 0.0.406.21

11


Clamp-Profile Fastening Set 8 32x18
10

Fastener, die-cast zinc, bright zinc-plated

8 19 Button-Head Screw ISO 7380-M5x20, St, bright zinc-plated
14 Mbright zinc-plated = 4.5 Nm m = 11.0 g
1 set 0.0.404.09

198
 Enclosures, guards and partitions

Corner-Fastening Set Clamp-Profile 8 32x18

Simple assembly of a frame using Clamp Profiles 8
Additional
components can be added to produce hinges or
castors for sliding doors

  4FSWJDF
XXXJUFNDPN

Corner-Fastening Set Clamp-Profile 8 32x18 is -H

 inge Sets 32x18 come with an insert for
used for stable profile connections. the corner fastener which forms a door
The rigid screw fastening to the end faces hinge in conjunction with a hinge bearing in 6
of the profiles being connected produces a the frame of the surrounding construction.
frame that is ideal for use within lightweight This provides an easy means of construct-
enclosures and for door frames. ing a stylish, lightweight swing door with
Corner-Fastening Set Clamp-Profile 8 32x18 a particularly low door gap and without
contains all components required for a profile needing to fit additional hinges.
connection. An M5 thread must be tapped into The maximum permissible weight of a door
the core bore of each Clamp Profile 8 32x18. is 10 kg.
The Corner-Fastening Sets are multifunctional.
They can be used in a variety of ways when
used with special add-on elements:
- Roller Set 32x18 can be fitted directly into
the corner fastener. This turns the frame into
a smooth-running sliding door element that
can be employed e.g. in the Sliding-Door
Guide Profile 8 40x10.

18 
Corner-Fastening Set Clamp-Profile 8 32x18
Die-cast zinc, white aluminium similar to RAL 9006
2 Button-Head Screws ISO 7380-M5x16, St, bright zinc-plated
11

m = 54.5 g
1 set 0.0.494.73
2
3


Cap for Corner-Fastener 8 32x18
28

PP
17 2 m = 1.3 g
grey similar to RAL 7042, 1 pce. 0.0.494.71

199
 Enclosures, guards and partitions

Sliding-Door Guide Profile 8

40x10 is fitted with Clip 8 St
at the top and bottom of the
surrounding profile frame. It
forms the guide for two door
leaves of Clamp Profile 8 Spring-loaded Roller Set 32x18 is fitted
32x18. into the corner fasteners of the previously
constructed clamp profile frames. A Roller
6 Set must be installed in each fastener so as to
The sliding doors can also guide the sliding door leaf.
be run directly in the grooves A limit stop can be installed to prevent the
of a Line 5 profile. This pro- roller insert from springing. The corner fasten-
duces a particularly compact ers at the bottom of a sliding door frame are
frame construction. always installed with rigid rollers. Spring-
loaded rollers in the corner fasteners at the
top enable the door leaves to be fitted into a
profile frame which has already been built.
If required, all four roller inserts may be
blocked by limit stop inserts and the outer pro-
file frame finished after the sliding door leaves
have been fitted. This effectively prevents the
doors from being removed without disman-
tling the frame.
After the rollers have been fitted, a plastic end
cap closes the fastener at the side and serves
as a door stop in the terminal positions.

12.4 
Roller for Corner-Fastener 8 32x18
Roller insert
Compression spring
Llimit stop
8 Cap, PP grey
23. Notes on Use and Installation
2 m = 10.5 g
1 set 0.0.494.74
40 Sliding-Door Guide Profile 8 40x10


20
Al, anodized
A [cm2] m [kg/m]
10

2.48 0.67
5.4
natural, cut-off max. 3000 mm 0.0.495.13
natural, 1 pce., length 3000 mm 0.0.495.12

200
 Enclosures, guards and partitions

10
+1
18 +1
18
 
6
The hinge inserts are also fitted into the corner fasteners after the clamp profile The Hinge Sets for installing swing doors in frame constructions of Line 5 or 8
frame has been closed. contain all the parts required for one hinge.
A hinge bearing is attached to both the upper and the lower frame profile and
functions as a rotary bearing for a door. During installation, the spring-loaded
Hinge Pin engages in the bearing plate, whose position in the groove can be
adjusted when the swing door is open. This provides an effective means of
preventing a closed door from being dismantled.

8 
23. Hinge 5 for Corner-Fastener 8 32x18
Hinge insert
12.4 Bearing plate 5
T-Slot Nut 5 St M4, bright zinc-plated
Countersunk Screw DIN 7991-M4x6, St, bright zinc-plated
Notes on Use and Installation
m = 11.5 g
1 set 0.0.495.33
8 
23. Hinge 8 for Corner-Fastener 8 32x18
Hinge insert
12.4 Bearing plate 8
T-Slot Nut V 8 St M5, bright zinc-plated
Countersunk Screw DIN 7991-M5x12, St, bright zinc-plated
Notes on Use and Installation
m = 23.0 g
1 set 0.0.494.76

201
 Enclosures, guards and partitions

Clamp Profiles E
For building frame elements
Flexible steel strip holds even Corrugated Mesh Al in place
Rapid to fit and secured against movement

 
*OOPWBUJPO

Producing frames:
1. Cut-off of panel element = inside frame
6 dimension + 2 x insertion depth (t).
2. Fit the Clamp-Profile Fastener loosely onto
the upright frame profiles.
3. Place the horizontal frame profiles centrally
onto the panel element so as to ensure
initial gentle clamping by the steel strip.
The panel element must not yet be pressed
Installation sequence: all the way into the groove.
1. Insert the Clamp-Profile Strip into the spring cavity in the
Clamp Profile. 4. Assemble the frame and tighten the bolts.
The panel element will be pressed into the
2. Press in the panel element. groove by varying amounts (depending on
the tolerance position) when the bolts are
tightened.

Clamp Profile Faste- 206

ners E

7 Clamp Profile 6 30x30 E



3.4 5
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
18

3.58 0.97 2.77 3.24 1.81 2.14

30

natural, cut-off max. 6000 mm 0.0.439.42

6.2

30
natural, 1 pce., length 6000 mm 0.0.451.49

Clamp-Profile Strip 6 23x0.15 E
0.15

St
m = 27 g/m
23 stainless, 1 roll length 20 m 0.0.441.52

9 Clamp Profile 8 40x40 E



5 6.8
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
24.5

6.50 1.76 8.79 10.67 4.29 5.25

40

natural, cut-off max. 6000 mm 0.0.436.92

40 natural, 1 pce., length 6000 mm 0.0.452.21

Clamp-Profile Strip 8 30x0.15 E
0.15

St
m = 35 g/m
stainless, 1 roll length 20 m 0.0.440.48
30

202
 Enclosures, guards and partitions

Clamp Profiles light

The cost-effective solution for building gap-free protective enclosures
Stand profile and clamp profile in one

66

The Clamp Profiles light are connected using Angle Bracket V A special clamping effect is achieved using Lip Seals 8 ensure inherently stable panel ele-
8 40 Zn. Clamp-Profile Strip 8 30x0.15 E (0.0.440.48). ments are secured firmly without rattling.
In such cases, the Clamp Profiles first have b = max. 6 mm
Angle Bracket V 8 95
40 Zn to be pushed onto the panel element. The
frame is then connected together using Angle
Brackets V 8 40 Zn. Lip Seal 8 2-4mm 167
b = max. 6 mm

Using a Clamp Profile as a stand allows you to construct

protective enclosures without gaps.

9 Clamp Profile 8 40x40-180 light



5 6.8
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
18.5

6.51 1.77 8.57 11.20 4.29 5.51

40

natural, cut-off max. 6000 mm 0.0.483.36

40 natural, 1 pce., length 6000 mm 0.0.454.45
9 Clamp Profile 8 80x40-180 light


5 6.8
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
18.5

11.77 3.18 17.37 70.29 8.69 17.41

40

natural, cut-off max. 4800 mm 0.0.480.44

80 natural, 1 pce., length 4800 mm 0.0.454.38
18.5 Clamp Profile 8 W80x80x40 light


Al, anodized
5
9

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

8

6.8 17.51 4.73 97.40 97.40 21.18 21.18

natural, cut-off max. 4800 mm 0.0.483.57
natural, 1 pce., length 4800 mm 0.0.483.56
40

80
203
 Enclosures, guards and partitions

Clamp Profiles
For building particularly stable frame elements
Suitable for large-area guards and enclosures

 

Clamp Profiles can be connected together to

form frames using Clamp-Profile Fasteners E
6 or by screwing the Clamp Profiles directly to
each other.

Where the panels are to be divided by a central strut (Clamp When designing a frame, it is important to ensure that horizon-
Profile 180), this should always be tapped at the ends and tal Clamp Profiles are always connected via their end faces. An
bolted between the outer frame profiles. appropriate bore should be drilled through the vertical profiles.
The Profile Edging (i.e. clamping strip) will need to be inter-
rupted accordingly.
Clamp Profile 6 Clamp Profile 8
30x30 30x30-180 40x40 40x40-180
c - 12 mm
-1 - 15+1 mm

d 15+1 mm - 20+2 mm -

Mmax. 2 Nm 8 Nm
Button-Head Screw ISO 7380 Button-Head Screw ISO 7380
a M6x30 M8x40
b 150 mm 200 mm

s 2-6 mm 2-8.5 mm

204
 Enclosures, guards and partitions


Clamp Profile 6 30x30
Al, anodized
Cap Screws DIN 912-M4x12, St, bright zinc-plated
6.5 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
3.4
4.14 1.27 3.20 3.54 2.04 2.34
natural, cut-off max. 6000 mm 0.0.431.11
150 0
30
17

15 natural, 1 pce., length 6000 mm 0.0.451.01

39x

5
30
80


Clamp Profile 6 30x30-180
Al, anodized
6
Cap Screws DIN 912-M4x12, St, bright zinc-plated
6.5 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
3.4
4.64 1.55 3.88 3.53 2.54 2.35
natural, cut-off max. 6000 mm 0.0.431.14
12.7
30

150 50 natural, 1 pce., length 6000 mm 0.0.451.02

1
39x

5
30
80


Clamp Profile 8 40x40
Al, anodized
Cap Screws DIN 912-M6x16, St, bright zinc-plated
9 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
5 7.49 2.30 9.58 11.96 4.55 5.93
natural, cut-off max. 6000 mm 0.0.196.50
40
23

natural, 1 pce., length 6000 mm 0.0.452.25

200 00
2
29x
6.8 
40
105


Clamp Profile 8 40x40-180
Al, anodized
Cap Screws DIN 912-M6x16, St, bright zinc-plated
9 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
5 8.38 2.56 11.40 13.00 5.70 6.20
natural, cut-off max. 6000 mm 0.0.429.95
17
40

natural, 1 pce., length 6000 mm 0.0.452.26

200 00
2
29x
6.8 
40
105

205
 Enclosures, guards and partitions
Clamp-Profile Fasteners E

Clamp-Profile Fastener E
For suspending panels within frame structures
Ensures easy access thanks to rapid installation and removal

 
*OOPWBUJPO

Suspended frame elements The Clamp-Profile Fastener Connection of Clamp-Profiles

can also be locked if required can be combined with any E with Clamp-Profile Fasten-
by subsequently moving the desired Profiles 6 30x30 or 8 ers E.
lower Clamp- 40x40 and also with the exist-
Profile Hanger. ing Clamp Profiles 6 30x30
or 8 40x40. The fact that the
Clamp-Profile Fastener has
Clamp-Profile 210 a special cavity means that
Hangers E the panels to be fitted in the
profile grooves do not need to
be notched.


Clamp-Profile Fastener 6 30x30 E
30

Die-cast zinc, white aluminium similar to RAL 9006

2 Cap Screws DIN 912-M6x16, St, bright zinc-plated
30 m = 78.0 g
30
1 set 0.0.441.80

Clamp-Profile Fastener 8 40x40 E
Die-cast zinc, white aluminium similar to RAL 9006
40

2 Cap Screws DIN 912-M8x20, St, bright zinc-plated

m = 187.0 g
40 1 set 0.0.444.76
40

206
 Enclosures, guards and partitions
Clamp-Profile Cross Connector

Clamp-Profile Cross Connector

Connect up to four Clamp Profiles
Versatile design options
For inside corners, cut-outs and openings in panels

 

Installation note: Inside corner with a Clamp- Central aperture with four Cut-out with two Clamp Pro-
The following screws are required for securing the Clamp- Profile Cross Connector and Clamp Profile Cross Connec- file Cross Connectors and two
Profile Cross Connectors to the Clamp Profiles: two Clamp Profile Connec- tors. Clamp Profile Connectors.
- Clamp Profile 6 30x30: Screw ISO 7380 M6x14 tors.
- Clamp Profile 8 40x40: Screw ISO 7380 M8x20

Button-Head Screws 147

ISO 7380

Clamp-Profile Cross
6 8
Connector
a 12 -1 mm 15 +1 mm

When planning panel element

cut-outs, the penetration
depth (a) specified here must
be taken into account ir-
respective of the penetration
depth specified for the Clamp
Profiles.


3.4 12.7 Clamp-Profile Cross Connector 6 30x30
6.5
St
m = 74.0 g
30

white aluminium, similar to RAL 9006, 1 pce. 0.0.459.09

7
30 30
17 
5 Clamp-Profile Cross Connector 8 40x40
9
St
m = 168.0 g
40

white aluminium, similar to RAL 9006, 1 pce. 0.0.457.92

9
40 40

207
 Enclosures, guards and partitions

Profiles 8 F14 light

Groove in special width
Secure panel elements up to 14 mm thick
For particularly robust enclosures and guards

s
6

12
Profiles 8 F14 can be fastened together without any profile Depending on the thickness of the panel element used, it is
machining by using Angle Brackets V 8 40 Zn (0.0.486.28). advisable to use the following Lip Seals:
These Angle Brackets have an anti-torsion feature on one side s = 10 12 mm => Lip Seal 8 2-4 mm
which locates them in the correct position in the profile groove.
s = 12 14 mm => Lip Seal 8 4-6 mm

Lip Seals 167

16 Profile 8 40x40 F14 light



Al, anodized
12

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

40

6.39 1.73 8.25 9.24 2.85 4.62

natural, cut-off max. 6000 mm 0.0.617.97
40
natural, 1 pce., length 6000 mm 0.0.617.96
16 Profile 8 80x40 F14-180 light


Al, anodized
12

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

40

10.90 2.93 15.10 68.05 7.54 13.89

natural, cut-off max. 6000 mm 0.0.617.99
80
natural, 1 pce., length 6000 mm 0.0.617.98

208
 Enclosures, guards and partitions

Safety Hanger 8/8 and 8/6

Safety made convenient

Practically unbreakable and tamper-evident design

Intelligent hanging system allows one-man assembly $)*/&3

."

:

Can be adjusted and evens out tolerances &$

%*3
&$5*

7&
 

It complies with the Machinery Directive and it is also extreme- result, no unauthorised persons can access hazard areas. Security L-Key Set 596
ly convenient to use the new Safety Hanger for protective Panels consisting of Profile 6 (Safety Hanger 8/6) or Profile 8
fence panels from item. (Safety Hanger 8/8) frames can be fitted to Stand Profiles 8 by 6
Its reinforced steel design is also break-proof in crash a single fitter working alone: slot in at the bottom, tilt into place
scenarios. And the tamper-proof pin hex button head screws at the top and then fasten with the security bolt. Safety really
surpass Machinery Directive requirements, since a special key can be this simple.
(0.0.627.48) is needed to release the locking mechanism. As a One Safety Hanger set is required for each profile frame.

7.6
 
;

12-26

M=8Nm

The captive security bolt: simply insert into the profile groove
and tighten.

4 Safety Hanger 8/6

2 Safety Hangers with bolts St, bright zinc-plated
2 support hooks, St, bright zinc-plated
80

2 support angle brackets, St, bright zinc-plated

8 T-Slot Nuts 6 St M6
4 T-Slot Nuts V 8 St M8
22 8 security bolts M6x12, St. stainless
4 security bolts M8x16, St, stainless
Notes on Use and Installation
m = 912.0 g
100

1 set 0.0.627.78

54
Safety Hanger 8/8
2 Safety Hangers with bolts St, bright zinc-plated
2 support hooks, St, bright zinc-plated
2 support angle brackets, St, bright zinc-plated
40

12 T-Slot Nuts V 8 St M8
12 security bolts M8x16, St. stainless
Notes on Use and Installation
m = 992.0 g
1 set 0.0.626.00
209
 Enclosures, guards and partitions

Clamp-Profile Hangers E
For suspending frame elements assembled with Clamp-Profile Fasteners E

 

To match Clamp-Profile The clearance dimension between frame and Stand Profile is
Hangers E, item supplies 12 mm. Dimensional tolerances of 3 mm can be accommo-
Clamp-Profile Fasteners E, dated by the Clamp-Profile Hanger E.
which also hold together the
frame elements. This means
that a smaller gap (12 mm) Clamp-Profile Hangers E 6 8
can be achieved between the a 4.75 mm 8.25 mm
frame and the stands.

Installation sequence:
1. Hook the frame element into the existing construction.
2. Fix the height of the frame element using the upper hangers
(a).
3. Move the lower Clamp-Profile Hangers to lock the frame
element in position (if required).

30 
Clamp-Profile Hanger 6 E
7.6
a = 4.75 mm
4 bolts, St, black
4 washers DIN 9021-6.4, St, black
4 T-Slot Nuts 6 St M6, bright zinc-plated
13 m = 76.0 g
1 set 0.0.441.11
33 
Clamp-Profile Hanger 8 E
8
a = 8.25 mm
4 bolts, St, black
4 washers DIN 9021-8.4, St, black
4 T-Slot Nuts 8 St M8, bright zinc-plated
13 m = 112.0 g
1 set 0.0.440.05

210
 Enclosures, guards and partitions

Hanger 6-8
Connect lightweight frame elements and stand profiles
Combine Line 6 and 8 Profiles

 

Compact hanger for especially rigid fastening of frame ele- If required, the Hangers can be screwed together front and
ments to Stand Profiles. Profiles from Lines 6 and 8 can be rear using the supplied grub screw in order to prevent lifting.
connected together as required. 6

The two-sided anti-torsion blocks can be configured to suit Hanger 6-8 allows two variations of frame assembly:
various combinations of Profiles 6 and 8. 1. Very easy 1-man assembly: the frame element is lowered
Fastening to Profile 6 using Button-Head Screw ISO 7380- from above onto the hangers on the Stand Profiles, lugs on the
M6x14 and T-Slot Nut 6 St M6. hangers engaging to ensure stability. They are then secured by
Fastening to Profile 8 using Button-Head Screw ISO 7380- the grub screws provided.
M6x16 and T-Slot Nut 8 St M6. 2. The frame element is slid into the hanger on the Stand Pro-
file from below and secured with the grub screw. Removal of
the grub screws results in the frame element dropping down.

Attaching the Hanger from Hanger 6-8 can be used to

the front ensures that the maintain very small gaps (12
frame and panel elements mm) between the frame and
can be fitted without gaps. the Stand Profile.
F = approx. 400 N

24 Hanger 6-8
2 hangers, die-cast zinc, black
2 anti-torsion blocks, die-cast zinc, black
39
30

Grub screw DIN 913-M5x10, black

8 m = 70.0 g
6.2 1 set 0.0.441.33
6.6

11 10

211
 Enclosures, guards and partitions

Hanger 8
Particularly robust connection between frame elements and Stand Profiles 8
Secured against removal by screw attachment

If the upper Hanger 8 is fitted Hanger 8 in conjunction with Clamp Profile 8 40x40. Hanger 8 in conjunction with Clamp Profile 8 32x18.
to the Stand Profile and the
lower Hanger 8 to the frame
element, removal of Hexagon
Socket Head Cap Screw M6
will result in the frame ele-
ment being released.

1 2

Hanger 8 allows two variations of frame assembly: Attaching the Hanger from F = approx. 750 N
1. Very easy 1-man assembly: the frame element is lowered the front ensures that the The clearance dimension
from above onto the hangers on the Stand Profiles, lugs frame and panel elements between frame and Stand
on the hangers engaging to ensure stability. They are then can be fitted without gaps. Profile is 25 mm. Dimensional
secured by the Cap Screws provided. tolerances of 5 mm can be
2. The frame element is slid into the hanger on the Stand Pro- adjusted through Hanger 8.
file from below and secured with the Cap Screw. Removal of
the screw results in the frame element dropping down.

M6 Hanger 8

6.4

Hanger, die-cast zinc, black

Hexagon Socket Head Cap Screw DIN 912-M6x16, St, bright zinc-plated
Washer DIN 125-6.4 St, bright zinc-plated
14.5/8.5 m = 87.0 g
1 set 0.0.196.44
54.5

8 20

25


Fastening Set 8 for Hanger 8
Button-Head Screw ISO 7380-M8x25, St, bright zinc-pl.
2 spring washers, St, bright zinc-plated
T-Slot Nut 8 St M8, bright zinc-plated
m = 21.0 g
1 set 0.0.265.05
212
 Enclosures, guards and partitions
Dual-Rod Mesh Hanger

Dual-Rod Mesh Hanger

Stable hold for Dual-Rod Mesh
Fasten rod meshes at any angle
Integrated hinge function for swing doors

  

The Dual-Rod Mesh Hanger accommodates the Dual-Rod Mesh

elements on the cross-rods ( 8 mm) at any angle between
0 - 270 to the Stand Profile. 6
Even after the fastening screws have been tightened, the
fastening can still be rotated. This also forms a hinge for a
swing door.

Dual-Rod Mesh 310

Dual-Rod Mesh Lock 293
System

Average dimensions for connecting the Dual-Rod Mesh to the

Stand Profile.
Thanks to the swivel action of the Dual-Rod Mesh Hanger,
corner zones can be constructed with an extremely wide
angular range.
The Dual-Rod Mesh is first hung from a preassembled Dual-Rod Mesh Hanger, and then screwed
into position with further Hangers. Recommended spacing of Hangers: 3 section heights, cor-
responding to 600 mm.
The slotted hole fastening on the Stand Profile enables adjustment of the position and angle.
The ability to move the mesh horizontally (depending on the mesh width) in the Dual-Rod Mesh
Hanger helps compensate for minor assembly errors.

69 Dual-Rod Mesh Hanger

6.2

39 Body, St, black

5 Clamping elements, die-cast zinc, black
30

2 Button-Hd. Screws ISO 7380-M6x10, St, bright zinc-pl.

2 Button-Hd. Screws ISO 7380-M6x22, St, bright zinc-pl.
4 Washers DIN 9021-6.4, St, bright zinc-plated
m = 279.0 g
1 set 0.0.446.04

55
8
26.

213
 Enclosures, guards and partitions

Dual-Rod Mesh Clamping Element

Simple and practical fixing

Dual-Rod Mesh Clamping Elements for universal fastening of

any components to Dual-Rod Mesh elements.
6 Also suitable for fastening cylindrical components ( 8 mm)
to profiles or panel elements.

12.5 Dual-Rod Mesh Clamping Element

St
m = 11.0 g
black, 1 pce. 0.0.446.10
6.6
30.4

8.5 22

214
 Enclosures, guards and partitions

Lifting-Door System
Easy running and pre-configured to suit customised requirements

Turnkey solution with coordinated components

Easy-running door, balanced by chain with counterweights
Configured and produced to suit customer requirements
Manual or automatic operation as required
Arrester mechanism for complete safety

 4FSWJDF
XXXJUFNDPN

The lifting-door system from item is a modular solution that adapts to suit the specific require-
ments for a system. Your sales partner will design a customised configuration that meets
your needs, which can be delivered to you either as complete, ready-to-install lifting doors or
construction kits.
The lifting-door system comprises vertical lifting guides, door hanging system, counterweight,
drive and arrester mechanism. The lifting door is constructed to suit the users needs from
a frame made using Line 6 Profiles which encloses any chosen panel element. Lifting doors
should be a maximum of 2 m wide and not weigh more than 35 kg in total.
To ensure smooth operation, the lifting door uses a chain and counterweight. This runs entirely
within the stand profile, thus ensuring there is no risk of injury from moving parts. An arrester
mechanism halts the lifting door if it inadvertently falls. The Chain Reverse Units are designed to
permit the lifting door to be driven automatically.

0.0.196.41 Support Profile 80

0.0.431.11 Clamp Profile 6 30x30
0.0.485.10 Lifting-Door Guide Profile 8 80x80
0.0.485.18 Lifting-Door Chain Reverse Unit VK14
0.0.485.19 Lifting-Door Counterweight Guide Set
0.0.487.07 Lifting-Door Bearing Set
0.0.487.08 Lifting-Door Arrester Set
0.0.487.18 Lifting-Door Chain Connector
0.0.487.45 Conduit Profile U 80x80 SE
0.0.487.59 Lifting-Door Counterweight 60x40 St

215
 Enclosures, guards and partitions

6.8 Lifting-Door Guide Profile 8 80x80



Al, anodized
m = 5.51 kg/m
natural, cut-off max. 6000 mm 0.0.485.10

40
80
natural, 1 pce., length 6000 mm 0.0.474.99

80
DIN 912 8 Lifting-Door Chain Reverse Unit VK14

M8x80 0
12
DIN 912 Chain Reverse Unit, Al, coated, white aluminium (RAL9006)
M6x90 Ball-bearing sprocket wheel, z = 16 (z = number of teeth)
One revolution corresponds to 203.2 mm
Hub with multi-spline DIN ISO 14-6x11x14,
hub length 30 mm, Max. load MD = 20 Nm
6 80 Chain length in Reverse Unit 182.3 mm
64

Cap Screw DIN 912-M8x80, St, bright zinc-plated

2 Cap Screws DIN 912-M6x90, St, bright zinc-plated
2 Automatic Fasteners 8, threaded bore, St, bright zinc-pl.
Notes on Use and Installation
m = 1.3 kg
22 1 set 0.0.485.18


8 Lifting-Door Chain Reverse Unit E
0
Chain Reverse Unit, Al, anodized
Reversing wheel, slide bearing, PA
Chain length in Reverse Unit 182.3 mm
3 Hexagon Socket Head Cap Screws DIN 912-M8x80,
St, bright zinc-plated
80

Notes on Use and Installation

m = 1.0 kg
1 set 0.0.487.14

16


Lifting-Door Bearing Set
2 castor units, with ball bearing
6 Special T-slot nut 6 St
2 washers DIN 125-6.4, St, bright zinc-plated
38

2 Button-Head Screws ISO 7380-M6x12, St, bright zinc-plated

m = 129.0 g
145

1 set 0.0.487.07


M4 Lifting-Door Counterweight Guide Set
2 Slide Guides, POM, black
3 threaded rods DIN 975-M4x1000, St
15

Chain fastener, St, bright zinc-plated

2 retaining plates, St, bright zinc-plated
Nuts and washers, St, bright zinc-plated
m = 442.0 g
1 set 0.0.485.19
41.5
20

61.5

216
 Enclosures, guards and partitions

40

60 Lifting-Door Counterweight 60x40 St
Bar steel DIN 1017-60x40, cold-rolled
m = 18.84 kg/m
cut-off max. 3000 mm 0.0.487.59
1 pce., length 3000 mm 0.0.487.57


Lifting-Door Arrester Set
Housing and brake lever, St, bright zinc-plated
Chain pin with lock washer, St, bright zinc-plated
Washers, St, bright zinc-plated

80
Button-Head Screw ISO 7380-M6x25, St, bright zinc-plated
Button-Head Screw ISO 7380-M6x35, St, bright zinc-plated
m = 307.0 g
1 set 0.0.487.08
20 25
6

Lifting-Door Chain Connector
30

Chain fastening, St, bright zinc-plated

Washers, St, bright zinc-plated
12.3 Chain pin with lock washer, St, bright zinc-plated
26 Countersunk Screw DIN 7991-M6x30, bright zinc-plated
m = 65.0 g
1 set 0.0.487.18

7.2 Chain
" St, nickel-plated
p= Pitch p = 12.7 mm corresponding to
Operating load = max. 1.400 N
8.7

Elongation at 1,400 N = 2.5 - 3

m = 215 g/m
cut-off max. 25 m in 1 intervals 0.0.465.17
1 roll length 25 m 0.0.602.31

217
 Enclosures, guards and partitions

Lifting-Door Guide Set

Guide runs along the Line 8 groove
For connecting door panel and counterweights
Manual drive or Timing-Belt Reverse Unit drive possible

The use of Timing-Belt Reverse Units is a basic requirement

for using drive units. The process of opening and closing lifting
doors can thus be automated and integrated into manufactur-
ing systems or transport sequences.

26 Lifting-Door Guide Set 8



Housing halves, POM, black

Steel insert, St, bright zinc-plated
Button-Head Screw ISO 7380-M6x25, St, bright zinc-plated
80

T-Slot Nut 8 St M6, bright zinc-plated

3 Cap Screws DIN 912-M6x25, St, bright zinc-plated
3 Hexagon Nuts DIN 934-M6, St, bright zinc-plated
m = 94.0 g
1 set 0.0.388.70
25 32

218
 Enclosures, guards and partitions

Security Limit Switch / Lock compact

For swing, lifting and sliding doors
Know when doors are being opened
Ensure doors latch securely when in use
Failsafe locking system

 

The actuator is available in two models the fixed design is Both switching units are
suitable for medium-sized sliding and swing doors (door width equipped with screw-secured
greater than 500 mm and smaller than 1000 mm), while the plug connectors, which make
movable actuator is recommended for swing doors of width < the electrical connection
500 mm (angle compensation) and for particularly large doors. particularly easy. In the case
of Security Limit Switch
Design complies with EN ISO 13849-1 compact, this is done using
Proximity Switch Connecting
Cable Code A, 0.0.473.25.
In the case of Security Lock
B10d
1 n
MTTFd = _____
0,
compact, the Proximity
op
Switch Connecting Cable
dop hop 3600 s/h
Code B, 0.0.473.93 is also
nop = __________
tcycle
required.

Illustration of circuits: Wiring diagram:

Security Limit Switch Security Limit Switch
compact compact

30
Security Limit Switch compact
60 Casing, PA-GF, black
Positive break
22

Rated voltage: 24 V AC/DC / 230 V AC, 4A

Protection: IP 67, EN 60529
Test certification to BG-GS-ET-15
A 23 Washers
M12x1 31 B10d switch (NC) 2,000,000
19 B10d switch (NO) 1,000,000
Note: at 10% and with ohmic load
Service life: 20 years
m = 80.0 g
1 pce. 0.0.473.90

219
 Enclosures, guards and partitions

Illustration of circuits: Wiring diagram:

Security Limit Switch com- Security Limit Switch com-
pact 2NC pact 2NC

30
Security Limit Switch compact 2NC
60 Casing, PA-GF, black
6 22 Positive break
Rated voltage: 24 V AC/DC / 230 V AC, 4A
Protection: IP 67, EN 60529
Test certification to BG-GS-ET-15
A 23 Washers
M12x1 31 B10d switch (NC) 2,000,000
19 Service life: 20 years
m = 80.0 g
1 pce. 0.0.489.85

Illustration of circuits: Wiring diagram:

Security Lock compact Security Lock compact

30
Security Lock compact, 230 V AC
60 Casing, PA-GF, black
Positive break
22

Rated control supply voltage: 230 V AC

A Protection: IP 67, EN 60529
M12x1
90

Test certification to BG-GS-ET-19

Triangular socket wrench DIN 22417 M5
B10d switch (NC) 2,000,000
37 20

Service life: 20 years

m = 305.0 g
B
1 set 0.0.473.27
M12x1
23
Security Lock compact, 24 V AC/DC
15.5 31
Casing, PA-GF, black
Positive break
Rated control supply voltage: 24 V AC/DC
Protection: IP 67, EN 60529
Test certification to BG-GS-ET-19
Triangular socket wrench DIN 22417 M5
B10d switch (NC) 2,000,000
Service life: 20 years
m = 305.0 g
1 set 0.0.473.26

220
 Enclosures, guards and partitions

Illustration of circuits: Wiring diagram:

Security Lock compact 2NC Security Lock compact 2NC

30
Security Lock compact 2NC, 230 V AC
60 Casing, PA-GF, black
Positive break 6
22

Rated control supply voltage: 230 V AC

A Protection: IP 67, EN 60529
M12x1
90

Test certification to BG-GS-ET-19

Triangular socket wrench DIN 22417 M5
B10d switch (NC) 2,000,000
37 20

Service life: 20 years

m = 305.0 g
B
1 set 0.0.489.83
M12x1
23
Security Lock compact 2NC, 24 V AC/DC
15.5 31
Casing, PA-GF, black
Positive break
Rated control supply voltage: 24 V AC/DC
Protection: IP 67, EN 60529
Test certification to BG-GS-ET-19
Triangular socket wrench DIN 22417 M5
B10d switch (NC) 2,000,000
Service life: 20 years
m = 305.0 g
1 set 0.0.489.82

Fixed Actuator for Security Limit Switch / Lock compact

St, corrosion-resistant
22

2 security button-head screws M4x10, St, bright zinc-plated

2 square nuts similar to DIN 557-M4-5, St, bright zinc-plated
m = 16.0 g
1 set 0.0.473.23

11 Movable Actuator for Security Limit Switch / Lock compact

PA-GF / St, corrosion-resistant
3 security button-head screws M4x14, St, bright zinc-plated
3 square nuts similar to DIN 557-M4-5, St, bright zinc-plated
22

m = 22.0 g
1 set 0.0.473.24
14.5 Security Switch Connecting Cable M12x1 Code A
Connecting cable 4x0.75 mm2 l=5m d = 6 mm
m = 317.0 g
41.5

1 pce. 0.0.473.25

Security Switch Connecting Cable M12x1 Code B

Connecting cable 4x0.75 mm2 l=5m d = 6 mm
m = 317.0 g
1 pce. 0.0.473.93

221
 Enclosures, guards and partitions

Fastening Set 6-8 is suitable for universal fastening of the

Security Limit Switch/Security Lock compact and the actuator
to Profiles 6 and/or 8. The slots allow customised adaptation
to the direction of actuation and the position of the elements in
relation to each other.

6 Security L-Key Set 596

60 Fastening Set 6-8 for Security Limit Switch / Lock compact

Angle bracket 6-8, die-cast zinc, similar to RAL 9006
40
8 Angle bracket cap 6-8, PA-GF, black
Fastening plate 6-8, die-cast zinc, similar to RAL 9006
Fastening elements: security button-head screws and T-Slot Nuts
m = 349.0 g
1 set 0.0.473.22

M4x14 M4x35
48

4.2
60
40

80
M5x18
12.5

222
 7

H i n g e s a n d f i tt i n gs 7
Hinges
Door Rabbets and Seals
Sliding-Door Guide Sets
T-Slot Sliders/T-Slot Rollers
Slide Guides
Castors
Roller Shutter System
 H i n ges a n d f i tt i n gs

Hinges and fittings

Products in this section

Hinges PA Hinges Al light Hinge Leaf Profiles Modular Hinge System 8 Hinges St
Made from durable plastic Made from aluminium, also For assembling Hinges Al For particularly strong Slim and made from steel
For lightweight doors and suitable for heavyweight light in any size doors and lids For doors and lids sub-
lids doors Suitable for continuous Carefully designed hinge jected to standard loads
Can be installed to produce hinge strips leaves that can be com-
a very small door gap bined as required

7
225 228 231 233 236

Hinges Zn Door Rabbet 8 Door Stop Seal Sliding-Door Guide Set 8 Sliding-Door Guide Profile
Secure fixing for heavily The secure stop for swing Elastic lip seal has cushion- Easy-running sliders on the For retrofitting sliding doors
loaded doors and lids doors ing effect panel element to profile constructions
Durable metal design Safety thanks to robust Protects against dust and Guidance along the profile For frameless panel ele-
design dampness groove ments made from plastic

237 240 241 242 244

T-Slot Slider Slide Guide Strip T-Slot Slider Runway Profiles Roller Shutter System
Glides in the groove and For the Slide Guides of Strong metal slide System solutions compris- Space-saving protection
enables free rotation doors and fixtures Plastic inserts for low-wear ing Castor Units and provided by a flexible door
Guide for folding, lifting and Plastic strips for guidance and low-friction movement Runway Profiles as a turnkey solution
sliding doors in the profile groove For use with high-load- Aluminium or plastic roller
carrying customised slides shutters

246 248 250 254 258

224
 H i n ges a n d f i tt i n gs

Hinges PA
Made from durable plastic
For lightweight doors and lids
Products from Line X also available

   

Hinges PA have an anti-torsion feature that The shape and colour of Hinges X 8 PA match Double Hinges PA can only be used on 20 mm wide profiles in
engages with the profile grooves. Before the Profiles X 8. Line 5, on 30 mm wide profiles in Line 6 and on 40 mm wide
Hinges can be fastened to a panel element, profiles in Line 8.
through-holes need to be drilled into the panel.

Hinge / Double Hinge

    
X8
a Screw DIN 7991 M5x8 M5x14 M6x16 M6x16 M6x20
b T-Slot Nut 5 St M5 6 St M5 8 St M6 8 St M6 V8 St M6
c [mm] 5 6.3 8.2 8.2 8.2
d [mm] 15 22 23.8 30 24
e [mm] 9 14 18 18 18
Line 6, 8 and 10 door elements can be attached either perma- f M5 M5 M6 M6 M6
nently or in such a way that they can be lifted off subsequently.
For the lift-off version, the doors must be equipped only with F [N] 50 75 100 100 100
right-hand or left-hand Hinges.
For the permanently fixed version, right-hand and left-hand
Hinges must be combined.

1.5 6

Hinge 5 PA
4
PA-GF
20

cannot be lifted out

m = 6.0 g
DIN74-Bm5 20.
4 black, 1 pce. 0.0.370.18
32 grey similar to RAL 7042, 1 pce. 0.0.641.54

225
 H i n ges a n d f i tt i n gs

1.5 6

Double Hinge 5 PA
4
PA-GF

20
cannot be lifted out
m = 10.0 g
DIN74-Bm5
20. black, 1 pce. 0.0.437.33
22
0.2
52 
Fastening Set 5 for Bracket / Angle Bracket 5 20 / profile side for Hinge 5 PA
Countersunk Screw DIN 7991-M5x8, St, black
T-Slot Nut 5 St M5, bright zinc-plated
m = 2.5 g
1 set 0.0.370.70

2.5 6

Hinge 6 PA, right
5
Hinge halves, PA-GF
Pin, St, bright zinc-plated
30

Washer, PA
DIN74-Bm5 m = 14.0 g
30. black, 1 pce. 0.0.431.23
3
7 48 grey similar to RAL 7042, 1 pce. 0.0.641.53

2.5 6

Hinge 6 PA, left
5
Hinge halves, PA-GF
Pin, St, bright zinc-plated
30

Washer, PA
DIN74-Bm5 m = 14.0 g
30. black, 1 pce. 0.0.431.25
3
48 grey similar to RAL 7042, 1 pce. 0.0.641.52

2.5

Double Hinge 6 PA
5 6
Hinge halves, PA-GF
Pin, St, bright zinc-plated
30

Washer, PA
m = 25.0 g
DIN74-Bm5
30. black, 1 pce. 0.0.431.27
3
30.
78. 3 
3 Fastening Set 6 profile side for Hinge 6 PA
T-Slot Nut 6 St M5, bright zinc-plated
Countersunk Screw DIN 7991-M5x14, St, black
m = 7.0 g
1 set 0.0.434.65

7.5
4 
6 Hinge 8 PA, right
Hinge halves, PA-GF
32

Pin, St, bright zinc-plated

Washer, PA
DIN74-Bm6
m = 21.0 g
40. black, 1 pce. 0.0.026.12
4
60 grey similar to RAL 7042, 1 pce. 0.0.630.89

7.5
4 
6 Hinge 8 PA, left
Hinge halves, PA-GF
32

Pin, St, bright zinc-plated

Washer, PA
m = 21.0 g
DIN74-Bm6
40. black, 1 pce. 0.0.026.10
4
60 grey similar to RAL 7042, 1 pce. 0.0.630.45

226
 H i n ges a n d f i tt i n gs

7.5
4 
Double Hinge 8 PA
6
Hinge halves, PA-GF

32
Pin, St, bright zinc-plated
Washer, PA
m = 40.0 g
DIN74-Bm6
40.
black, 1 pce. 0.0.373.42
4
100 40.4 
Fastening Set 8 profile side for Hinge 8 PA
T-Slot Nut 8 St M6, bright zinc-plated
Countersunk Screw DIN 7991-M6x16, St, black
m = 14.0 g
1 set 0.0.026.28

7.5
4  
Hinge 10 PA 10/8, right
6 8
Hinge halves, PA-GF
10
32

Pin, St, bright zinc-plated

Washer, PA
m = 34.0 g
DIN74-Bm6
20.
2 grey similar to RAL 7042, 1 pce. 0.0.641.96 7
25.
2
66

7.5
 
Hinge 10 PA 10/8, left
6 10
Hinge halves, PA-GF
8 Pin, St, bright zinc-plated
32

4 Washer, PA
m = 34.0 g
DIN74-Bm6 grey similar to RAL 7042, 1 pce. 0.0.641.94
25.
2
20.
2
66

-JOF 

3 -JOF 
6.4 7.4 Hinge X 8 PA, right
2 Hinge Leaves, PA
Washer, St, bright zinc-plated
40

Grooved pin, St, bright zinc-plated

m = 28.0 g
DIN74-Bm6 grey similar to RAL 7042, 1 pce. 0.0.601.52
40.
4
70

3 -JOF 
6.4 7.4 Hinge X 8 PA, left
2 Hinge Leaves, PA
Washer, St, bright zinc-plated
40

Grooved pin, St, bright zinc-plated

m = 28.0 g
DIN74-Bm6 grey similar to RAL 7042, 1 pce. 0.0.601.97
40.
4
70

227
 H i n ges a n d f i tt i n gs

Hinges Al
Strong, adjustable and elegant

Made from aluminium, also suitable for heavyweight doors

Can be installed to produce a very small door gap
Versions with a 270 opening angle are available

  

F = 500 N

0.1

270

Irrespective of line or version, all Hinges Al Hinges Al FP0-270 feature hinge leaves in different lengths. Hinges Al light duty are supplied in sets with
light duty, have the connection dimensions This enables an opening angle of 270. The surface-mounted screws and T-Slot Nuts for securing to profiles
shown here. hinges secure both frameless panels and profile frames of the relevant line.
containing panel elements. Thanks to precision guidance that
prevents the door leaf from sinking down, doors can be easily
installed with virtually no gap between door and frame.

0.3 Hinge 6 Al PP0, light duty



Hinge Leaf, Al, anodized, natural

2 T-Slot Nuts 6 St M5, bright zinc-plated
2 Countersunk Screws DIN 7991-M5x12, bright zinc-plated
Hinge Al light, Pin Set D6
Notes on Use and Installation
15.2 m = 84.0 g
27.2
1 set 0.0.488.98

228
 H i n ges a n d f i tt i n gs

0.3 Hinge 6 Al FP0, light duty



15
Hinge Leaf, Al, anodized, natural
T-Slot Nut 6 St M5, bright zinc-plated
Countersunk Screw DIN 7991-M5x12, bright zinc-plated
Hinge Al light, Pin Set D6
Notes on Use and Installation
27.2
m = 78.0 g
1 set 0.0.489.01
4 Hinge 6 Al PP4, light duty


Hinge Leaf, Al, anodized, natural

2 T-Slot Nuts 6 St M5, bright zinc-plated
34.5
22.5

2 Countersunk Screws DIN 7991-M5x12, bright zinc-plated

Hinge Al light, Pin Set D6
Notes on Use and Installation
m = 86.0 g
1 set 0.0.489.03
4.1 Hinge 6 Al FP4, light duty


0.3
Hinge Leaf, Al, anodized, natural
13 T-Slot Nut 6 St M5, bright zinc-plated
7
Countersunk Screw DIN 7991-M5x12, bright zinc-plated
34.5

Hinge Al light, Pin Set D6

Notes on Use and Installation
m = 79.0 g
27.2
1 set 0.0.489.05

Hinge 6 Al FP0-270 light
Hinge Leaf, Al, anodized, natural
2 T-Slot Nuts 6 St M5, bright zinc-plated
0.1 2 Countersunk Screws DIN 7991-M5x12, St, bright zinc-plated
15 Hinge Al light, Pin Set D6
57.5 Notes on Use and Installation
m = 101.0 g
1 set 0.0.615.43
0.8 Hinge 8 Al PP0, light duty


Hinge Leaf, Al, anodized, natural

2 T-Slot Nuts V 8 St M6, bright zinc-plated
2 Countersunk Screws DIN 7991-M6x14, bright zinc-plated
Hinge Al light, Pin Set D6
Notes on Use and Installation
m = 110.0 g
20.4
36.2 1 set 0.0.488.90

0.6 Hinge 8 Al FP0, light duty



Hinge Leaf, Al, anodized, natural

20 T-Slot Nut V 8 St M6, bright zinc-plated
Countersunk Screw DIN 7991-M6x14, bright zinc-plated
Hinge Al light, Pin Set D6
Notes on Use and Installation
m = 94.0 g
36.2
1 set 0.0.488.92
4 Hinge 8 Al PP4, light duty


Hinge Leaf, Al, anodized, natural

2 T-Slot Nuts V 8 St M6, bright zinc-plated
43.5

2 Countersunk Screws DIN 7991-M6x14, bright zinc-plated

27.5

Hinge Al light, Pin Set D6

Notes on Use and Installation
m = 113.0 g
1 set 0.0.488.94

229
 H i n ges a n d f i tt i n gs

4.2 Hinge 8 Al FP4, light duty



0.4
Hinge Leaf, Al, anodized, natural
T-Slot Nut V 8 St M6, bright zinc-plated
18 Countersunk Screw DIN 7991-M6x14, bright zinc-plated
Hinge Al light, Pin Set D6

43.5
Notes on Use and Installation
m = 96.0 g
1 set 0.0.488.96
36.2

Hinge 8 Al FP0-270 light
Hinge Leaf, Al, anodized, natural
2 T-Slot Nuts V 8 St M6, bright zinc-plated
2 Countersunk Screws DIN 7991-M6x14, St, bright zinc-plated
0.1 Hinge Al light, Pin Set D6
19.7 Notes on Use and Installation
76.5 m = 128.0 g
1 set 0.0.615.45
4 Hinge 10 Al PP4 light


7 Hinge leaves, Al, anodized, natural

2 T-Slot Nuts 10 St M6, bright zinc-plated
2 Countersunk Screws DIN 7991-M6x18, St, bright zinc-plated
52.5

Hinge Al light, Pin Set D6

32.5

Notes on Use and Installation

m = 144.0 g
1 set 0.0.632.86
4.2 Hinge 10 Al FP4 light


0.4
Hinge leaves, Al, anodized, natural
T-Slot Nut 10 St M6, bright zinc-plated
Countersunk Screw DIN 7991-M6x18, St, bright zinc-plated
Hinge Al light, Pin Set D6
18
52.2

Notes on Use and Installation

m = 134.0 g
1 set 0.0.632.87
36.2
0.6 
Hinge 6/8 Al PP0, light duty
 

Hinge Leaf, Al, anodized, natural
T-Slot Nut 6 St M5, bright zinc-plated
Countersunk Screw DIN 7991-M5x12, bright zinc-plated
T-Slot Nut V 8 St M6, bright zinc-plated
Countersunk Screw DIN 7991-M6x14, bright zinc-plated
Hinge Al light, Pin Set D6
15.2 20.4 Notes on Use and Installation
27.2 36.2 m = 98.0 g
1 set 0.0.489.07
4 
Hinge 6/8 Al PP4, light duty
 

Hinge Leaf, Al, anodized, natural
T-Slot Nut 6 St M5, bright zinc-plated
43.5

Countersunk Screw DIN 7991-M5x12, bright zinc-plated

34.5

T-Slot Nut V 8 St M6, bright zinc-plated

Countersunk Screw DIN 7991-M6x14, bright zinc-plated
Hinge Al light, Pin Set D6
Notes on Use and Installation
m = 101.0 g
1 set 0.0.489.09

230
 H i n ges a n d f i tt i n gs

Hinge Leaf Profiles

Individual hinge leaves in various designs
Continuous hinge strips possible
Suitable pins for customised hinges

&4%   

a [mm] b+ 0.2 [mm]

90 
5.4 11
b 
6.4 13

6.4 13
a
7

The Hinge Leaf Profiles must be provided with a countersink

for screw fastening. The correct position of the hole is marked
by a guide notch on the back of the hinge.

Pin Set D6 makes the fitting

of all Hinges Al light childs
play!

14 Hinge Leaf Profile 6 e light



8
Al, anodized
m = 0.54 kg/m
3.8
14.5

natural, cut-off max. 3000 mm 0.0.478.96

7.5

15.2 natural, 1 pce., length 3000 mm 0.0.451.80

34.2
14 Hinge Leaf Profile 6 e 60 light


8
Al, anodized
m = 0.83 kg/m
3.8
14.5

natural, cut-off max. 3000 mm 0.0.615.38

7.5

15.5 natural, 1 pce., length 3000 mm 0.0.615.37

45.5
64.5
14 Hinge Leaf Profile V 6 e light


8
Al, anodized
m = 0.57 kg/m
3.8
14.5

natural, cut-off max. 3000 mm 0.0.478.95

7.5

6.2 natural, 1 pce., length 3000 mm 0.0.451.78

2

15.2
34.2

231
 H i n ges a n d f i tt i n gs

14 Hinge Leaf Profile V 6 z light



8
Al, anodized

3.8
m = 0.60 kg/m
natural, cut-off max. 3000 mm 0.0.478.94

2
6.2 natural, 1 pce., length 3000 mm 0.0.451.76
22.5
41.5
14 Hinge Leaf Profile 8 e light


8
Al, anodized
m = 0.64 kg/m

3.8
14.5

natural, cut-off max. 3000 mm 0.0.488.36

7.5

20.2 natural, 1 pce., length 3000 mm 0.0.454.58

43.2
14 Hinge Leaf Profile 8 e 80 light


8
Al, anodized
m = 1.03 kg/m
3.8
14.5

7 natural, cut-off max. 3000 mm 0.0.615.40

7.5

20.2 natural, 1 pce., length 3000 mm 0.0.615.39

60.5
83.2
14 Hinge Leaf Profile V 8 e light


8
Al, anodized
m = 0.71 kg/m
3.8
14.5

natural, cut-off max. 3000 mm 0.0.488.35

7.5

8 natural, 1 pce., length 3000 mm 0.0.454.56

3.3

20.4
43.2
14 Hinge Leaf Profile V 8 z light


8
Al, anodized
3.8

m = 0.73 kg/m
natural, cut-off max. 3000 mm 0.0.488.34
8
2

3.3

natural, 1 pce., length 3000 mm 0.0.454.54

27.5
50.5
14 Hinge Leaf Profile V 10 z


8
Al, anodized
3.8

m = 0.84 kg/m
natural, cut-off max. 3000 mm 0.0.632.92
10
2

3.6

natural, 1 pce., length 3000 mm 0.0.632.84

32.5
59.5
&4%
Hinge Al light, Pin Set D6
32

Grooved pin, St, bright zinc-plated

2 bearing sleeves, PA, black
Washer, St, stainless
0.3

2 caps, PA, grey

Notes on Use and Installation
60

m = 25.0 g
6 1 set 0.0.621.16
0.9

232
 H i n ges a n d f i tt i n gs

Modular Hinge System 8

For particularly strong doors and lids
Carefully designed hinge leaves that can be combined as required
Suitable pins for hinge combinations

Modular Hinge System for high-strength aluminium hinges.

Suitable for heavy doors, lids and swivel-type devices.
Hinge Leaves of various heights and widths support heavy-duty
hinges of virtually any length which the user can adapt to the
specific situation. Hinges with an opening angle of up to 270
can be achieved using a suitable combination of sets.
A hinge consists of at least two Hinge Leaves and a suitable 7
Hinge Pin. The Hinge Leaves and Pin are available in different
lengths. When selecting these components, the minimum
depth which the pin is inserted into the eye of the Hinge Leaf
must always be taken into account.
Defined sets always contain all components necessary for a
complete Hinge Leaf or Hinge Pin.
The use of slots and stepped locating lugs for screwing the
Hinge Leaves facilitates the process of aligning the doors in
the surrounding door frame. The locating lugs also serve as an The required hinge can be assembled easily from the following sets:
anti-torsion device in the groove, thus preventing the hinges a = Hinge Leaf 8 40x40
from becoming displaced under load.
Fastening is also possible to the end face of the profile. The b = Hinge Pin D8x51
slots are sealed with the enclosed Caps after installation has c = Hinge Pin D8x76
been completed, as are the drill holes of the hinge eyes.
d = Hinge Leaf 8 80x40
e = Hinge Leaf 80x80
f = Hinge Pin D8x116

Various Hinge Leaves and Hinge Pins can be combined to Example of a hinge opening around 270.
construct hinge strips. The combination of Hinge Leaf 8 80x80 and two Hinge Leaves
For example: Constructing a hinge strip with Hinge Leaves 8 8 40x40 (using a Hinge Pin D8x116) can be used to construct
80x40. a hinge with a 270 angle of swing. This may be required,
first and foremost, when constructing wide-opening doors in
machine panelling.

233
 H i n ges a n d f i tt i n gs

Application Fr perm. Fax perm.

1 150 N 750 N
2 350 N 750 N
3 350 N 450 N

Fax x r = Fr x h

The data apply for at least two hinges per door - one hinge
7 assumed to be supporting.

40 8 Hinge Leaf 8 40x40


19.6
Hinge Leaf, Al, anodized, natural
Locating lug, Al, anodized, natural
Button-Head Screw ISO 7380-M8x18, St, bright zinc-pl.
Washer DIN 433-8.4, St, bright zinc-plated
T-Slot Nut V 8 St M8, St, bright zinc-plated
40

Caps, PA-GF, black

m = 68.0 g
12
1 set 0.0.483.60

80 Hinge Leaf 8 80x40
Hinge Leaf, Al, anodized, natural
19.6 2 Locating lugs, Al, anodized, natural
8 2 Button-Head Screws ISO 7380-M8x18, St, bright zinc-pl.
2 washers DIN 433-8.4, St, bright zinc-plated
2 T-Slot Nuts V 8 St M8, St, bright zinc-plated
Caps, PA-GF, black
m = 125.0 g
1 set 0.0.483.59
40

40
12

234
 H i n ges a n d f i tt i n gs


80 Hinge Leaf 8 80x80
19.6
8 Hinge Leaf, Al, anodized, natural
2 Locating lugs, Al, anodized, natural
2 Button-Head Screws ISO 7380-M8x18, St, bright zinc-pl.
2 Washers DIN 433-8.4, St, bright zinc-plated
2 T-Slot Nuts V 8 St M8, St, bright zinc-plated
Caps, PA-GF, black
m = 225.0 g
1 set 0.0.485.22

40
80
12

19.6 Hinge Pin D8x51

13.5 Pin, St, stainless
Locking ring, St, black
Grub screw DIN 916-M4x4, St, black
51
7

m = 32.0 g
1 set 0.0.483.62
8 7
19.6 Hinge Pin D8x76
13.5

Pin, St, stainless

2 locking rings, St, black
2 grub screws DIN 916-M4x4, St, black
7

L = 76 mm
m = 55.0 g
L

1 set 0.0.483.61

Hinge Pin D8x116

Pin, St, stainless
8 2 locking rings, St, black
2 grub screws DIN 916-M4x4, St, black
L = 116 mm
m = 70.0 g
1 set 0.0.486.16

235
 H i n ges a n d f i tt i n gs
Hinge St

Hinge St
For lightweight doors and lids
Can be installed to prevent disassembly from outside

  

Note: T-Slot Nuts 8 Zn M5 is recommended for screwing Hinge These attachment versions of Hinge St cannot be unscrewed F = 250 N
St to the Line 8 Profile. from the outside.

T-Slot Nuts Zn 137

64 Hinge St
14
2 11 1 Hinge halves, St, black
5.7
40

9 3 dome-head screws M5x8, St, black

20
5.2

DIN125-5.3 Hexagon Nut DIN 934-M5, St, black

Washer DIN 125-5,3, St, black
M5
Cup square bolt DIN 603-M5x16, St, black
M5x8
m = 51.0 g
1 set 0.0.373.82
20

M5x16
5.5

236
 H i n ges a n d f i tt i n gs

Hinges 6 Zn
For medium-weight doors and lids
Durable metal design

 

Hinge 6 30 Zn 6/6 Hinge 6 30 Zn 6/8 Hinge 6 30 Zn 8/8

Possibilities for mounting the anti-torsion block with profiles Possibilities for mounting the anti-torsion block with profiles Possibilities for mounting the
line 6. line 6 and 8. anti-torsion block with profiles
line 8.

F = 300 N

6.2 
Hinge 6 30 Zn 6/6
6.2
60. Hinge, die-cast zinc, black
6
6 2 anti-torsion blocks 6, die-cast zinc, black
2 Countersunk Screws DIN 7991-M5x14, St, black
m = 62.0 g
M5x14 1 set 0.0.441.58
29.8

30
M5x14 35. .8/ 5.5
6/4
0.4
6.2  
Hinge 6 30 Zn 6/8
8
60. Hinge, die-cast zinc, black
6
6 Anti-torsion block 6, die-cast zinc, black
Anti-torsion block 8, die-cast zinc, black
Countersunk Screw DIN 7991-M5x14, St, black
M5x14 Countersunk Screw DIN 7991-M5x16, St, black
29.8

m = 63.0 g
35
M5x16 35. .4/ 5.5 1 set 0.0.441.61
8/4
0.6
8 
Hinge 6 30 Zn 8/8
8
60. Hinge, die-cast zinc, black
6
6 2 anti-torsion blocks 8, die-cast zinc, black
2 Countersunk Screws DIN 7991-M5x16, St, black
m = 63.0 g
M5x16
29.8

1 set 0.0.441.81
30
M5x16 35. .4/ 5.5
6/4
0.8 237
 H i n ges a n d f i tt i n gs

Hinge 8 Zn
For heavily loaded doors and lids
Durable metal design
Products from Line X also available

If required, e.g. when fitting Attaching Hinge 8 40 Zn to F = 750 N Hinge 8 40 Zn can be screw-
to a panel element, the the profile grooves of Line 8. connected to the end face or
anti-torsion pin should be to the profile groove.
removed with a screwdriver.

Hinges X 8 are used on Profiles X 8 when high loads come Hinge X 8 Zn can be screwed
into play (large lids, doors, etc.). Hinges X 8 Zn can be used onto the end face or profile
on the right or left and can be attached to the outer surfaces groove.
or end faces of Profiles. The integrated anti-torsion feature for
additional fixing in the groove can be left out when screwing
Hinge X 8 Zn to level surfaces.
Fastening Hinge X 8 Zn to Line X 8 Profiles. For Profiles with
closed grooves, the groove cover is to be removed to insert the
T-Slot Nuts and positioning guides.
Fmax. = 500 N

238
 H i n ges a n d f i tt i n gs


66 Hinge 8 40 Zn
40 Hinge halves, die-cast zinc, black
m = 180.0 g
14

40
1 pce. 0.0.196.36

24
8

8
4.4
.5
8
R10 80 8.2

-JOF 

-JOF 
81 Hinge X 8 Zn
53 Hinge, die-cast zinc, white aluminium
41 2 Caps, PA-GF, grey 7
2 positioning guides, St, bright zinc-plated
20 12 2 T-Slot Nuts V 8 St M8, bright zinc-plated
2 Countersunk Screws DIN 7991-M8x22, St, bright zinc-plated

m = 212.0 g
1 set 0.0.603.59
8.5
40

10

239
 H i n ges a n d f i tt i n gs
Door Rabbet
Stop

Door Rabbet 8
For partitions with swing doors
Safety thanks to robust design

Application example for door construction:

Clearance on left 28 mm with Hinges 8 40 Zn
and on right 22 mm with Door Rabbets 8, in
combination with Door Lock 8.

7 Door Locks 8 288

14.5/8.5 Door Rabbet 8



2 Door Rabbets, die-cast zinc, black

2 Button-Head Screws ISO 7380-M8x25, St, bright zinc-plated
4 spring washers, St, bright zinc-plated
75

2 T-Slot Nuts 8 St M8, bright zinc-plated

m = 190.0 g
1 set 0.0.265.15
14.5/8.5
8
25
20

Door Stop 8
Flexible plastic Door Rabbet
No scratching of doors and frames
Can be combined with Integrated Lock System 8

42 
40 Door Stop 8
20 2 Door Stops, PA-GF, black
4 Hex. Socket Head Cap Screw DIN 6912-M4x12, St, bright zinc-plated
4 T-Slot Nuts 8 St M4, bright zinc-plated
20

8 m = 76.0 g
1 set 0.0.486.72
4.5

240
 H i n ges a n d f i tt i n gs

Door Stop Seal

Elastic lip seal has cushioning effect
Protects against dust and dampness


40
30

s
s

6.5
40

40

The Door Stop Seals are used in Line 8 frame structures. They
are suitable for doors made of Profiles 6 (modular dimension
30 mm) or Profiles 8 (modular dimension 40 mm) with a door
gap all-round (recommended: s > 4 to 8 mm).

8 Door Stop Seal 8 30



PP/TPE
12

m = 127 g/m
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.616.57
3

16.5
25
8 Door Stop Seal 8 40


PP/TPE
12

m = 154 g/m
grey similar to RAL 7042, 1 pce., length 3000 mm 0.0.617.31
3

26.5
35

241
 H i n ges a n d f i tt i n gs

Sliding-Door Guide Set 8

Easy-running sliders on the panel element
Guidance in Line 8 groove
Two sliding doors can be installed in one groove

There can be either 1 or 2 sliding doors in a single Profile 8

groove.
The slide pieces function as stops or catches for the second
door at the terminal position.

The maximum permissible weight of one door is 10 kg.

32 Sliding-Door Guide Set 8



4 slide pieces (2xright, 2xleft), POM, black

32 4 spacer pieces, POM, black
8 Countersunk Screws DIN 7991-M5x12, St, bright zinc-plated
5.5
8 threaded bushings, St, bright zinc-plated
27

m = 58.0 g
7 1 set 0.0.406.66
5.5

7.9
14
16

242
 H i n ges a n d f i tt i n gs

Sliding-Door Guide Set 8/8

Plastic slide pieces
Designed for use with Clamp Profile 8 32x18
Two sliding doors can be installed in one Line 8 groove

Sliding-Door Guide Set 8/8 There can be either 1 or 2 sliding doors in a single Profile 8
is held securely in the profile groove.
groove by a spring bolt. For The slide pieces function as stops or catches for the second
example, it locks into the door at the terminal position.
mounting bore of Clamp
Profile 8 32x18, which is
ideal for use with Sliding-Door For sliding door constructions with n door elements of
Guide Set 8/8. However, a the same size, the following equation can be used to
separate hole with a diameter calculate the profile length l:
of 7 mm can also be created.
L + 32 (n-1) - 8
l = ___________
n

A side overlap of Caps 8 32x18 of 4 mm is taken into

account.
The maximum permissible weight of one door is 10 kg.

6.9 Sliding-Door Guide Set 8/8


14 32
7.8 4 slide pieces (2x right, 2x left), POM, black
Spring bolt, St, bright zinc-plated
Spring, St, stainless
28.5

m = 49.0 g
1 set 0.0.404.87

20. 7.8
8

243
 H i n ges a n d f i tt i n gs

Sliding-Door Guide Profile

For retrofitting sliding doors to profile constructions
For frameless panel elements made from plastic
Three guide tracks for door combinations

Use Clip 8 St to fasten the Sliding-Door Guide Profile to the Typical arrangement of a 3-part sliding door with equal-sized door segments.
frame profiles at the top and bottom. Next, insert the sliding
The sliding-door catches are attached directly to the panel element if two or three sliding-door
doors as set out below:
panels are to be moved together. Their position can be selected individually, in order to deter-
1. Insert the panel element up into the desired top guide track
mine the required opening path of the accompanying door panels and the overlap of the doors x
of the Sliding-Door Guide Profile.
(xmin. = 25 mm).
2. Lower the panel element into the corresponding bottom
guide track.
3. Position the catch at the top to prevent the doors from being
inadvertently knocked out.

Clip 8 St 69

The sliding-door catches Rubber rings are mounted

must be fitted correctly, so as on the catches as shock
to ensure that hands cannot absorbers.
become trapped in Handles
or Recessed Grips.

244
 H i n ges a n d f i tt i n gs


Sliding-Door Guide Profile 8 40x20, Top

6.1
20
Al, anodized
8.7 A [cm2] m [kg/m]
40 2.76 0.75
natural, cut-off max. 3000 mm 0.0.473.75
natural, 1 pce., length 3000 mm 0.0.473.42
8.7 Sliding-Door Guide Profile 8 40x20, Bottom


Al, anodized
20 A [cm2]

14
m [kg/m]
40 3.43 0.93
natural, cut-off max. 3000 mm 0.0.473.74
natural, 1 pce., length 3000 mm 0.0.473.41

12 Sliding-Door Catch Set


20

2 Cap Screws DIN 912-M3x12, St, bright zinc-plated

9

4.2 2 nuts DIN 934-M3, St, bright zinc-plated

2 damping rings, NBR, black
m = 4.0 g 7
1 set 0.0.473.81

245
 H i n ges a n d f i tt i n gs

T-Slot Slider
Glides in the groove and enables free rotation
Guide for folding, lifting and sliding doors
Low-friction plastic

  

Construction of a folding door with T-Slot Unrestricted rotation of the T-Slot Slider 8 can also be
Sliders T-Slot Slider around the hub fitted to the end faces of
also compensates for pos- Profiles 8 40x40.
sible alignment errors.

a F

11 mm 30 N

13 mm 40 N

10 mm 60 N


4.8

T-Slot Slider 5
4.8
T-Slot Slider, POM, black
T-Slot Slider hub, St, bright zinc-plated
4.2

T-Slot Nut 5 St M3
20 18 Countersunk Screw DIN 7991-M3x10, St, bright zinc-plated
m = 6.0 g
1 set 0.0.437.98
6 
8

T-Slot Slider 6
T-Slot Slider, POM, black
T-Slot Slider hub, St, bright zinc-plated
5

T-Slot Nut 6 St M4
30 Countersunk Screw DIN 7991-M4x14, St, bright zinc-plated
27 m = 21.0 g
1 set 0.0.459.07

10.5

7.8 T-Slot Slider 8

T-Slot Slider, POM, black
Adapter washer DIN 988-8x14x1, St, stainless
3.6

T-Slot Nut V 8 St M8, bright zinc-plated

Countersunk Screw DIN 7991-M8x13, St, bright zinc-plated
m = 24.0 g
40 40 1 set 0.0.601.23

246
 H i n ges a n d f i tt i n gs

T-Slot Roller
For pull-outs of all types
Roller uses Line 8 groove as guide
Fixed and floating bearing rollers prevent binding in the guide

The T-Slot Rollers connect Special T-Slot Nut 8 Zn

Profile 8 with the moving M4e with a central offset of
component without any 1 mm is available for moving
central offset. elements made of Line 8
components. This ensures no
collisions can occur during
movement.

F
T-Slot Roller 8L 50 N
T-Slot Roller 8F 50 N

12.7 
T-Slot Roller 8 L
2
Floating bearing roller, POM, black
7.8

Bearing hub, St, bright zinc-plated

4.1 m = 4.0 g
8 1 set 0.0.457.60
10.2
15

12.7 
T-Slot Roller 8 F
Fixed bearing roller, POM, black
2
15

Bearing hub, St, bright zinc-plated

4.1 m = 5.0 g
1 set 0.0.457.51
9.2
15
1 8 T-Slot Nut 8 Zn M4e

M4
Die-cast zinc
M = 1.5 Nm m = 5.0 g
31.4
7.5

black, 1 pce. 0.0.457.47

247
 H i n ges a n d f i tt i n gs

Slide Guide Strips

For the Slide Guides of doors and fixtures
Plastic strips for guidance in the profile groove
Fasten to a frame or sliding element

  

Slide Guide L (A = floating bearing) and Slide Guide F Required machining and fastening elements for fixing a Slide
(B = fixed bearing) as guide elements, secured to a moving Guide Strip of any required length at the floating bearing end.
component.
The distance between the fastening elements should be
chosen to reflect the load.

Slide Guide Strip

  

a M2.5 M3 M4
b M2.5x8 DIN 916 M3x12 DIN 916 M4x16 DIN 916
c 2.0 mm - -
d DIN 9021-2.7 DIN 9021-3.2 DIN 9021-4.3
e 0.8 mm 1.0 mm 2.0 mm
Required machining and fastening elements for fixing the Slide
Guide Strip at the fixed bearing end. f M2.5x8 DIN 912 M3x12 ISO 7380 M4x16 ISO 7380
Slide Guide Strip 5/5e must be counterbored by c = 2 mm in l 5.5+0.5 mm 7.0+0.5 mm 9.5+0.5 mm
the area of the screw head.

4.9 Slide Guide Strip 5/5e


2 2.5 2.5

PE-UHMW
9.6

m = 80 g/m
0.8 black, 1 pce., length 2000 mm 0.0.464.24
16

Slide Guide 5/5e L
40
26 PE-UHMW
with threaded bores
2 grub screws DIN 916-M2.5x8, St, bright zinc-plated
m = 5.0 g
1 set 0.0.464.29

Slide Guide 5/5e F
40
26
PE-UHMW
with through bores
2 T-Slot Nuts 5 St M3, stainless
2 Countersunk Screws DIN 7991-M3x14, St, bright zinc-plated
2 O-rings 3x1
m = 8.0 g
1 set 0.0.464.27
248
 H i n ges a n d f i tt i n gs

5.9 Slide Guide Strip 6/6e



2
PE-UHMW

12.5
3
m = 150 g/m
1

3.2
black, 1 pce., length 2000 mm 0.0.459.27
24

Slide Guide 6/6e L
60
40 PE-UHMW
with threaded bores
2 grub screws DIN 916-M3x12, St, bright zinc-plated
m = 11.0 g
1 set 0.0.459.32

Slide Guide 6/6e F
60
40 PE-UHMW
with through bores
2 T-Slot Nuts 6 St M3, bright zinc-plated
2 Button-Head Screws M3x18, St, bright zinc-plated
2 O-rings 3x1
m = 19.0 g
7
1 set 0.0.459.30
7.9 Slide Guide Strip 8/8e

4

PE-UHMW
17.8
4

m = 260 g/m
black, 1 pce., length 2000 mm 0.0.458.58
2
4.8

32

Slide Guide 8/8e L
80 PE-UHMW
52
with threaded bores
2 grub screws DIN 916-M4x16, St, bright zinc-plated
m = 22.0 g
1 set 0.0.465.26


Slide Guide 8/8e F
80 PE-UHMW
52
with through bores
2 T-Slot Nuts 8 St M4, bright zinc-plated
2 Button-Head Screws M4x25, St, bright zinc-plated
2 O-rings 4x1.5
m = 44.0 g
1 set 0.0.465.24

249
 H i n ges a n d f i tt i n gs

T-Slot Slider
The solution for robust and easy-running slides

Strong metal slide carrier

Plastic slider for low-wear and low-friction movement
For durable, reliable linear motion along a Line 8 groove
Also available with clamp attachment


F
F
F

4
L
7

Slide guides with several slides must be designed as a combination of fixed The slides must always be connected to the Profile 8 grooves using only the
bearing (F) and floating bearing (L). This compensates for tolerances and specially prepared Fastening Sets,part No 0.0.619.62.
ensures ease of movement. The average coefficient of sliding friction of a T-Slot The maximum permissible load for a T-Slot Slider 8 80x40 is:
Slider is = 0.22. Fmax. = 50 N

6.4
a
4

The length of the threaded stud (l) for the clamp lever must be appropriate to the height of the structure (a). Maximum length of threaded
stud:
l = a + 26.5

250
 H i n ges a n d f i tt i n gs


T-Slot Slider 8 80x40

4
80 20
20 Slide, die-cast zinc
Slide inserts, POM
6.2 3 nuts M6
32 m = 44.0 g
1 set 0.0.607.39

13

T-Slot Slider 8 80x40 with Slide Clamp
Slide, die-cast zinc, bright zinc-plated
2 slide elements, POM
2 nuts ISO 4035-M6, St, bright zinc-plated
Special T-Slot Nut 8 St M6 heavy duty, bright zinc-plated
Threaded stud DIN 913-M6x65, St, bright zinc-plated
Threaded stud DIN 913-M6x45, St, bright zinc-plated
Threaded stud DIN 913-M6x35, St, bright zinc-plated
80 4
20 Clamp Lever M6-45, black
20 Washer DIN 9021-6.4, St, bright zinc-plated
m = 145.0 g
1 set 0.0.626.68
32 7


T-Slot Slider 8 80x40, Fastening Set Floating Bearing
Button-Head Screw M5x25, St, bright zinc-plated
T-Slot Nut V 8 St M5, bright zinc-plated
O-ring 5x1.2
m = 17.0 g
1 set 0.0.619.53

T-Slot Slider 8 80x40, Fastening Set Fixed Bearing
2 Button-Head Screws M6x25, St, bright zinc-plated
2 T-Slot Nuts V 8 St M6, bright zinc-plated
2 O-rings 6x2
m = 34.0 g
1 set 0.0.619.62

251
 H i n ges a n d f i tt i n gs

Castors
Versatile and easy running
Guidance along the profile groove

  

Versatile Castors which can be mounted in the profile grooves.

Using screws M5 (Line 5) and M6 (Lines 6 and 8), the Castors
can be secured to any chosen components in order to move
these along the profile groove.

  
Castor
F 50 N 100 N 150 N
a 5.0 mm 8.5 mm 12.0 mm
b 4.0 mm 5.5 mm 10.0 mm

Light, intrinsically stable panel elements can be used as sliding

doors in conjunction with the Castors.

11 
Castor 5
19.5

5.1 Castor, POM, black

Bearing hub, St, black
Washer DIN 125-5.3, St, bright zinc-plated
15

5 m = 4.0 g
1 pce. 0.0.370.97
16 
Castor 6
6.1 Castor, POM, black
29

Bearing hub, St, black

Washer DIN 125-6.4, St, bright zinc-plated
6.2 m = 16.0 g
24

1 pce. 0.0.419.79
18 
Castor 8
Castor, PA-GF, black
6
39.5

2 deep-groove ball bearings, sealed

m = 32.0 g
1 pce. 0.0.026.83
26

252
 H i n ges a n d f i tt i n gs

Castor Unit 8 PA
Fully enclosed castor
Door runs alongside the guide profile
Ball-bearing, load-carrying castor

The mounting slots in the

flange can be used to adjust
the height of the Castor Unit.
Castor 8 is asymmetrical.
This means that the offset
between the profiles can be
altered (0 or 2 mm) depend-
ing on how it is installed. 7

F = max. 75 N

25 Castor Unit 8 PA


Flange, PA-GF, black

Cap, PA-GF, black
Castor 8, PA-GF, black
Countersunk Screw DIN 7991-M6x30, St, bright zinc-plated
2 hexagon screws DIN 933-M5x16, St, bright zinc-plated
36

2 washers, St, bright zinc-plated

8 m = 66.0 g
1 set 0.0.458.85
36 50

253
 H i n ges a n d f i tt i n gs

Runway Profiles
Easy-running turnkey solutions

System solutions comprising Castor Units and Runway Profiles

For use with high-load-carrying customised slides
Runs smoothly, easily and reliably
For automated and manual motion


Is building a sliding door really so involved? Perhaps it was in bring the sliding door to a stop and hold it in place.
the past. The new Runway Slide Set 8 40x40 easily turns a Maximum door weight: 30 kg
panel of a protective fence into a sliding door.
A sliding door must always be guided above and below.
Simply insert the runway slides into the Runway Profile, attach
the door and thats it.
The 4 ball-bearing castors can accommodate tensile and com-
7 pressive loads. The enclosed limit stops with locking function

4 10

24-27
24-27

24-27

24-27
30 9 40 5

Runway Profile 8 40x40 with universal Profile The hanger has broad adjustment ranges for door frames made from Profiles 8.
8 groove is easy to fasten and guides the
sliding elements.

12

For covering the gap between a door and

Runway Profile: Profile M W40x25x2 E blocks
access to the door hanging system. This
enhances security and ensures a seamless
appearance.

254
 H i n ges a n d f i tt i n gs

63

4.7
5.3

80.8
20

8
63
80.8
98.2 98.2

10.3
Processing of Profile M W 40x25x2 E for maximum slide
adjusting range


 Runway Profile 8 40x40
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
40

5.27 1.42 8.00 10.63 3.43 5.32

natural, cut-off max. 6000 mm 0.0.623.61
10.5
natural, 1 pce., length 6000 mm 0.0.623.58

4.5

Castor Rail 8 Cap 40x40
St, stainless, black
4 Hex. Socket Head Cap Screws DIN7984-M4x16, St, bright zinc-plated
m = 60.0 g
40

1 set 0.0.622.29


Runway Slide Set 8 40x40
2 slides, St, bright zinc-plated
2 Hangers, St, bright zinc-plated
2 limit stops, PA, black
Fastening elements, St, bright zinc-plated
Spanner, St, bright zinc-plated
25 110 Notes on Use and Installation
m = 510.0 g
1 set 0.0.624.45

31.3

Profile M W40x25x2 E
2
25

Al, anodized
40 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
1.26 0.34 0.38 2.40 0.19 0.89
natural, cut-off max. 3000 mm 0.0.626.77
natural, 1 pce., length 3000 mm 0.0.626.76

255
 H i n ges a n d f i tt i n gs

Track Profile 8 80x40

Rollers D60 PU
The stable track for higher loads

Ball-bearing castors with durable PU coating

Complete Castor Units for easy installation

The system solution for constructing heavy-duty transport constructed for the given application. The result is a system
equipment consists of a special Track Profile and guided for manual or automatic transportation of even heavy products
Rollers. Track Profile 8 80x40 is used as a guide rail for that is particularly robust and insensitive to ambient factors
customised carriages equipped with Roller Units. Rollers D60 (dust and knocks).
PU are ball-bearing mounted and are fitted with wear-resistant
polyurethane tyres to ensure smooth and quiet running.
7 The pre-assembled Roller Units D60 PU can be fitted to
workpiece carriers or frames constructed from profiles (prefer-
ably Line 8). The freely selectable support widths and axle
distances of the carriage construction enable the guide to be

Track Profiles and Roller Units are also ideal for constructing overhead suspension units. Rollers D60 PU can also be used as universal guide and
An additional guide roller on the base plate guides Roller Unit D60 PU laterally in the Track support elements for pull-outs, as guide elements for sliding
Profile. doors, and for all linear movements where flexibility and high
load-bearing capacity are particularly important. They can be
screwed from the outside (Countersunk Screw DIN 7981-M8)
or inside (via the M10 internal thread) as required.
Roller D60 must always be fitted with the circlip facing
outwards.

FR = 800 N

256
 H i n ges a n d f i tt i n gs

40 Track Profile 8 80x40



24

3.4
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3] It [cm4]
10.92 2.84 76.68 12.79 17.76 7.94 3.20
natural, cut-off max. 6000 mm 0.0.606.69

40
80
natural, 1 pce., length 6000 mm 0.0.494.77

20
20 

40

Cap Set, Track Profile 8 80x40
4 caps, St, black

2
8 Button-Head Screws M5x16, St, bright zinc-plated
80 m = 49.3 g
1 set 0.0.608.95

Roller Unit D60 PU

140 Connecting Plate, Al, anodized
120 Roller D60 PU
7
Guide roller with compression spring and fastening material
2 Button-Head Screws ISO 7380-M8x25, St, bright zinc-pl.
16

2 washers DIN 433-8.4, St, bright zinc-plated

50

2 T-Slot Nuts V 8 St M8, bright zinc-plated

m = 430.0 g
1 set 0.0.606.90

12

20 Roller D60 PU
Roller D60, St
Tyre PU, 92 Sh A, yellow
Bearing sleeve, St, bright zinc-plated
Axial securing device, St, bright zinc-plated
Cap, POM, black
Countersunk Screw DIN 7981 M8x35
60

C = 9,360 N
C0 = 5,000 N
m = 270.0 g
1 set 0.0.608.94

257
 H i n ges a n d f i tt i n gs

Roller Shutter System

Turnkey solution with customised components
Aluminium or plastic roller shutters
Space-saving protection provided by a flexible door

4FSWJDF
XXXJUFNDPN

7 Roller Shutters can be used primarily as moving panel

elements for locking cabinet systems, control panels and
operating consoles etc. The major advantage of the system is
its flexibility, allowing it to be housed within the cabinet, and
requiring far less space than swing or sliding doors.
The Roller Shutter System is suitable for constructing
manually-operated vertical and horizontal roller shutters on
frames built from Profiles 8. The system consists of the Roller
Shutter Guide and the Roller Shutter itself, both of which are
of modular design. The Roller Shutter is available in aluminium
or plastic.
Detailed installation instructions are included with the Roller
Shutter Curved Guide Set 45.

258
 H i n ges a n d f i tt i n gs

RS Guide
The flexible and universal guide for the Roller Shutter System
Suitable for plastic and aluminium roller shutters
Can be installed vertically and horizontally

Clip 8 St 69

15.1 RS Guide Profile 8



Al, anodized
18.9

A [cm2]
6.1

m [kg/m]
32.5 2.28 0.61
natural, cut-off max. 3000 mm 0.0.465.63
natural, 1 pce., length 3000 mm 0.0.458.76 7

RS Curved Guide Set 45
2 Curved Guides 45, PA, black
4 Countersunk Screws DIN 965-M2.5x5, St, bright zinc-pl.
18.8

45 Notes on Use and Installation

6

m = 135.0 g
5.8
15.5 R78 1 set 0.0.465.70

5.7 RS Slide Strip



PE-HD
12.8
19.8

A [cm2] m [g/m]
0.45 44.0
black, 1 roll length 20 m 0.0.458.64

259
 H i n ges a n d f i tt i n gs

Aluminium Roller Shutters

Stable roller shutters made of aluminium
Dividing insulators eliminate rattle

Aluminium Roller Shutters are constructed as Slat Profiles Al

with Slat Insulators between them. Each slat must be provided
with Slat Sliding Shoes at each end. Weight of aluminium
Roller Shutter: 8 kg/m2
Length of aluminium Roller Shutter Slats:

l = X - 24 mm


RS Slat Profile Al
Al, anodized
A [cm2]
20

m [kg/m]

8 0.58 0.16
natural, cut-off max. 3000 mm 0.0.465.69
natural, 1 pce., length 3000 mm 0.0.458.75
0.8 
RS Slat Insulator
PA
Recommended usage: 4 per 1m
30
m = 40 g/100
transparent, 1 pce. 0.0.458.66
9.2 
RS Slat Sliding Shoe
PA
19.4

4.3 m = 60 g/100
black, 1 pce. 0.0.458.77

260
 H i n ges a n d f i tt i n gs

Plastic Roller Shutters

Lightweight slats with integrated fastener
No additional Slat Sliding Shoe required
For lightweight Roller Shutters

Roller Shutter Slat Profile K is connected to a Roller Shutter by

means of the integrated locking segments.
No Slat Insulators or Slat Sliding Shoes are required.
Weight of plastic Roller Shutter: 3.2 kg/m2
Length of plastic Roller Shutter Slats:

l = X - 16 mm


RS Slat Profile K
PS/TPE
grey, aluminium-coloured coating
m = 306 g/m
1 pce., length 2000 mm 0.0.629.26
95

261
 H i n ges a n d f i tt i n gs

Roller Shutter End Strip

Roller Shutter guidance and terminating mechanism
Can be fitted with grip and lock as required

The Roller Shutter End Strip is used to terminate the Roller Length l of the Roller Shutter End Strip:
Shutter.
Handles or a Grip System can be secured to it. Roller Shutter l = X - 48.4 mm
Locking System 8 is inserted into a drill hole in the Roller
Shutter End Strip.
Detailed installation instructions are included with the Roller
Shutter Curved Guide Set 45.


RS End Strip
Al, anodized
46.1

A [cm2] m [kg/m]
2.95 0.79
5
natural, cut-off max. 3000 mm 0.0.465.66
18
natural, 1 pce., length 3000 mm 0.0.458.78

RS End Strip Guide Set
End Strip cap, left, PA, black
40

End Strip cap, right, PA, black

2 End Strip rollers, POM/St, black
m = 8.0 g
3.5
1 set 0.0.465.58
6.5
M4x16 RS Locking System 8

1-9
Cylinder Lock, all keys identical
4.5 Key, locking bar, nab
Headless screw
26

m = 105.0 g
1 set 0.0.465.57

262
 8

Handles and grips 8

Handles
Grip Systems
 H a n d les a n d g r i p s

Handles and grips

Products in this section

Handles PA Handles AI Handles AI Handle, light duty Recessed Grip D50

Universal handles made Sturdy handles made from Long design for moving Slim aluminium grip For opening and closing
from robust plastic solid aluminium in standard heavy loads safely and Easy to attach sliding doors
Wide range of fastening sizes securely Closed rear wall protects
options Angled version minimises With non-slip coating fingers
risk of crushing

265 267 269 270 271

Grip systems Grip Rail Profiles Grip Cover Profile

Customised length and Long grip strips for easy Rubber covering for a
design opening and closing secure grip
Ergonomic grips due to Angled cavity produces a Suitable for grips of any
variable positioning comfortable feel size made using standard
profiles

272 274 275

264
 H a n d les a n d g r i p s

Handles PA
Universal handles made from robust plastic
Wide range of fastening options
For sliding and swing doors
Products from Line X also available

    

Handles PA for highly versatile application;

they can be attached from the front or rear
(concealed) and are particularly suitable for
sliding and swing doors.

8
80 Handle PA 80
7 PA-GF
32

4.2 m = 9.0 g
black, 1 pce. 0.0.391.34
8

90
12

120 Handle PA 120

PA-GF
48

m = 30.0 g
8.5
5.3 black, 1 pce. 0.0.391.35
134
10

16

Handle PA 160
160
PA-GF
m = 93.0 g
60

black, 1 pce. 0.0.196.57

14
8
188
12

28

Cap for Handle PA 160

187 PA-GF
m = 20.0 g
48

black, 1 pce. 0.0.475.38

18

265
 H a n d les a n d g r i p s

-JOF

Handle X 160 PA can be fastened from the Handle X 160 PA can be An M8 nut can be inserted in
front or back (hidden) and is suitable for slid- attached to profiles using a the lower part of the grip for
ing and swing doors. screw (max. M8) and T-Slot fastening from the back of
Nut. the door.
The top part of the grip of Handle X 160 PA is
snapped on after the grip has been fitted.

-JOF 
Handle X 160 PA
8
182 PA-GF
m = 83.0 g
black, 1 pce. 0.0.495.37
4
2 grey similar to RAL 7042, 1 pce. 0.0.494.86
51.2

160

20
24

266
 H a n d les a n d g r i p s

Handles Al
Sturdy handles made from solid aluminium
Angled version minimises risk of crushing
For sliding and swing doors

    

The cranked Handles are particularly suitable for sliding and Handles Al can be secured from the rear (concealed). They can
swing doors to reduce the risk of fingers being crushed. also be fitted from the front when used with the Fastening Sets. 8

120 Handle Al 120

Al
10

m = 37.0 g
black, 1 pce. 0.0.416.85
M5
40

10

120 Handle Al 120 cranked

Al
m = 43.0 g
black, 1 pce. 0.0.416.87
10

M5
40

10 40

12
Fastening Set for Handle Al 120
2 connection elements 120, die-cast zinc, black
5

2 Countersunk Screws DIN 7991-M5x10, St, black

16 m = 21.0 g
1 set 0.0.418.81

267
 H a n d les a n d g r i p s

Handle Al 200
200 Al
m = 261.0 g
black, 1 pce. 0.0.416.81
16

M8

80
2
0

Handle Al 200 cranked

200 Al
m = 312.0 g
black, 1 pce. 0.0.416.83
16

8 M8
80

80
2
0

20 Fastening Set for Handle Al 200

2 connection elements 200, die-cast zinc, black
2 Countersunk Screws DIN 7991-M8x18, St, black
8

m = 130.0 g
32 1 set 0.0.418.82

268
 H a n d les a n d g r i p s

Handles Al
Large handles for machine doors and mobile factory equipment
Non-slip coating

&4% 

The Handles are available in various lengths. They make it

easier to transport even heavy loads manually. Robust die-cast
handle mounts ensure a secure connection with the mobile
equipment. A special grip profile with a non-slip coating sup-
ports smooth pulling and pushing motions.
All the Handles Al are ESD-safe.

&4% 
Handle Al 350
2 handle mounts, black
b Handle profile, Al, powder-coated, black
2 handle caps, PA, black
4 handle mount caps, PA, black
30 2 Button-Head Screws M6x16, St, bright zinc-plated
0 2 Hammerhead Nuts 8 M6, St, bright zinc-plated
3
a = 380 mm b = 350 mm c = 320 mm m = 0.8 kg
c 1 set 0.0.644.01
a Handle Al 550
&4% 

2 handle mounts, die-cast zinc, black

Handle profile, Al, powder-coated, black
2 handle caps, PA, black
4 handle mount caps, PA, black
2 Button-Head Screws M6x16, St, bright zinc-plated
2 Hammerhead Nuts 8 M6, St, bright zinc-plated
a = 580 mm b = 550 mm c = 520 mm m = 0,9 kg
1 set 0.0.644.02
&4% 
Handle Al 750
2 handle mounts, die-cast zinc, black
Handle profile, Al, powder-coated, black
2 handle caps, PA, black
4 handle mount caps, PA, black
2 Button-Head Screws M6x16, St, bright zinc-plated
2 Hammerhead Nuts 8 M6, St, bright zinc-plated
a = 780 mm b = 750 mm c = 720 mm m = 1.1 kg
1 set 0.0.644.03

269
 H a n d les a n d g r i p s

Handle X 160 Al
Exceptionally stylish
For constructions built with Profiles X

-JOF

Handle X 160 Al is a light-duty handle with the same design as When using screws to attach
Line X Profiles. It can be fastened from behind (hidden). these Handles to profile
grooves, it is advisable to
use the appropriate Locating
Washers.
The M4 thread in Handle X
160 Al is used to fasten it in
place.

-JOF
Handle X 160 Al
8 174 Al
m = 94.0 g
natural, 1 pce. 0.0.600.70
14

160
29

.6
13

Handle, light duty

Slim aluminium grip
Suitable for universal use

The Handle can also be

secured from the rear (con-
cealed) with M5 screws.
Suitable Locating Washers
are used to adapt the Handle
for profiles from a range of
Lines.

Handle, light duty

180 Al, anodized
39

m = 87.0 g
natural, 1 pce. 0.0.026.44
10

M5x15
190
15

270
 H a n d les a n d g r i p s

Recessed Grip D50

Safe, practical and space saving

For opening and closing sliding doors

Closed rear wall to protect fingers

Self-Tapping
t [mm]
Screws DIN 7982
2.2x9.5 56
2.2x13 78

Required hole size in panel

element to fit the Recessed 8
Grip D50.

Recessed Grip D50

PA-GF
4 Self-Tapping Screws DIN 7982-2.2x9.5, St, black
4 Self-Tapping Screws DIN 7982-2.2x13, St, black
3.5 4.6 m = 16.0 g
3
6 1 set 0.0.479.59
5

271
 H a n d les a n d g r i p s

Grip systems
Customised length and design
Ergonomic grips due to variable positioning
Additional reinforcement for door constructions
Products from Line X also available

a [mm] b [mm] c [mm] d [mm] e [mm]

8
Screw Washer Screw
ISO 7380 DIN 125 ISO 7380

Hand-Grip Elements, in conjunction with 20 7 M8x60 8.4 M8x(t+56)
profiles and Caps, can be used to construct
handles which when attached to the panel
elements, have a supplementary stabilising
effect.

8 Hand-Grip Element 8

20 8
4 PA-GF
m = 28.0 g
44

black, 1 pce. 0.0.196.60

4

40
31

272
 H a n d les a n d g r i p s

-JOF

Grip System X D25 consists of Hand Grip Profile sections D25 are inserted in Hand Grip Element X D25 For longer Grip Systems X
Elements X D25 and cylindrical Profile D25. from one or both sides. Any hole not required is covered using D25, an additional Hand Grip
These components can be used to create han- the Cap provided. Element should be used to
dles of any length, but the distance between M6x20 threads are provided in the core bore of the Profile D25 provide central support.
two Hand Grip Elements must not exceed which is then press-fitted in the correct position in the Hand Before being inserted in
1000 mm. Grip Elements. All M6 screw connections of Hand Grip Element this Hand Grip Element, the
X D25 should be tightened with a torque of M = 4 Nm. second Profile D25 must be
countersunk around the core
bore.

8
3 -JOF
0 Hand Grip Element X D25
Hand grip, PA-GF, grey
Cap for hand grip, PA-GF, grey
Cap D25, PA-GF, grey
60

Button-Head Screw ISO 7380-M6x16, St, bright zinc-plated

m = 44.0 g
1 set 0.0.601.65
25
28

2 Profile D25
-JOF
5
Al, anodized
A [cm2] m [kg/m]
2.32 0.57
25
natural, cut-off max. 3000 mm 0.0.601.63
natural, 1 pce., length 3000 mm 0.0.601.36

273
 H a n d les a n d g r i p s

Grip Rail Profiles

Long grip strips for easy opening and closing
Angled cavity produces a comfortable feel
Added stability for panel elements
Products from Line X also available

    

Using Grip Cover Profile 5 20x4 (0.0.437.03) Grip Rail Cap Set X is also
8 on the inside gives Grip Rail Profile X designed for use with Grip
extremely good non-slip and tactile properties. Cover Profile.
The integrated Line 5 grooves are used for
simple fastening to any given structure and for
mounting the Grip Cover Profile.

45 Grip Rail Profile

2
Al, anodized
A [cm2] m [kg/m]
2.80 0.76
40


natural, cut-off max. 3000 mm 0.0.432.09
22
8

30 natural, 1 pce., length 3000 mm 0.0.452.17

Grip Rail Cap Set

40

Grip Rail Cap, right, PA-GF, black

Grip Rail Cap, left, PA-GF, black
4 m = 3.5 g
30 1 set 0.0.432.28

-JOF

-JOF
Grip Rail Profile X
8

Al, anodized
40


A [cm2] m [kg/m]
3.43 1.01
8

32
natural, cut-off max. 3000 mm 0.0.494.59
51
natural, 1 pce., length 3000 mm 0.0.494.58
-JOF
Grip Rail Cap Set X
Grip Rail Cap right, PA-GF
40

Grip Rail Cap left, PA-GF

2 m = 3.2 g
grey similar to RAL 7042, 1 set 0.0.495.09
51
black, 1 set 0.0.613.12

274
 H a n d les a n d g r i p s

Grip Cover Profile

Rubber covering for a secure grip
Suitable for grips of any size made using standard profiles
Ideal for heavy-duty doors

 

Discontinuation of the Grip Can be connected using Can be connected from the
Cover Profile for right-angled Standard or Universal Fasten- inside of the door using T-Slot 8
profile connections. ing Set. Nut St and Button-Head
Screw ISO 7380.

19.5 Grip Cover Profile 5 20x4


4.1

TPE
10

4.8 Hardness 73 Sh A
Oil, UV and water resistant
7.5
m = 78.2 g/m
black, cut-off max. 20 m 0.0.437.03
black, 1 roll length 20 m 0.0.437.05
10.4/5.5 Grip End Cap 5 D28


PA-GF
4

m = 1.9 g
28.3 black, 1 pce. 0.0.437.06
29.4 Grip Cover Profile 6 30x6

6.2

TPE
Hardness 65 Sh A
14

6 Oil, UV and water resistant

m = 170 g/m
9.5
black, cut-off max. 20 m 0.0.441.84
black, 1 roll length 20 m 0.0.441.86
12.6/6.6 Grip End Cap 6 D42


PA-GF
4

m = 4.0 g
42.4 black, 1 pce. 0.0.441.87

275
 H a n d les a n d g r i p s

276
 9

Lo cks a n d catch e s 9
Door Catches
Locking Systems
Door Locks
 L o c k s and ca t ch e s

Locks and Catches

Products in this section

Magnetic Catches Magnetic Door Stop Ball Latch Catch Mounting Bracket Door Latch
Simple latch for sliding and Combination of Door Stop Low-wear door catch Universal fastening for Construction height of just
swing doors and Magnetic Catch Holds firm with an audible Magnetic Latches and Ball 12 mm for narrow door gap
Some catches with variable Lead-in wedge, Limit Stop click Latches Simple and effective door
holding force and buffer in one Suitable for all modular closure
dimensions

279 280 281 282 283

Locking Systems with Door Lock 6-8 Zn Door Locks 8 Integrated Lock System 8 Lock System 6-8
escutcheons/grips Particularly stable Lock A simple means of securing Can be converted from a Universal fastening system
Lock and grip can be System sliding and swing doors pawl latch to a rod latch for right and left-handed
combined in one unit Fitted on the outside, to the No profile machining Locks at up to three points doors
For frameless panel ele- surround and door frames required Uses conventional mortise
ments locks in line with DIN
18251

284 287 288 289 291

Dual-Rod Mesh Lock Sliding-Door Pin Lock

System Pin locks sliding doors
Special mechanism to together
enable secure fitting to dual Installed directly into the
rod meshes panel element
Uses conventional mortise
locks in line with DIN 18251

293 294

278
 L o c k s and ca t ch e s

Magnetic Catches
Magnetic Catch X
Simple latch for sliding and swing doors
Some catches with variable holding force
Products from Line X also available

 

Magnetic Catches are particularly suitable for latching swing   -JOF

and sliding doors. Turning the Magnetic Catch through 180
enables users to choose between two different holding forces M4x12 M6x20 M5x16
(this does not apply to Magnetic Catch X). a Screw DIN 912
DIN 912 DIN 912 ISO 7380
The Magnetic Catches can be adjusted to the thickness of the
panel element using the mounting slots. In conjunction with b [mm] 1 - -
Catch Mounting Brackets, they can also be used on doors with c [mm] - 1 6
9
profile frames.
d [mm] 7 14 8
e M4 M5 M5
f [mm] 8 10 9
F1 [N] 3 10 20
F2 [N] 5 20 20

7.7

Magnetic Catch 5
4.3

15 PA-GF
Flat head screw DIN 921-M4x5, St, bright zinc-plated as holding plate
20

m = 9.0 g
28

2.4 black, 1 pce. 0.0.391.32

12

6 grey, 1 pce. 0.0.642.28

12
14

12.5

Magnetic Catch 8
6.1

5 PA-GF
27. Flat head screw DIN 921-M5x6, St, bright zinc-plated as holding plate
30

m = 34,0 g
40

black, 1 pce. 0.0.196.48

2.7
18

10
16
20
-JOF

22 Magnetic Catch X
-JOF

2.7 Housing base, die-cast zinc

Housing cap, PA-GF, grey
20

16 Flat head screw DIN 921-M5x6, St, bright zinc-plated as a holding plate
10 Button-Head Screw ISO 7380-M5x16, St, stainless
24 m = 38.0 g
1 set 0.0.601.70
279
 L o c k s and ca t ch e s

Magnetic Door Stop 8

Combination of Door Stop and Magnetic Catch
Lead-in wedge, Limit Stop and buffer in one
Protects profile edges

-JOF 

The Door Stop is fastened to

a Line 8 groove in the outer
frame and forms a lead-in
wedge, a buffer and the limit
stop (limiting the penetration
depth for the modular dimen-
9 sion 40 mm).
Closing force F = 40 N

-JOF 
18.5

Magnetic Door Stop 8

40
51.5 Housing, PA-GF
15 Insert plate, St, bright zinc-plated
2.5 Stop plate, St, bright zinc-plated
4.5

2 T-Slot Nuts V 8 St M5, bright zinc-plated

Countersunk Screw DIN 7991-M5x12, St, bright-zinc-plated
Countersunk Screw DIN 7991-M5x14, St, bright zinc-plated
19.5

28
27.5

m = 76.0 g
grey, 1 set 0.0.600.73
black, 1 set 0.0.601.30

280
 L o c k s and ca t ch e s

Ball Latch
The powerful solution for virtually any type of door

Low-wear door catch

Holds firm with an audible click

The mounting slots in the Ball Use of Catch Mounting

Latch casing mean that the Bracket permits narrow door
sliding door and Stand Profile gap.
can be offset. Recommended
fastening to the profile: Hexa-
gon Socket Head Cap Screw
DIN 912-M5 and washer DIN
9
125-5.3.

13 Ball Latch 8 PA

5

5
27. PA-GF, black
Ball pin St, bright zinc-plated
33

7 Holding forcemax. = 75 N
43

13 m = 25.0 g
M8 1 pce. 0.0.388.20
10
12.5
20
2
28

281
 L o c k s and ca t ch e s

Catch Mounting Bracket

For easy fastening of Magnetic Latches and Ball Latches
Suitable for all modular dimensions

    

Application examples of a Catch Mounting Bracket with Ball By combining two Catch
Latch 8 for swing and sliding doors. Mounting Brackets it is also
Depending on the particular application, either the ball pin possible to use latches to
(Ball Latch 8 PA), the holding plate (magnetic catch) or the lock together profiles of the
housings of the relevant latches can be secured to the Catch same size, minimising the gap
between them.
9 Mounting Bracket.
If the Catch Mounting Bracket The connection is made on
is adjusted to the extreme of the profile side using M5
the slots, it may be necessary screws fitted into slots. DIN
to use an appropriate washer 125 washers must be used.
between it and the profile to
prevent tilting.

49 Catch Mounting Bracket

St
31
4

m = 88.0 g
black, 1 pce. 0.0.475.06
75
37

282
 L o c k s and ca t ch e s

Door Latch
Construction height of just 12 mm for narrow door gap
Holding force 40 N

 

Profile n s
 T-Slot Nut Screw DIN 912-M6x12
6 St M4 T-Slot Nut 6 St M6

 T-Slot Nut Screw DIN 912-M6x14

8 Zn M4 T-Slot Nut 8 St M6

Hexagon Socket Head 152

Cap Screws
T-Slot Nuts St 132

T-Slot Nuts Zn 137

The Door Latch Zn can be attached to any combination of Line 9

6 and 8 Profiles.
The length of the Hexagon Socket Head Cap Screw (s)
depends on the profile line used.
The T-Slot Nuts (n) with thread M4 for fastening the Door Latch
Zn should be selected according to the profile line used.

Door Latch Zn
Die-cast zinc, bright zinc-plated
Cap PA-GF, black
93

2 Countersunk Screws DIN 7991-M4x16, bright zinc-plated

m = 66.0 g
70

1 set 0.0.473.62

9.2 20

283
 L o c k s and ca t ch e s

Locking Systems with Escutcheons/Grips

Lock and grip can be combined in one unit
For frameless panel elements
With Cylinder or Double-Beard Lock

  

1-2 The panel element is

processed for fitting the Lock
20 System with escutcheon/grip.
22
37

8.2

1-8

Locking System 5, Cylinder Lock with escutcheon
Cylinder Lock, keys identical
52

Key, locking bar, nab

7.6 Notes on Use and Installation
m = 96.0 g
9 32
right-hand application, 1 set 0.0.619.42
left-hand application, 1 set 0.0.619.43

1-8

Locking System 6, Cylinder Lock with escutcheon
Cylinder Lock, keys identical
52

Key, locking bar, nab

7.6 Notes on Use and Installation
m = 100.0 g
32
right-hand application, 1 set 0.0.619.33
left-hand application, 1 set 0.0.619.35

1-8 Locking System 8, Cylinder Lock with escutcheon
Cylinder Lock, keys identical
52

Key, locking bar, nab

7.6 Notes on Use and Installation
m = 118.0 g
32 right-hand application, 1 set 0.0.619.26
left-hand application, 1 set 0.0.619.63

1-8

Locking System 5, Double-Beard Lock with escutcheon
Double-beard insert
52

Key, locking bar, nab

7.6 Notes on Use and Installation
m = 126.0 g
32
right-hand application, 1 set 0.0.619.50
left-hand application, 1 set 0.0.619.52

284
 L o c k s and ca t ch e s

1-8

Locking System 6, Double-Beard Lock with escutcheon
Double-beard insert

52
Key, locking bar, nab
7.6 Notes on Use and Installation
m = 130.0 g
32 right-hand application, 1 set 0.0.619.38
left-hand application, 1 set 0.0.619.39

1-8

Locking System 8, Double-Beard Lock with escutcheon
Double-beard insert
52

Key, locking bar, nab

7.6 Notes on Use and Installation
m = 148.0 g
32 right-hand application, 1 set 0.0.619.27
left-hand application, 1 set 0.0.619.64

24 1-8 Locking System 5, Cylinder Lock with grip
Cylinder Lock, keys identical
Key, locking bar, nab
Notes on Use and Installation
m = 108.0 g
52

right-hand application, 1 set 0.0.619.44

68
left-hand application, 1 set 0.0.619.45

24 1-8 Locking System 6, Cylinder Lock with grip
Cylinder Lock, keys identical 9
Key, locking bar, nab
Notes on Use and Installation
m = 112.0 g
52

right-hand application, 1 set 0.0.619.36

68
left-hand application, 1 set 0.0.619.37


24 1-8 Locking System 8, Cylinder Lock with grip
Cylinder Lock, keys identical
Key, locking bar, nab
Notes on Use and Installation
m = 130.0 g
52

right-hand application, 1 set 0.0.619.28

68
left-hand application, 1 set 0.0.619.65

24 1-8 Locking System 5, Double-Beard Lock with grip
Double-beard insert
Key, locking bar, nab
Notes on Use and Installation
m = 138.0 g
52

right-hand application, 1 set 0.0.619.55

68
left-hand application, 1 set 0.0.619.57

285
 L o c k s and ca t ch e s


24 1-8 Locking System 6, Double-Beard Lock with grip
Double-beard insert
Key, locking bar, nab
Notes on Use and Installation
m = 142.0 g

52
right-hand application, 1 set 0.0.619.40
68
left-hand application, 1 set 0.0.619.41


24 1-8 Locking System 8, Double-Beard Lock with grip
Double-beard insert
Key, locking bar, nab
Notes on Use and Installation
m = 160.0 g
52

right-hand application, 1 set 0.0.619.29

68 left-hand application, 1 set 0.0.619.66

286
 L o c k s and ca t ch e s

Door Lock 6-8 Zn

Particularly stable Lock System
Fitted on the outside, to the surround and door frames

 

Door Lock 6-8 Zn is a lock system for swing doors that can be
screwed onto door frames and fixed door frames constructed
from Line 6 or 8 Profiles.
Fitted with an ergonomic swivel handle, Door Lock 6-8 Zn is
the perfect solution for doors that are opened and closed
frequently. The spring-loaded latch engages in the lock case
secured to the outer frame.
An integrated cylinder lock can be used to lock the latch in
position.

Door Lock 6-8 Zn screwed to

 
profile door frame and fixed
outer frame

a
Washer Locating Washer 8 D6 9
DIN 125-6.4 (0.0.482.12)
Button Head Screw Button Head Screw
b DIN ISO 7380-M6x10 DIN ISO 7380-M6x16
(8.0.002.37) (8.0.000.63)
c 6 7

Profile bore grids for attaching Door Lock 6-8

Zn

30  
38 Door Lock 6-8 Zn
35 Cylinder lock (all keys identical)
75

Lock housing, die-cast zinc, black

64.5

Lock case, die-cast zinc, black

4 Square nut inserts M6, St, bright zinc-plated
m = 560.0 g
80

89 1 pce. 0.0.488.45
87-

287
 L o c k s and ca t ch e s

Door Locks 8
A simple means of securing sliding and swing doors
No profile machining required
With Cylinder or Double-Beard Lock

Application example for door construction: Depending on the application, the anti-torsion blocks in the
Clearance on left 28 mm with Hinges 8 40 Zn and on right 22 housing can be repositioned.
mm with Door Rabbets 8, in combination with Door Lock 8. The nabs have two different mounting positions for sliding and
swing doors.

9

44 11.5 Door Lock 8 with Cylinder Lock
Cylinder lock (all keys identical)
Housing and anti-torsion blocks, PA-GF, black
2 Hexagon Socket Head Cap Screws DIN 912-M6x25, St, bright zinc-plated
13

2 T-Slot Nuts 8 St M6, bright zinc-plated

Key, locking bar, nab
120

m = 204.0 g
1 set 0.0.265.08
64

46

21 24 16


44 11.5 Door Lock 8 with Double-Beard Insert
Double-beard insert
Housing and anti-torsion blocks, PA-GF, black
2 Hexagon Socket Head Cap Screws DIN 912-M6x25, St, bright zinc-plated
13

2 T-Slot Nuts 8 St M6, bright zinc-plated

120

Key, locking bar, nab

m = 237.0 g
64

1 set 0.0.265.09
46

21 24 16

288
 L o c k s and ca t ch e s

Integrated Lock System 8

From a pawl latch to a rod latch
Locking system in a Line 8 groove
Locks at up to three points
Installed directly in the door profile
Can be operated from both sides

 4FSWJDF
XXXJUFNDPN

l = a - 60 mm

The basic version of the door lock with Integrated Lock System A countersink with a diameter of 30 mm must be drilled into the The pawl latch engages into
8 consists of Rotating Pawl Latch 8 and at least one Door door profile for holding the Integrated Lock System. the Profile 8 groove of the
Knob. A commercially available countersinking drill (3-cutter with door frame adjacent.
A Rod Latch 8 is required for the rod for both the upper and 11 mm guide pin or larger) or Step Drill, Universal Connec-
lower ends of the door. tion 12 is required for this purpose. The 30 mm countersink
must be 25 mm deep.

The gap between the door The rods of the Rod Latches The gap between the door
profile and the lateral door move out of the core bore in profile and the upper door
frame must not exceed 5 mm. the door profile and engage frame must not exceed
in the Profile 8 groove of the 7 mm.
door frame profile adjacent.

289
 L o c k s and ca t ch e s

8 
Rotating Pawl Latch 8
Pawl, die-cast zinc, bright zinc-plated
7 2 alternating stops, die-cast zinc, bright zinc-plated
25 Crank, die-cast zinc, bright zinc-plated
Connecting plate, St
0
3 Glide bush, POM, black
Cap Screw DIN 912-M3x5, St, bright zinc-plated
Notes on Use and Installation
m = 50.0 g
1 set 0.0.476.96

3

Double-Beard Insert
7 Double-beard key insert, PA-GF, black
Double-beard key, GD-Zn, bright zinc-plated
68 2 T-Slot Nuts 8 Al M5
2 Countersunk Screws DIN 7991-M5x16, St, bright zinc-plated
43

Lock body, POM, black

Lock body cover, PA, black
m = 80.0 g
10 32
1 set 0.0.486.48


Door Knob
40
7 Door Knob, PA, black
68

Square pin 56 mm long, St, bright zinc-plated

Square pin 112 mm long, St, bright zinc-plated
50
43

2 T-Slot Nuts 8 Al M5
2 Countersunk Screws DIN 7991-M5x16, St, bright zinc-plated
m = 128.0 g
9 10 32
1 set 0.0.486.79


Door Knob, Lockable
40
Door Knob, PA, black, with lock insert
68

2 keys
7 Square pin 56 mm long, St, bright zinc-plated
50
43

2 T-Slot Nuts 8 Al M5
2 Countersunk Screws DIN 7991-M5x16, St, bright zinc-plated
m = 131.0 g
10 32
1 set 0.0.486.80


Rod Latch 8
4

Cap, PA-GF, black

Locking pin, St, stainless
40 Rod actuator pin, St
O-ring DIN 3771 5.5x1.5, NBR, black
Self-tapping screw DIN 7982-4.2x16, St, black
m = 30.0 g
1 set 0.0.476.98
3.2 Tube D6.3x1.6 5.5 A/F

6.3

5.5 Al, anodized

m = 58 g/m
natural, cut-off max. 2000 mm 0.0.476.72
natural, 1 pce., length 2000 mm 0.0.454.36

290
 L o c k s and ca t ch e s

Lock System 6-8

Universal fastening system for right and left-handed doors
Uses conventional mortise locks in line with DIN 18251
Concealed screws prevent unauthorised disassembly

 
XXXJUFNDPN

Swing door with inner-mounted lock, stop Lock System 6-8 fitted to a sliding door. The panel element may The door gap does not de-
provided by the lock housing rabbet. need to be drilled for fitting pend on the profile line used.
door handles and standard
cylinder locks. The lock hous-
ing contains the preformed
openings for the holes.
The distance to the edge of
9
the door determines the posi-
tion of the through holes in
the panel element which are
required for the door handle
and profile cylinder.

Depending on the thickness of the panel element and frame profile used, it may be necessary to select a longer standard profile
cylinder than the one in this catalogue (0.0.458.42).

291
 L o c k s and ca t ch e s

 
Lock System 6-8
9.5
Lock housing, PA-GF, black
Lock case, PA-GF, black with nab, St
72

Lock housing rabbet, St, black

2 angle brackets, Al, anodized
2 door handles, PA, black
Spacer sleeve, PA, black
2 flange nuts M4, St, black
2 Countersunk Screws DIN 7991-M4x12, St, bright zinc-pl.
4 sleeves, St, bright zinc-plated
Notes on Use and Installation

278
m = 1.3 kg
65 1 set 0.0.458.33
110 35

44

 
77 Profile Cylinder
Cylinder matt nickel-plated, all keys identical
Countersunk Screw M5x80, St
3 keys
27 m = 250.0 g
1 pce. 0.0.458.42
8  
Sliding-Door Lock
Lock insert, St, suitable for standard cylinder locks
2 drive nuts M4, St, black
2 Countersunk Screws DIN 7991-M4x12, St, bright zinc-plated
9 m = 812.0 g
72

1 set 0.0.458.34

65

8  
Swing-Door Lock
Lock insert with movable latch, St, suitable for standard cylinder locks
m = 850.0 g
1 pce. 0.0.458.35
72

65


Fastening Set 6 for Lock System 6-8
2 T-Slot Nuts 6 St M6, bright zinc-plated
2 Counters. Screws DIN 7991-M6x12, St, bright zinc-plated
m = 15.0 g
1 set 0.0.459.05

Fastening Set 8 for Lock System 6-8
2 T-Slot Nuts 8 St M6, bright zinc-plated
2 Counters. Screws DIN 7991-M6x14, St, bright zinc-plated
m = 27.0 g
1 set 0.0.458.36

292
 L o c k s and ca t ch e s

Dual-Rod Mesh Lock System

Universal fastening system for right and left-handed doors
Uses conventional mortise locks in line with DIN 18251
Special mechanism to enable secure fitting to dual rod meshes

XXXJUFNDPN

Thanks to its universal fastening options, the Dual-Rod Mesh

Lock System allows left-handed or right-handed fitting. A hole
may need to be made in the Dual-Rod Mesh to allow the door
handle to be fed through.
The Dual-Rod Mesh Lock System includes all required fixing
elements. Clamping Elements and pressed steel plates enable
secure mounting on all types of dual rod mesh.

9.5 Dual-Rod Mesh Lock System

Lock housing, PA-GF, black
Lock case, PA-GF, black with nab, St
Lock housing rabbet, St, black
72

2 door handles, PA, black

4 Dual-Rod Mesh Clamping Elements, St, black
4 Dual-Rod pressed steel plates, St, black
4 sleeves, St, bright zinc-plated
Fastening elements
Notes on Use and Installation
m = 1.7 kg
278

1 set 0.0.446.09
65
110 35

44

293
 L o c k s and ca t ch e s

Sliding-Door Pin Lock

Pin locks sliding doors together
Installed directly into the panel element

 
XXXJUFNDPN

Mounting dimensions, locked and unlocked.

Processing the panel elements for accommodating the Sliding-

Door Pin Lock and pin.
To lock a sliding-door system with n door elements, n-1 Sliding-
Door Pin Locks will be required.
The Sliding-Door Pin Lock should be installed in close proximity
to the guide profiles in order to offer maximum protection
against the door being opened by force.
The different thicknesses of panel element (from 4 to 8 mm)
can be compensated by using Spacers (2 and 0.7 mm thick).

2
9.5 Sliding-Door Pin Lock

7 Die-cast zinc/St, black

Washer, PA, black
2 keys, identical
Notes on Use and Installation
m = 86.0 g
19
.7 1 set 0.0.474.59

294
 10

Panel elements 10
Closed Panels
Transparent Panels
Non-Transparent Panels
Mesh Panels
Accessories for Panel Elements
 P a n el eleme n ts

Panel elements
Products in this section

Acrylic Glass Polycarbonate PET-G Sheet Material Al Compound Material Al

Available in transparent, Maximum protection for man Transparent and Stable and durable Lightweight and insulating
tinted and frosted versions and machine deformation-free Available in two surface Anodized sheets with a PE
Excellent dimensional Impact-proof and available in Impact-proof and the best finishes core
stability clear and tinted versions optical properties

297 299 301 302 302

10 Compound Material St Plastics Chequer Sheet Corrugated Mesh Al Corrugated Mesh St

Steel with a white plastic For surfaces and panelling Stable and non-slip For lightweight guards and For high-strength fixtures
coating, suitable for use with that have to take a lot of For steps and platforms enclosures Available in three mesh
magnets punishment Particularly easy to machine widths
Wear resistant and resistant
to impacts
Also available in ESD-safe
version

303 304 307 308 309

Dual-Rod Mesh Steel Mesh Perforated Sheet Sound-Insulating Material Edge Profile S3 Al
Stable even without a frame Welded wires ensure excep- Stylish and air-permeable Create a peaceful environ- Attractive finish
Two mesh widths available tional stability Suitable as screening and ment in offices and produc- Covering for sharp cut
Can be inserted directly into ventilation covering tion halls
edges
the profile groove For partitions in open-plan
offices or as a panel element
in hoods and enclosures

310 312 313 314 315

296
 P a n el eleme n ts

Acrylic Glass
Available in transparent, tinted and frosted versions
Excellent dimensional stability

Cast acrylic glass with scratch-resistant surface is suitable for Property Value Test Standard
doors and casings. The panels can be polished to a high gloss. Density 1.19 g/cm3 ISO 1183
Acrylic Glass XT in extruded quality has slightly lower Water absorption 30 mg ISO 62
mechanical and thermal load bearing capabilities and optical Tensile strength 82 N/mm ISO 527
characteristics than cast panels. But in many applications, it
can represent a cost-effective alternative. Elongation at tear 5.6 % ISO 527
Whether double-frosted, tinted, opal-white or glass-look, Acrylic Modulus of elasticity in tension 3300 N/mm ISO 527
Glass is ideal for use as translucent partitions designed to Impact resistance (without notch) 2 kJ/m ISO 179
restrict visibility and for the stylish design of wall and ceiling Vicat softening temperature 110 C ISO 306
elements. It exhibits excellent dimensional stability at higher
temperatures coupled with good light diffusion and transmis- Coefficient of thermal expansion 70 x10-6 K-1 DIN 52612
sion characteristics, which also make it ideal for light boxes Construction material class B2 DIN 4102
and backlit advertising areas. Refractive index 1.49 nD20 ISO 489
Luminous transmission index clear / tinted 93.7% / 41% DIN 5036-T3
Surface resistance 1014 Ohm DIN 53482

Materials used in all the following products: 10

PMMA

Acrylic Glass 4mm XT

Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 4.60 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.492.09
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.492.05

Acrylic Glass 5mm XT

Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 5.75 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.492.16
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.492.15

Acrylic Glass 2mm

Panel dimensions approx. 3050x2030 mm
Thickness tolerance 10%
m = 2.30 kg/m2
clear, cut-off max. 3020x2000 mm 0.0.476.21
clear, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.476.13

297
 P a n el eleme n ts

Acrylic Glass 5mm

Panel dimensions approx. 3050x2030 mm
Thickness tolerance 10%
m = 5.90 kg/m2
clear, cut-off max. 3020x2000 mm 0.0.428.21
clear, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.457.06
tinted, cut-off max. 3020x2000 mm 0.0.388.97
tinted, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.404.79

Acrylic Glass 8mm

Panel dimensions approx. 3000x2000 mm
Thickness tolerance 10%
m = 9.44 kg/m2
clear, cut-off max. 2970x1970 mm 0.0.428.22
clear, 1 pce. panel dimensions. max. 3000x2000 mm 0.0.457.07
tinted, cut-off max. 2970x1970 mm 0.0.026.46
tinted, 1 pce. panel dimensions. max. 3000x2000 mm 0.0.404.74

Acrylic Glass 4mm double-frosted

Panel dimensions approx. 3050x2030 mm
Thickness tolerance 10%
m = 4.60 kg/m2
opal-white, cut-off max. 3020x2000 mm 0.0.492.36
opal-white, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.492.35
tinted, cut-off max. 3020x2000 mm 0.0.492.40
tinted, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.492.39
glass-look, cut-off max. 3020x2000 mm 0.0.492.38
10 glass-look, 1 pce. panel dimensions. max. 3050x2030 mm 0.0.492.37

298
 P a n el eleme n ts

Polycarbonate
Maximum protection for man and machine

Impact-proof and exceptionally safe

Available in clear and tinted versions

Polycarbonate is impact resistant and is therefore ideal for Property Value Test Standard
use as a panel element for cost-effective enclosures, even in Density 1.2 g/cm3 ISO 1183
relatively small thicknesses. Its high strength and transparency Water absorption 8 mg ISO 62
mean that the material is particularly suitable for applications
where it is important both to be able to monitor processes and Tensile strength 60 N/mm ISO 527
yet provide adequate protection for personnel. Elongation at tear 80 % ISO 527
Modulus of elasticity in tension 2200 N/mm ISO 527
Impact resistance (without notch) doesnt break ISO 179
Vicat softening temperature 145 C ISO 306
Coefficient of thermal expansion 65 x10-6 K-1 DIN 52612
Construction material class B2 DIN 4102
Refractive index 1.585 nD20 ISO 489
Luminous transmission index clear / tinted 86% / 51% DIN 5036-T3
Surface resistance 1014 Ohm DIN 53482

10
Materials used in all the following products:
PC

Polycarbonate 2mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 2.40 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.479.61
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.477.69

Polycarbonate 4mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 4.80 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.483.50
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.483.49

Polycarbonate 5mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 6.00 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.428.23
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.457.14
tinted, cut-off max. 3020x2020 mm 0.0.428.24
tinted, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.457.15

299
 P a n el eleme n ts

Polycarbonate 8mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 5%
m = 9.60 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.428.25
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.457.16
tinted, cut-off max. 3020x2020 mm 0.0.428.26
tinted, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.457.17

10

300
 P a n el eleme n ts

PET-G
Transparent and free from distortion

Best optical properties

Impact-proof

Resistant to chemicals

PET-G (glycol-modified polyethylene terephthalate) is an Property Value Test standard

impact-resistant, clear plastic used for constructing machine Density 1.27 g/cm3 D 1505
casings, protective housings and partitions, and is suitable for Tensile strength 50 N/mm DIN 53455
both indoor and outdoor use.
Elongation at tear 54 % DIN 53455
This highly transparent material exhibits a far higher resistance
to impact than acrylic glass and is also easier to work with. It Modulus of elasticity in tension 2200 N/mm DIN 53455
displays better optical characteristics than polycarbonates and Impact resistance (without notch) doesnt break DIN 53453
is more resistant to chemicals. Vicat softening temperature 82 C DIN 53460
Coefficient of thermal expansion 6.8 x10-5 K-1 DIN 53752
Construction material class B1 DIN 4102
Refractive index 1.57 nD20 DIN 53491
Luminous transmission index clear / tinted 88% DIN 5036
Surface resistance 1016 Ohm D 257

Materials used in all the following products:

PET 10
PET-G 4mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 4%
m = 5.13 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.492.07
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.492.03

PET-G 5mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 4%
m = 6.40 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.493.77
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.493.76

PET-G 6mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 4%
m = 7.70 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.492.81
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.492.80

PET-G 7mm
Panel dimensions approx. 3050x2050 mm
Thickness tolerance 4%
m = 8.98 kg/m2
clear, cut-off max. 3020x2020 mm 0.0.492.08
clear, 1 pce. panel dimensions. max. 3050x2050 mm 0.0.492.04

301
 P a n el eleme n ts

Sheet Material Al
Stable and durable
Available in two surface finishes

Sheet Material Al is suitable for machine casings of all types. Property Value
Density 2.7 g/cm3
Modulus of elasticity 70,000 N/mm
Tensile strength 120 N/mm
Ductile yield A5 5%
Anodized natural E6/EV1
Min. layer thickness 10 m
Layer hardness 250 - 350HV

Sheet Material Al 2mm

AlMg1
Panel dimensions approx. 3000x1500 mm
m = 5.40 kg/m2
cold rolled (not degreased), cut-off max. 2970x1470 mm 0.0.428.27
cold rolled (not degreased), 1 pce. panel dimensions. max. 3000x1500 mm 0.0.457.09
10
natural anodized, cut-off max. 2970x1470 mm 0.0.473.08
natural anodized, 1 pce. panel dimensions. max. 3000x1500 mm 0.0.473.09

Compound Material Al
Lightweight and insulating

Compound Material Al consists of two anodized aluminium Property Value

outer layers which are permanently bonded together by a PE Tensile strength Rm > 130 N/mm
core. It is ideal for lightweight doors and panelling. 0.2 limit Rp0.2 > 90 N/mm
Ductile yield > 8%
Modulus of elasticity E 70,000 N/mm
Flexural strength 53 N/mm
Temperature resistance - 50C to + 80C
Coefficient of thermal expansion 23x10-6 K-1
Construction material class in accor-
B2
dance with DIN 4102

302
 P a n el eleme n ts

Compound Material Al 4mm

Al-PE compound
Panel dimensions approx. 3000x1500 mm
m = 5.80 kg/m2
natural anodized, cut-off max. 2960x1470 mm 0.0.026.73
natural anodized, 1 pce. panel dimensions. max. 3000x1500 mm 0.0.457.21

Compound Material St
With white plastic coating
With easy-clean surface that can be written on
Suitable for use with magnets

Besides being magnetic, the surface of the Compound Material Property Value
can also be directly written on. Tensile strength Rm > 800 N/mm
Compound Material St 2 mm comprises 5 layers and is suit- Ductile yield > 30 %
able for use with magnets and whiteboard markers.
You can also use the Compound Material as a base for the Modulus of elasticity E 400,000 N/mm 10
magnetic Notice Holders or for pinning up notices with Temperature resistance 100C
magnets.
Available as a panel or a cut-off in the dimensions of your
choice.

Compound Material St 2 mm
St-PE compound
m = 6.87 kg/m2
white similar to RA L 9016, cut-off max. 3020x1190 mm 0.0.636.04
white similar to RA L 9016, 1 pce. panel dimensions. max. 3050x1220 mm 0.0.633.97

303
 P a n el eleme n ts

Plastics
For surfaces and panelling that have to take a lot of punishment
Wear resistant and resistant to impacts
Antistatic surface
Available in several colours

Plastic is a thermosetting material which is permanently Property Value Test standard

laminated at high pressure and temperature. This gives it Density 1.4 g/cm3
exceptional abrasion and impact resistance, making it suitable Wearing resistance 450 min-1 EN 438 T2
for panelling, table surfaces and partitions subject to high
stresses. Scratch resistance 3.0 N EN 438
It has antistatic. Flexural strength 110 N/mm EN 438 T2
Thanks to their hygienic melamine resin surface, Plastic panels Modulus of elasticity 12,000 N/mm EN 438 T2
have exceptional mechanical properties and high tempera- Tensile strength 80 N/mm EN 438 T2
ture resistance and are also particularly resistant to a large Coefficient of thermal expansion 20 x10-6 K-1 DIN 52612
number of chemicals. Consequently, they can be used where
substances such as Construction material class B2 DIN 4102
Surface resistance <1011 Ohm DIN 53482
laboratory and industrial chemicals
solvents
disinfectants
colouring agents
bleaching agents
industrial oils and emulsions
act on the surface.
10 Some chemicals may, however, corrode the surface. This
depends on the
concentration
exposure time
temperature
of the agents used.

Changes to the dimensions of Plastic panels due to the

absorption of moisture and thermal expansion should be taken
into account when installing them in frame structures. These
panels may warp if exposed to moisture on one side only.
Note:
RAL numbers of colours apply to varnishes.
Due to the different manufacturing processes, the brilliance
and colouring of laminated Plastic panels can vary greatly.
Consequently, if there is any doubt a comparison should
always be made with original samples provided by your item
sales partner.

304
 P a n el eleme n ts

The following applies to all the products below:

Resin-bonded cellulose laminate
similar to RAL colour code
Thickness tolerance 8%
Panel dimensions approx. 2800x1850 mm

Plastic 4mm
m = 5.72 kg/m2
white similar to RA L 9016, cut-off max. 2770x1820 mm 0.0.473.04
white similar to RA L 9016, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.473.05
green, similar to RAL 6000, cut-off max. 2770x1820 mm 0.0.619.16
green, similar to RAL 6000, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.619.17
red, similar to RAL 3000, cut-off max. 2770x1820 mm 0.0.428.43
red, similar to RAL 3000, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.33
yellow, similar to RAL 1034, cut-off max. 2770x1820 mm 0.0.428.44
yellow, similar to RAL 1034, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.28
blue, similar to RAL 5024, cut-off max. 2770x1820 mm 0.0.428.45
blue, similar to RAL 5024, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.27
grey, similar to RAL 7035, cut-off max. 2770x1820 mm 0.0.428.46
grey, similar to RAL 7030, cut-off max. 2770x1820 mm 0.0.428.47
grey, similar to RAL 7035, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.29
grey, similar to RAL 7030, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.30
black, similar to RAL 9017, cut-off max. 2770x1820 mm 0.0.474.37
black, similar to RAL 9017, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.473.12

Plastic 10mm
m = 14.60 kg/m2 10
white similar to RA L 9016, cut-off max. 2770x1820 mm 0.0.473.06
white similar to RA L 9016, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.473.07
green, similar to RAL 6000, cut-off max. 2770x1820 mm 0.0.619.14
green, similar to RAL 6000, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.619.15
red, similar to RAL 3000, cut-off max. 2770x1820 mm 0.0.428.89
red, similar to RAL 3000, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.26
yellow, similar to RAL 1034, cut-off max. 2770x1820 mm 0.0.428.90
yellow, similar to RAL 1034, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.23
blue, similar to RAL 5024, cut-off max. 2770x1820 mm 0.0.428.91
blue, similar to RAL 5024, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.22
grey, similar to RAL 7035, cut-off max. 2770x1820 mm 0.0.428.92
grey, similar to RAL 7030, cut-off max. 2770x1820 mm 0.0.428.93
grey, similar to RAL 7035, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.25
grey, similar to RAL 7030, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.457.24
black, similar to RAL 9017, cut-off max. 2770x1820 mm 0.0.474.36
black, similar to RAL 9017, 1 pce. panel dimensions. max. 2800x1850 mm 0.0.473.16

305
 P a n el eleme n ts

Plastic ESD
For the protection of electronic components

For maximum conductivity requirements

Meets EPA requirements

&4%

The Plastic ESD panel is specifically designed for use in EPA Property Value Test Standard
workplaces where the handling of electronic components Density 1.4 g/cm3
makes special safety precautions necessary (EPA = Electro- Wearing resistance 450 min-1 EN 438 T2
static Protected Area).
Scratch resistance 3.0 N EN 438
The low discharge resistance (7.5x105 < R < 109 ) on the
surface of the panel and in the core of the material allows it to Flexural strength 110 N/mm EN 438 T2
be used as a table top without need for an additional conduc- Modulus of elasticity 12,000 N/mm EN 438 T2
tive edge strip, or to be used in workpiece carriers with milling Tensile strength 80 N/mm EN 438 T2
or drilled holes whose cut edges have the same discharge
properties as the surface. Coefficient of thermal expansion 20 x10-6 K-1 DIN 52612
It has the same resistance to mechanical, thermal and chemi- Construction material class B2 DIN 4102
cal loading as the standard antistatic design. The presence of Surface resistance 7.5x105 < R < 109 DIN 53482
additives to facilitate electrostatic discharge can result in slight
deviations in colour in the surface layer and core material.

10
&4%
Plastic 4mm, ESD
Resin-bonded cellulose laminate
Panel dimensions approx. 2440x1220 mm
m = 5.70 kg/m2
grey, similar to RAL 7035, cut-off max. 2410x1190 mm 0.0.614.85
grey, similar to RAL 7035, 1 pce. panel dimensions. max. 2440x1220 mm 0.0.614.86
&4%
Plastic 10mm, ESD
Resin-bonded cellulose laminate
Panel dimensions approx. 2440x1220 mm
m = 14.60 kg/m2
grey, similar to RAL 7035, cut-off max. 2410x1190 mm 0.0.614.87
grey, similar to RAL 7035, 1 pce. panel dimensions. max. 2440x1220 mm 0.0.614.88
&4%
Plastic 16mm, ESD
Resin-bonded cellulose laminate
Panel dimensions approx. 2440x1220 mm
m = 24.25 kg/m2
grey, similar to RAL 7035, cut-off max. 2410x1190 mm 0.0.487.65
grey, similar to RAL 7035, 1 pce. panel dimensions. max. 2440x1220 mm 0.0.487.64

306
 P a n el eleme n ts

Chequer Sheet
Stable and non-slip

Aluminium chequer sheet is used for walk-on surfaces or Property Value

steps. Density 2.7 g/cm
Modulus of elasticity 70,000 N/mm
Tensile strength 200 N/mm
Ductile yield A5 5%

Chequer Sheet Al 5mm

AlMg3
Duett chequering DIN EN 1386
Sheet Thickness 3.5 mm
Panel dimensions approx. 3000x1500mm
m = 9.90 kg/m2
cold rolled (not degreased), cut-off max. 2970x1470 mm 0.0.428.53 10
cold rolled (not degreased), 1 pce. panel dimensions. max. 3000x1500 mm 0.0.457.18

307
 P a n el eleme n ts

Corrugated Mesh Al
For lightweight guards and enclosures
Particularly easy to machine

Corrugated Meshes are suitable for guards, enclosures and Property Value
partitions, in particular when combined with Clamp Profiles. Density 2.7 g/cm3
The use of anodized aluminium wires enables them to be used Modulus of elasticity 70,000 N/mm
both indoors and outdoors on a permanent basis.
Tensile strength 120 N/mm
Note on cutting Corrugated Mesh Al to size: Ductile yield A5 5%
Because of the way the material behaves when cut, the cut-off Anodized natural E6/EV1
tolerances are in DIN ISO 2768 tolerance class c. Min. layer thickness 10 m
Layer hardness 250 - 350HV

Corrugated Mesh Al 3mm 20x20

Al, anodized
Panel dimensions approx. 3000x1810 mm
Minimum cut-off width 150 mm
Mesh:20 mm
Wire thickness: 3 mm
10 m = 1.80 kg/m2
natural anodized, cut-off max. 2970x1780 mm 0.0.196.66
natural anodized, 1 pce. max. 3000x1810 mm 0.0.436.93

Corrugated Mesh Al 4mm 30x30

Al, anodized
Panel dimensions approx. 3000x1810 mm
Minimum cut-off width 150 mm
Mesh: 30 mm
Wire thickness: 4 mm
m = 2.10 kg/m2
natural anodized, cut-off max. 2970x1780 mm 0.0.265.13
natural anodized, 1 pce. max. 3000x1810 mm 0.0.436.94

308
 P a n el eleme n ts

Corrugated Mesh St
For high-strength fixtures
Available in three mesh sizes

Corrugated Meshes St are ideal for safety equipment which Property Value
is subject to high stresses because of the very rigid steel wire Density 7.85 g/cm
they employ. They are fixed in special Clamp Profiles. Modulus of
Corrugated Meshes St are made from electrogalvanized wires. 210,000 N/mm
elasticity
Tensile strength 350 N/mm
Note on cutting Corrugated Mesh St to size:
Because of the way the material behaves when cut, the cut-off Galvanizing DIN 50960 Fe/Zn 12A
tolerances are in DIN ISO 2768 tolerance class c.

Materials used in all the following products:

St

Corrugated Mesh St 3mm 20x20

Panel dimensions approx. 3000x1810 mm
Minimum cut-off width 150 mm 10
Mesh: 20 mm
Wire thickness: 3 mm
m = 5.00 kg/m2
bright zinc-plated, cut-off max. 2970x1780 mm 0.0.428.32
bright zinc-plated, 1 pce. max. 3000x1810 mm 0.0.457.36

Corrugated Mesh St 4mm 30x30

Panel dimensions approx. 3000x1810 mm
Minimum cut-off width 150 mm
Mesh: 30 mm
Wire thickness: 4 mm
m = 6.20 kg/m2
bright zinc-plated, cut-off max. 2970x1780 mm 0.0.428.34
bright zinc-plated, 1 pce. max. 3000x1810 mm 0.0.457.37

Corrugated Mesh St 4mm 40x40

Panel dimensions approx. 3000x1810 mm
Minimum cut-off width 150 mm
Mesh: 40 mm
Wire thickness: 4 mm
m = 4.50 kg/m2
bright zinc-plated, cut-off max. 2970x1780 mm 0.0.428.36
bright zinc-plated, 1 pce. max. 3000x1810 mm 0.0.457.38

309
 P a n el eleme n ts

Dual-Rod Mesh
Stable even without a frame
Two mesh widths available

Inherently stable panel element for constructing free-standing Property Value

protective fence structures. Available in two different mesh Density 7.85 g/cm
widths (25 and 50 mm). Modulus of elasticity 210,000 N/mm
The Dual-Rod Meshes are hot-dip galvanized to protect Tensile strength 350 N/mm
against corrosion. They can also be painted to suit customers
individual needs. Hot-dip galvanizing Min. layer thickness 70 m
Black Dual-Rod Meshes are supplied powder coated from the Black RAL9005
factory. Powder coating
Min. layer thickness 70 m

The narrow openings of the mesh prevent people from reach-

ing through (as required by EN 294).

Property Value
Mesh width [mm] 25 50
Opening dimension a [mm] 19 44
Distance to danger zone b [mm] > 120 > 850

10
Dual-Rod Mesh Hanger 213

Materials used in all the following products:

St

Dual-Rod Mesh 25x200, 1830x958

Wire diameter: 6/8 mm
Mesh width: 25x200 mm
6 Height: 1830 mm
Width: 958 mm
m = 20.5 kg
30

bright zinc-plated, 1 pce. 0.0.476.47

1830

Dual-Rod Mesh 25x200, 1830x958

Wire diameter: 6/8 mm
Mesh width: 25x200 mm
Height: 1830 mm
200

Width: 958 mm
m = 22.0 kg
black, 1 pce. 0.0.446.08

Dual-Rod Mesh 25x200, 1830x2008

50
25/ Wire diameter: 6/8 mm
008
8
958/2 Mesh width: 25x200 mm
Height: 1830 mm
Width: 2008 mm
m = 42.3 kg
bright zinc-plated, 1 pce. 0.0.476.46

310
 P a n el eleme n ts

Dual-Rod Mesh 25x200, 1830x2008

Wire diameter: 6/8 mm
Mesh width: 25x200 mm
Height: 1830 mm
Width: 2008 mm
m = 45.0 kg
black, 1 pce. 0.0.446.07

Dual-Rod Mesh 50x200, 1830x958

Wire diameter: 6/8 mm
Mesh width: 50x200 mm
Height: 1830 mm
Width: 958 mm
m = 13.8 kg
bright zinc-plated, 1 pce. 0.0.476.49

Dual-Rod Mesh 50x200, 1830x958

Wire diameter: 6/8 mm
Mesh width: 50x200 mm
Height: 1830 mm
Width: 958 mm
m = 14.5 kg
black, 1 pce. 0.0.446.06

Dual-Rod Mesh 50x200, 1830x2008

Wire diameter: 6/8 mm
Mesh width: 50x200 mm
Height: 1830 mm
Width: 2008 mm
m = 28.6 kg
bright zinc-plated, 1 pce. 0.0.476.48
10
Dual-Rod Mesh 50x200, 1830x2008
Wire diameter: 6/8 mm
Mesh width: 50x200 mm
Height: 1830 mm
Width: 2008 mm
m = 30.0 kg
black, 1 pce. 0.0.446.05

311
 P a n el eleme n ts

Steel Mesh
Stable and strong
Light objects can be hung on it

Due to the high inherent stability of the Steel Mesh (straight Property Value
wires, welded), it is also highly suitable for direct use in the Density 7.85 g/cm
profile groove. Modulus of elasticity 210,000 N/mm
Tensile strength 350 N/mm
Galvanizing 60 g/m
Black RAL 9005,
Powder coating
min. layer thickness 70 m

Steel Mesh 3.8mm 40x40

Steel wire (straight wires)
Welded, electrogalvanized
Approx. 2500x1000 mm
Mesh: 40 mm Wire thickness: 3.8 mm
m = 5.10 kg/m2
bright zinc-plated, cut-off max. 2470x970 mm 0.0.428.38
10 bright zinc-plated, 1 pce. max. 2000x1000 mm 0.0.457.20

Steel Mesh 3.8mm 40x40

Steel wire (straight wires)
Welded, hot-dip galvanized and powder coated
Approx. 2000x1000 mm
Mesh: 40 mm Wire thickness: 3.8 mm
m = 5.30 kg/m2
black, cut-off max. 1970x970 mm 0.0.428.39
black, 1 pce. max. 2000x1000 mm 0.0.457.19

312
 P a n el eleme n ts

Perforated Sheet
Stylish and air-permeable
For use as screening or ventilation open-
ings

Aluminium Perforated Sheet has a wide range of applications. Property Value

It can be used to provide screening, for floors and ceilings that Density 2.7 g/cm
permit the passage of air or dust, for storage surfaces or for Modulus of elasticity 70,000 N/mm
decorative wall panelling.
The powder-coated version is weather-proof. Tensile strength 200 N/mm
Galvanizing 60 g/m
Black RAL9005
Powder coating
Min. layer thickness 70m

Perforated Sheet Al 3mm

AlMg3
Cold rolled (not degreased) or coated
Hole diameter = 10 mm in offset rows
DIN 24041; residual area approx. 60%
Panel dimensions approx. 3000x1500 mm
m = 4.80 kg/m2
cold rolled (not degreased), cut-off max. 2970x1470 mm 0.0.428.29 10
cold rolled (not degreased), 1 pce. panel dimensions. max. 3000x1500 mm 0.0.457.12
black, cut-off max. 2970x1470 mm 0.0.428.30
black, 1 pce. panel dimensions. max. 3000x1500 mm 0.0.457.13

313
 P a n el eleme n ts

Sound-Insulating Material
Create a peaceful environment in offices and production halls

Absorbs noise in medium and high frequencies

Suitable as a panel element in hoods and enclosures
For functional partitions in open-plan offices

Sound-Insulating Material for reducing the effect of sound

emission to the environment can be used for both complete
encapsulation and individual partitions. It is self-adhesive on
one side (rubber-based adhesive).

The Sound-Insulating Material

is glued to a panel element.
The panel element should be
fastened in the profile frame in
such a way that as little vibra-
tion or sound is transmitted as
possible.

The sound-insulating effect depends on the excitation

10 frequency.

Sound-Insulating Material 20mm

PUR-ester special foam
Coated with PVC film perforated, easy to wash down,
Sound absorption as per DIN 52215-63
Temperature resistance: -40C to +100C
Thermal conductivity: 0.033 W/mK, DIN 52612
Fire characteristics: self-extinguishing to FMVSS 302, DIN 75200
Panel dimensions 480x480 mm
m = 253.0 g
anthracite, 1 pce. 0.0.440.75

20

314
 P a n el eleme n ts

Edge Profile S3 Al
Attractive finish
Covering for sharp cut edges

Edge Profile as edging for 3 mm thick panel elements whose

cut edges require covering, e.g. Perforated Sheet Al etc.
The Edge Profile can be cut at a 90 angle or with a mitre cut.

Edge Profile S3 Al
12

8 Al, anodized
A [cm2] m [g/m]
0.33 89
natural, 1 pce., length 2000 mm 0.0.457.45
black, 1 pce., length 2000 mm 0.0.440.56

10

315
 P a n el eleme n ts

10

316
 11

Floor elements 11
Adjustable Feet
Castors
Accessories for Floor Elements
 F l o o r eleme n ts

Floor elements
Products in this section

Levelling Knuckle Feet Knuckle Feet X Rubber Inserts Anti-Vibration Insert D80 Foot Clamps
Threaded spindles for Compatible with Profiles X Protect floors from damage Reduces vibration and Additional fixing for
infinite height adjustment Slope compensation via Increase friction and pre- absorbs impacts Knuckle Feet
Metal or plastic foot plate ball joint vent inadvertent movement Ageing and corrosion- For fastening to floors and
resistant walls

319 322 323 324 326

Foot Mounting Bracket Adjustable Feet PA L-Based Feet Stand Foot 8 240x160 Partition Base Plate
Height adjustable fixing for For tables and lightweight For heavy-duty and non- Stable hold for free- Fastening for up to two
Knuckle Feet equipment movable equipment standing enclosures and partition elements
Enables fitting to the sides Tool-free adjustment For fastening to walls and guards Stable and easy to fit
11 of profile frames floors Can be screwed to the floor

327 328 329 333 335

Base Plates Castors Castor Support 8 80x40 Floor-Fastening Sets Base Plates/Transport
Stable termination for Wide range of sizes and Low centre of gravity For anchoring in floors and Plates
Stand Profiles materials produces stable wheeled walls Stable termination for the
Levelling via set screws Extremely strong and constructions Particularly suitable for use end faces of profiles
durable With flexible impact and in concrete For securely fastening cas-
scratch protection tors and Knuckle Feet

338 340 354 355 357

318
 F l o o r eleme n ts

Knuckle Feet
Threaded spindles ensure infinite height adjustment
Slope compensation via ball joint
Metal or plastic foot plate
Stainless, ESD-safe versions available

&4%     

Adjustable Foot Load F (vertical) Slope

D20, M5x45 750 N 15
D20, M5x45 stainless 1,500 N 7
D30, M6x45 900 N 15
D30, M6x45 stainless 1,500 N 7
D30, M6x60 900 N 15
D40, M8x60 1,500 N 15
D40, M8x60 stainless 10,000 N 7
D40, M8x80 1,500 N 15
D40, M10x80 1,500 N 15
D60, M10x75 5,000 N 7
D60, M12x75 5,000 N 7
D60, M12x75 stainless 15,000 N 7
D60, M10x120 5,000 N 7
The infinitely adjustable feet Slope compensation is by
are suitable for structures of means of ball and socket. D60, M12x120 5,000 N 7
all kinds. D80, M10x80 10,000 N 7
Depending on the particular
application, the adjustable
D80, M12x100 10,000 N 7 11
feet can be fitted in the core D80, M16x100 10,000 N 7
bores of profiles or used in
D80, M16x100 stainless 20,000 N 7
combination with Base Plates
/ Transport Plates. The range D80, M12x160 10,000 N 7
of applications can be ex-
D80, M16x160 10,000 N 7
tended by appropriate inserts
and foot clamps.

The following applies to all the products below:

Knuckle Feet with plastic foot plate Spindle, St, bright zinc-plated
Foot plate, PA
Hexagon nut DIN 934, St, bright zinc-plated
a Knuckle Foot D20, M5x45
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
e M5 44 32 19.5 8 33 7.0
b
c

black, 1 pce. 0.0.464.75

Knuckle Foot D30, M6x45

f

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

M6 48 32 29.5 10 35 16.0
d black, 1 pce. 0.0.434.52

Knuckle Foot D30, M6x60

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M6 63 47 29.5 10 50 17.0
black, 1 pce. 0.0.434.51

319
 F l o o r eleme n ts

Knuckle Foot D40, M8x60

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M8 63 41 39 13 50 37.0
black, 1 pce. 0.0.364.68
grey similar to RAL 7042, 1 pce. 0.0.636.97

Knuckle Foot D40, M8x80

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M8 83 60 39 13 70 43.0
black, 1 pce. 0.0.265.69
grey similar to RAL 7042, 1 pce. 0.0.636.99

Knuckle Foot D40, M10x80

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M10 83 60 39 17 65 65.0
black, 1 pce. 0.0.265.74
grey similar to RAL 7042, 1 pce. 0.0.637.01

The following applies to all the products below:

Knuckle Feet with metal foot plate
Spindle, St, bright zinc-plated
foot plate, die-cast zinc
Hexagon nut DIN 934, St, bright zinc-plated
a Knuckle Foot D60, M10x75
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
e M10 75 52 57 17 55 140.0
b
c

black, 1 pce. 0.0.439.29

white aluminium, similar to RAL 9006, 1 pce. 0.0.635.49
f

Knuckle Foot D60, M10x120

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
11 d M10 120 97 57 17 100 163.0
black, 1 pce. 0.0.439.30
white aluminium, similar to RAL 9006, 1 pce. 0.0.635.51

Knuckle Foot D60, M12x75

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M12 75 52 57 19 55 162.0
black, 1 pce. 0.0.439.22
white aluminium, similar to RAL 9006, 1 pce. 0.0.635.43

Knuckle Foot D60, M12x120

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M12 120 97 57 19 100 193.0
black, 1 pce. 0.0.439.23

Knuckle Foot D80, M10x80

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M10 80 53 76 17 60 263.0
black, 1 pce. 0.0.432.84
white aluminium, similar to RAL 9006, 1 pce. 0.0.635.24

Knuckle Foot D80, M12x100

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M12 100 72 76 19 80 300.0
black, 1 pce. 0.0.265.67

320
 F l o o r eleme n ts

Knuckle Foot D80, M12x160

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M12 160 132 76 19 140 340.0
black, 1 pce. 0.0.265.68
white aluminium, similar to RAL 9006, 1 pce. 0.0.635.17

Knuckle Foot D80, M16x100

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M16 100 72 76 24 80 366.0
black, 1 pce. 0.0.265.29
white aluminium, similar to RAL 9006, 1 pce. 0.0.635.20

Knuckle Foot D80, M16x160

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M16 160 132 76 24 140 450.0
black, 1 pce. 0.0.265.66
white aluminium, similar to RAL 9006, 1 pce. 0.0.636.95

ESD-safe and stainless The following applies to all the products below:
Spindle, St
Foot plate, St
Hexagon nut DIN 934, St

&4%

a Knuckle Foot D20, M5x45

&4%

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

e M5 44 32 19.5 8 33 19.0
11
b
c

stainless, 1 pce. 0.0.464.81

&4%
Knuckle Foot D30, M6x45
f

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

M6 48 32 29.5 10 35 47.0
d stainless, 1 pce. 0.0.478.22
&4%
Knuckle Foot D40, M8x60
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M8 63 41 39 13 50 107.0
stainless, 1 pce. 0.0.475.41
&4%
Knuckle Foot D40, M10x80
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M10 83 60 39 17 65 95.0
stainless, 1 pce. 0.0.640.57
&4%
Knuckle Foot D60, M12x75
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M12 75 52 57 19 55 185.0
stainless, 1 pce. 0.0.478.13
&4%
Knuckle Foot D80, M16x100
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M16 100 72 76 24 80 435.0
stainless, 1 pce. 0.0.476.39

321
 F l o o r eleme n ts

Knuckle Feet X
Compatible with Profiles X
Slope compensation via ball joint
Metal or plastic foot plate

-JOF 

Knuckle Foot Load F (vertical) Slope

X D40, M8x60 1,500 N 15
X D40, M8x80 1,500 N 15
X D40, M10x80 1,500 N 15
X D80, M16x100 10,000 N 7

The following applies to all the products below:

Spindle, St, bright zinc-plated
Foot plate, PA
Hexagon nut DIN 934, St, bright zinc-plated
a Knuckle Foot X D40, M8x60
-JOF

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

e M8 63 41 38 13 50 38.0
c
b

grey similar to RAL 7042, 1 pce. 0.0.602.44

-JOF
Knuckle Foot X D40, M8x80
f

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

d M8 83 60 38 13 70 45.0
11
grey similar to RAL 7042, 1 pce. 0.0.602.46
-JOF
Knuckle Foot X D40, M10x80
a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]
M10 83 60 38 17 65 64.0
grey similar to RAL 7042, 1 pce. 0.0.496.02

The following applies to all the products below:

Spindle, St, bright zinc-plated
foot plate, die-cast zinc
Hexagon nut DIN 934, St, bright zinc-plated

a Knuckle Foot X D80, M16x100

-JOF

a b [mm] c [mm] d [mm] e [mm] f [mm] m [g]

M16 105.5 73.5 78 24 73 457.0
e
white aluminium, similar to RAL 9006, 1 pce. 0.0.496.03
c
b

322
 F l o o r eleme n ts

Rubber Inserts
Protect floors from damage
Increase friction and prevent inadvertent movement
Compatible with Knuckle Feet D30, D40, D60 and D80
Products from Line X also available

   

Rubber Insert D80 can also The Rubber Inserts are suitable for use as anti-slip devices and
be used in combination with floor protectors.
Adjustable Foot 8 PA. This They can be retrofitted to Knuckle Feet D30 and D40 (not the
increases the overall height of stainless models) and D60 and D80.
the Adjustable Foot by
12 mm.
8

Rubber Insert D30

NBR
2

27.5 Hardness 80 Sh A, oil and water resisting

m = 3.0 g
black, 1 pce. 0.0.434.50 11
Rubber Insert D40
10

NBR
2

36 Hardness 80 Sh A, oil and water resisting

m = 6.0 g
black, 1 pce. 0.0.265.70

Rubber Insert D60

13.5

NBR
2.2

Hardness 80 Sh A, oil and water resisting

53.2 m = 18.0 g
black, 1 pce. 0.0.439.33

Rubber Insert D80

18

NBR
Hardness 80 Sh A, oil and water resisting
3

m = 42.0 g
71
black, 1 pce. 0.0.265.61

-JOF 

-JOF 
Rubber Insert X D80
NBR
Hardness 70 Sh A, oil/water-resistant
m = 18.0 g
48 10
black, 1 pce. 0.0.606.51
323
 F l o o r eleme n ts

Anti-Vibration Insert D80

Reduces vibration and absorbs impacts
Ageing and corrosion-resistant
Resistant to oils, greases, acids and solvents
Stainless steel Knuckle Feet retain their ESD functionality

&4%

F a
2,000 N 4 mm
10,000 N 6 mm

The effective height (h) when not under load is 9 mm. The degree of vibration damping depends on the excitation
The value of h decreases by the spring distance a as a function frequency. Shocks (excitation below the natural frequency) will
of the force F. be reduced by the self-damping.

Anti-Vibration Insert D80

25

St
Self-damping: Approx. 15%
Natural frequency: 20-25 Hz
64 Resonance ratio: Approx. 3.3
Static load Fstat: 2,000 N
Max. dynamic pressure loading Fdyn: 10,000 N
m = 115.0 g
11 stainless, 1 pce. 0.0.458.93

324
 F l o o r eleme n ts

Adjustable Foot 80x40, M12x120

Rectangular foot for flush mounting against walls
Infinitely variable height adjustment

    

Fmax.= 5000 N Use of the Rubber Insert is

recommended to prevent
movement and to protect the
floor from damage.

M12 Adjustable Foot 80x40, M12x120

Spindle, St, bright zinc-plated
Base Plate, die-cast zinc, black
Hexagon Nut DIN 934-M12, St, bright zinc-plated
97
120

m = 280.0 g
19 1 pce. 0.0.608.93
11
100

80
40
19.5

Rubber Insert 80x40

NBR
Hardness 80 Sh A, oil and water resisting
3

m = 43.1 g
80
black, 1 pce. 0.0.609.05
40

325
 F l o o r eleme n ts

Foot Clamps
For fixing Knuckle Feet in place
For fastening to floors and walls
Products from Line X also available

    

The permissible load for the

Foot Clamps at the fastening
point is Fperm. = 5,000 N.

Special Foot Clamps are available for securing Knuckle Feet

X D80.
Foot Clamps X D80 can be combined with Knuckle Feet X D80.
They are used to secure structures made from Profiles X 8 to
the floor and wall.

11
36 12 Foot Clamp D60
112
5
52.
15

Die-cast zinc
m = 223.0 g
black, 1 pce. 0.0.439.37
24
57

14 Foot Clamp D80

48
150 Die-cast zinc
20

70 m = 492.0 g
black, 1 pce. 0.0.265.30

32
76

-JOF 

-JOF 
50 13 Foot Clamp X D80
132
68 Die-cast zinc
24

m = 480.0 g
white aluminium, similar to RAL 9006, 1 pce. 0.0.495.96
36
68

326
 F l o o r eleme n ts

Foot Mounting Bracket

Height adjustable fixing for Knuckle Feet
Fitted to the sides of profiles

100
60

F
48

Foot Mounting Bracket 8 D80 allows height adjustable feet The maximum permissible load on the Foot Mounting
with M16 threaded spindle (primarily Knuckle Foot D80, M16) Bracket is F = 4,000 N. The load-carrying capacity of the
to be mounted on the side of a frame construction. Machines adjustable foot must not be exceeded.
or systems can be installed with minimum distance to the floor
but can still be adjusted in height.

11

Foot Mounting Bracket 8 D80
Die-cast aluminium
m = 363.0 g
M16
white aluminium, similar to RAL 9006, 1 pce. 0.0.612.01
8.4
100
14

40 40
80 80

327
 F l o o r eleme n ts

Adjustable Feet PA
For tables and lightweight equipment
Tool-free height adjustment mechanism
Available for Profiles 8 40x40, D40 and Profiles X 8 40x40

The spindle is screwed into

an M8 thread in the core
bore of the profile. Tools are
not required to make height
adjustments simply turn
the lower part of the foot
manually.

Fperm. = 1,500 N

M8 4 Adjustable Foot 8 PA


8 0
11

Housing, PA-GF, black

Spindle, nut and washer, St, bright zinc-plated
6

F = 1,500 N
11 m = 71.0 g
1 pce. 0.0.196.64
40-65

39
M8 Adjustable Foot 8 D40 PA

4
8 0
Housing, inner part and end plate, PA-GF, black
10

Spindle and washer, St, bright zinc-plated

2

m = 69.0 g
1 set 0.0.603.33
40-65

39

-JOF 

M8 Adjustable Foot X 8 PA 40x40

-JOF 
4
8 0
Housing, inner part and end plate, PA-GF, grey
10

Spindle and washer, St, bright zinc-plated

2

m = 69.0 g
1 pce. 0.0.603.74
40-65

39

328
 F l o o r eleme n ts
L-Based Feet

L-Based Feet
For heavy-duty and non-movable equipment
For fastening to walls and floors

 

L-Based Feet ensure a secure hold. Because they are screwed Floor-Fastening Sets 355
to the grooves of the profile, several of the feet can be used.
Furthermore, L-Based Feet enable users to anchor profiles to
walls or floors. item supplies additional Floor-Fastening Sets
for this purpose.
The height adjustment mechanism in the L-Based Foot enables
users to compensate for unevenness in the floor.
The foot is adjusted by turning the set screw (1.). The selected
height is then fixed by tightening the fastening screw at the
side (2.).

a [mm] c [mm] Fmax.

L-Based Feet
max. min

53.5 8.5 8 - 16 3,000 N

75.0 10.0 13 - 25 6,000 N

11
2.7

15 6.2 L-Based Foot 6 adjustable
Housing, die-cast aluminium, black
T-Slot Nut 6 St M6, bright zinc-plated
Button-Head Screw ISO 7380-M6x12, St, bright zinc-plated
M6x12
Button-Head Screw ISO 7380-M6x60, St, bright zinc-plated and slide-coated
120
75/90/105

M6x60 Square nut M6, St, bright zinc-plated

m = 111.0 g
1 pce. 0.0.434.71

14
10
15

10 28.
5 45

2.7

15 6.2 L-Based Foot 6 non-adjustable
Housing, die-cast aluminium, black
T-Slot Nut 6 St M6, bright zinc-plated
Button-Head Screw ISO 7380-M6x12, St, bright zinc-plated
M6x12
m = 91.0 g
120
75/90/105

1 pce. 0.0.434.70

14
10
15

10 28.
5 45

329
 F l o o r eleme n ts

3.8

L-Based Foot 8 adjustable
20
8
Housing, die-cast aluminium, black
T-Slot Nut 8 St M8, bright zinc-plated
Button-Head Screw ISO 7380-M8x16, St, bright zinc-plated
Button-Head Screw ISO 7380-M8x80, St, bright zinc-plated and slide-coated
M8x16 Square nut M8, St, bright zinc-plated
m = 272.0 g

100/120/140
160
M8x80 1 pce. 0.0.196.45

20
10
20

10
40 60

3.8

L-Based Foot 8 non-adjustable
20
8
Housing, die-cast aluminium, black
T-Slot Nut 8 St M8, bright zinc-plated
Button-Head Screw ISO 7380-M8x16, St, bright zinc-plated
m = 223.0 g
M8x16
1 pce. 0.0.265.44
100/120/140
160

20
10
20

10
60
11 40

330
 F l o o r eleme n ts

L-Based Foot X 8 adjustable

Compatible with Profiles X
Easy to compensate for unevenness in the floor
Easy-to-clean design

-JOF 

a [mm] a [mm] c [mm]

c [mm] Fmax. Fmax.
L-Based Feed max. min
max. min

75.0
75,0 10.0
10,0 13 - 25 6,000 N
6.000

L-Based Foot X 8 adjustable provides a simple method of

levelling equipment on uneven floors by means of height
adjustment.
The adjustment is made by turning the adjusting screw (1). The
selected height is then fixed by tightening the fastening screw
at the side (2).
The Floor-Fastening Set can be screwed into L-Based Foot X 8
using a socket wrench.

Floor-Fastening Sets 355

-JOF 
L-Based Foot X 8 adjustable
Housing, die-cast aluminium, white aluminium
Cap, PA-GF, grey
T-Slot Nut V 8 St M8, bright zinc-plated 11
Button-Head Screw ISO 7380-M8x80, St, bright zinc-plated
Button-Head Screw ISO 7380-M8x16, St, bright zinc-plated
Square nut, St, bright zinc-plated
Washer DIN 433-8.4, St, bright zinc-plated
m = 342.0 g
1 set 0.0.600.13

331
 F l o o r eleme n ts
L-Based Foot 8-12 240x100

L-Based Foot 8-12

Extremely stable and extremely flexible
Secure floor anchoring of construction
Ideal for fastening machinery that has already been installed and aligned

  

40
8.5

228
218
198
M
158 F

138
118  

98

58
38

a
29.5

a
0

The slotted holes for fastening to the side face of a profile are In the case of Line 8 profiles, the distance to the floor when
compatible with the modular dimensions of Lines 8, 10 and using the lower groove for attaching the L-Based Foot is a =
12. 9.5 mm. In the case of Line 10 profiles a = 4.5 mm. Line 12
The number of fastening screws can be increased to raise the profiles can be screwed to the L-Based Foot so that they are
11 stability. In this way, L-Based Foot 8-12 240x100 also stabi- flush to the floor.
lises machine frames against movement and vibration. Mmax. = 150 Nm
Fmax. = 4,000 N

Floor-Fastening Sets 355

40
L-Based Foot 8-12 240x100
9 80
8.5 Die-cast aluminium
m = 750.0 g
white aluminium, similar to RAL 9006, 1 pce. 0.0.610.89
240

20

60
100
18

332
 F l o o r eleme n ts
Stand Foot 8 240x160

Stand Foot 8 240x160

The cost-effective and robust floor fastener

Easy to align and stable

Can be screwed to the floor
For free-standing enclosures and guards

Floor-Fastening Sets 355

The slot fastening feature The height can be adjusted

near the bottom of the Stand by means of a screw inserted
Foot can be used to adjust into a thread in the core bore
the angle in order to compen- in the end face of the stand
sate for uneven floors ( 5). profile.

60 Stand Foot 8 240x160



0 20 4
2 St
m = 1.0 kg
10 black, 1 pce. 0.0.492.47 11
18
120
160

200 0
24
30

44

333
 F l o o r eleme n ts
Adjustable Stand Foot Side Brace 8
Adjustable Stand Foot

Adjustable Stand Foot 8

The foot with unrivalled precision

Several ways to compensate for unevenness

Even greater stability due to additional support
Securely anchored to the floor


*OOPWBUJPO

Adjustable Stand Foot 8 can be universally used to provide it along the profile groove. Lateral alignment on the floor is Floor-Fastening Sets 355
Stand Profiles of partitions, tables and shelving systems with facilitated by the large diameters of the holes for the Floor
a stable connection to the floor. Various adjustment options Fastening Sets.
mean that the Adjustable Stand Foot can be adapted to the The through holes for securing to the floor can be accessed
properties of the floor (height, flatness). The Stand Profile can when the Adjustable Stand Foot has already been fitted, so
be tilted as necessary using the hexagon nuts and screw (3). that the anchoring holes can be drilled subsequently.
The Stand Profile is adjusted in vertical direction by moving


Adjustable Stand Foot 8
Adjustable Stand Foot, Al, anodized, natural
160

2 T-Slot Nuts 8 St M8, St, bright zinc-plated

2 Button-Head Screws ISO 7380-M8x20, St, bright zinc-plated
2 Hexagon Nuts DIN 934-M8, St, bright zinc-plated
20

4 Washers DIN 125-8,4, St, bright zinc-plated

Button-Head Screw ISO 7380-M8x45, St, bright zinc-plated
m = 795.0 g
1 set 0.0.486.17
18 120

280

40
11

Adjustable Stand Foot Side Brace 8

For supporting an Adjustable Stand Foot from the side
Mechanism for adjusting angle of incline


*OOPWBUJPO

Adjustable Stand Foot Side Brace 8 is used to provide lateral The inclination is set in the same way as the Adjustable Stand
support to an enclosure erected using Adjustable Stand Foot, using a set screw. Used in conjunction with Adjustable
Foot 8. It is inserted into Adjustable Stand Foot 8 and is also Stand Foot 8, the Stand Profile can then be aligned in all
screwed to the Stand Profile. planes.


Adjustable Stand Foot Side Brace 8
Adjustable Stand Foot Side Brace, Al, anodized, natural
2 T-Slot Nuts 8 St M8, St, bright zinc-plated
160

2 Button-Head Screws ISO 7380-M8x20, St, bright zinc-plated

2 Hexagon Nuts DIN 934-M8, St, bright zinc-plated
4 Washers DIN 125-8,4, St, bright zinc-plated
18 Button-Head Screw ISO 7380-M8x45, St, bright zinc-plated
m = 655.0 g
160 1 set 0.0.486.18
40
334
 F l o o r eleme n ts

Partition Base Plate

Stable fastening with outstanding stability
For one or two partition elements
The height of each wall segment can be adjusted separately

Create sound protection and screening using mobile partition

walls and mark out designated routes and areas. The new
Partition Base Plates D400 are free-standing, lightweight ele-
ments that can be rapidly deployed.
A partition built with Profiles 8 D40 is an elegant solution. The
circular cross-section of the Partition Base Plate is a perfect
match to the design of the Adapters and Stand Profiles. Two
profiles can be fitted close together on Partition Base Plate
D400 2z and Partition Adapter D40 allows them to be
swivelled to any angle and secured in position.
All that is needed to attach the Partition Base Plate is a thread
in the core bore of a Profile 8.

M8
20

0.0.493.45
11
40-50

Partition Adapter D40 allows users to adjust

the height and angle of each individual parti-
tion segment.

Tip:
Two Profiles D40 can be connected at the upper end of the
partition using Flat Bracket 8 D40/D40 (0.0.628.63) the
Profiles are fixed in parallel and kept at a constant distance.

335
 F l o o r eleme n ts

400 Partition Base Plate D400 z

St
m = 5.0 kg
white aluminium, similar to RAL 9006, 1 pce. 0.0.641.36

5
400 Partition Base Plate D400 2z
St
m = 5.0 kg
white aluminium, similar to RAL 9006, 1 pce. 0.0.641.41

42
5

40 Partition Adapter D40

Pin, St, bright zinc-plated
Sleeve, Al, white aluminium, similar to RAL 9006
2 Countersunk Screws DIN 7991 M8x20, St, bright zinc-plated
3 grub screws DIN 915 M6x10, St, bright zinc-plated
m = 185.0 g
40

1 set 0.0.641.42

M8x20

11

336
 F l o o r eleme n ts
Fastening Set,
Floor-Fixing Plate
on profile side for Floor-Fixing Plate
Levelling Feet (for Base Plate)

Floor-Fixing Plate
For floor mounting machine frames
Levelling via set screw
Reinforce the rigidity of machine frames

Floor-Fastening Sets 355


160 Floor-Fixing Plate 8
17 M12 Die-cast aluminium
Fmax. = 10,000 N
24

m = 610.0 g
8

80

black, 1 pce. 0.0.388.12

230

Fastening Set 8 on profile side for Floor-Fixing Plate 8
2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-plated
2 T-Slot Nuts 8 St M8, bright zinc-plated
m = 44.0 g
11
1 set 0.0.404.19

337
 F l o o r eleme n ts
Base Plates

Base Plates
Stable termination for Stand Profiles
Levelling via set screws

Floor-Fastening Sets 355

12.5 M10 Base Plate 8 160



120 Base plate, Al, anodized, natural

130 0
10 2 Caps 8 160x28, PA, black
3 grub screws DIN 915-M10x30, St, bright zinc-plated
3 Floor-Fastening Sets M10x135
28

m = 1,6 kg
1 set 0.0.026.17
160
11 168

M16 Base Plate 8 280


24 120
15 Base plate, Al, anodized, natural
40 2 Caps 8 160x28, PA, black
40 m = 2.3 kg
40
7 1 pce. 0.0.388.69
28

288
160

338
 F l o o r eleme n ts

Base Plate 8 320x320 St

Extremely strong machine base
For anchoring heavy-duty frames
Alignment via Levelling Feet

Base Plate 8 320x320 St II has been prepared for screw- The lower hexagon nut (50
ing into the core bores of the profiles (8 countersinks for A/F) is adjusted to set the
Hexagon Socket Head Cap Screws DIN 7984-M12 in Profiles height of the Levelling Feet.
8 320x160 and 8 160x160, and countersinks for Hexagon The hollow stud must be
Socket Head Cap Screws DIN 912-M8 in Profiles 8 160x160 prevented from twisting (30
8EN or 8 240x160 8EN). A/F).
It is fastened to the floor using bores 38 mm and washers Any unevenness is compen-
DIN 440. sated for by means of a ball
socket in the base plate ( =
Floor-Fastening Sets 355 2.5).

 11
Base Plate 8 320x320 St
2
36
St, painted
10 8 Cap Screws DIN 7984-M12x45, St, bright zinc-plated
4 washers DIN 440-R22, St, black
m = 11.6 kg
1 set 0.0.476.70
15

3
20

38
50 24 30 Levelling Feet D80, M33x80
4 base plates, St, bright zinc-plated
4 hollow studs, St, bright zinc-plated
8 hexagon nuts DIN 439-M33x2, St, bright zinc-plated
80

m = 3.5 kg
10

1 set 0.0.480.91
80

339
 F l o o r eleme n ts

Castors
Wide range of sizes and materials
Extremely strong and durable
ESD-safe versions also available

&4%     

Castor line D65 (castor Castor lines D75 and D125 The castors can be secured in the end faces of all Profile Lines by means of a thread in the core
diameter 65 mm) consists of consist of the variants: Swivel bore (counter boring and tapping may be required) or by using Base Plates/Transport Plates
the variants: Swivel Castor Castor, Swivel Castor with (Section 2.3 Accessories for Floor Elements).
and Swivel Castor with brake double-brake (brake for The castors can be fitted to the groove side of the profiles using appropriate Base Plates/Trans-
(brake for wheel axle). wheel axle and swivelling port Plates (thread lengths may need to be compensated by washers DIN 125). A combination
axis) and Fixed Castor. with Floor-Fastening Plate 8 is also possible for specific applications.

Castor Line
Castor Line Castor Line Castor Line Castor Line Castor Line
Resistance of tyres D125
D65/D75 PA D75 D80 D100 D125
heavy-duty
(x = yes; - = no) PU TPE TPE TPE TPE PU
11 Water x x x x x x x x x x x
Salt water x x x x x x x x x x -
Road-salt solution x x x x x x x x x x -
Oils x x x x - - x x x x x
Animal and vegetable fats x x - - - - - - - - x
Diesel oil x x - - - - - - - - x
Petrol x x - - - - - - - - x
Acidic cleaning agents - - x x x x x x x x -
Soap solutions up to approx. 50C x x x x x x x x x x x
The Castors have good rolling properties and a high load-carrying capacity and
are able to withstand most environmental influences.
Antistatic Castors can also be supplied specifically for use in the electronics
sector. They have appropriate tyres and a continuously conductive wheel/cas-
ing. The discharge resistance of the antistatic model is 105 .

340
 F l o o r eleme n ts

Radius of swivel (a) Offset (b) Thickness (t)

Castor D65 swivel 57.0 mm 20.0 mm -
Castor D65 swivel
68.0 mm 20.0 mm -
with brake
Castor D75 PA swivel 70.0 mm 23.0 mm -
Castor D75 PA swivel
80.0 mm 23.0 mm -
with double-brake
Castor D75 swivel 70.0 mm 30.5 mm 5 mm
Castor D75 swivel
85.0 mm 30.5 mm 5 mm
with double-brake
Castor D75 fixed - - 2 mm
Castor D80 swivel 70.0 mm 29.0 mm 12 mm
Castor D80 swivel
95.5 mm 29.0 mm 12 mm
with double-brake
Castor D100 swivel 90.0 mm 40.0 mm 16 mm
Castor D100 swivel
130.0 mm 40.0 mm 16 mm
with double-brake
Castor D100 fixed - - 5 mm
Castor D125 swivel 102.5 mm 40.0 mm 9 mm
Castor D125 swivel
130.0 mm 40.0 mm 9 mm
with double-brake
Castor D125 fixed - - 14 mm
Castor D125 swivel, heavy-duty 108.0 mm 45.0 mm 6 mm
Castor D125 swivel
108.0 mm 45.0 mm 6 mm
with double-brake, heavy-duty 11
Castor D125 swivel
136.0 mm 45.0 mm 6 mm
with double-brake N, heavy-duty
Castor D125 fixed, heavy-duty - - 6 mm

The specified carrying capacities are maximum values under ideal operating conditions,
at walking speed (max. 4 km/h) and over smooth and flat surfaces. If the floor is uneven
and weight badly distributed, the load on the castor should be calculated in accordance
with the following formula:

dead weight + load

F = ______________


3

341
 F l o o r eleme n ts

Castor Line D65

Double castor with a carrying capacity of up to 50 kg
Available in ESD-safe versions and with brake

&4%   

The following applies to all the products below:

Housing PA, black
Swivelling axis with ball bearing,
Wheel axle with slide bearing,
Threaded pin, adhesive coated,
Dust shield,
Carrying capacity 50 kg/castor
Twin tyres PU, 80 Sh A, black
2
8 Castor D65 swivel

M10 m = 167.0 g
x15 1 pce. 0.0.444.94
13
&4%
Castor D65 swivel antistatic
m = 172.0 g
79

1 pce. 0.0.444.92

5
56 6

2
11 8 Castor D65 swivel brake
M10 m = 178.0 g
x15
1 pce. 0.0.444.95
13
&4%
Castor D65 swivel brake antistatic
m = 183.0 g
79

1 pce. 0.0.444.93

5
56 6

342
 F l o o r eleme n ts

Castor Line D75 PA

Double castor with a carrying capacity of up to 60 kg
Available in ESD-safe versions and with brake

&4%   

The following applies to all the products below:

Casing PA, grey
Swivelling axis with ball bearing
Wheel axle with slide bearing
Threaded pin protected against torsion
Dust shield
Carrying capacity 60 kg/castor
Twin tyres PU, 80 Sh A, grey

M10 3
x15 2 Castor D75 PA swivel
m = 220.0 g
13 1 pce. 0.0.605.45
&4%
Castor D75 PA swivel antistatic
90

m = 230.0 g
1 pce. 0.0.605.47

5
62 7

M10 3
x15 2 Castor D75 PA swivel double-brake 11
13 m = 235.0 g
1 pce. 0.0.605.46
&4%
Castor D75 PA swivel double-brake antistatic
90

m = 245.0 g
1 pce. 0.0.605.48

5
62 7

343
 F l o o r eleme n ts

Castor Line D75

Castor with a carrying capacity of up to 60 kg
Available as swivel castors or fixed castors with anti-torsion feature
Durable due to ball bearing
Available in ESD-safe versions and with double brake

&4%    

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Swivelling axis with sealed ball bearing,
Wheel axle with sealed ball bearing,
Dust shield,
Carrying capacity 60 kg/castor
Tyre TPE, track-free, 80 Sh A, grey
4
4 Castor D75 swivel
10
.5 m = 306.0 g
1 pce. 0.0.420.14
&4%
97

Castor D75 swivel antistatic

m = 285.0 g
1 pce. 0.0.420.15
5
22 7

4
4 Castor D75 swivel with double-brake
10
.5 m = 340.0 g
11 1 pce. 0.0.420.16
97

&4%
Castor D75 swivel with double-brake antistatic
m = 317.0 g
1 pce. 0.0.420.17
5
22 7
Materials used in all the following products:
Sheet-metal housing, bright zinc-plated, black
Wheel axle with ball bearing,
Anti-torsion block,
Dust shield, carrying capacity 60 kg/castor
Tyres TPE, 80 Sh A, grey
45
Castor D75 fixed
10
.5 40 m = 260.0 g
8
50 1 pce. 0.0.420.12
&4%
Castor D75 fixed antistatic
97

m = 240.0 g
1 pce. 0.0.420.13

5
22 7

344
 F l o o r eleme n ts

Castor Line D80

Stainless steel casing

Castor with a carrying capacity of up to 90 kg

Available in ESD-safe versions and with double brake

&4%    

The following applies to all the products below:

Sheet-metal housing, stainless
Swivelling axis with ball bearing
Wheel axle with plain bearing,
Dust shield, carrying capacity 90 kg/castor
Tyres TPE, 85 Sh A, black
4
4 Castor D80 swivel
10
.3 m = 330.0 g
stainless, 1 pce. 1.0.001.08
&4%
107

Castor D80 swivel, antistatic

m = 310.0 g
stainless, 1 pce. 1.0.001.97

0
22 8

4
4 Castor D80 swivel with double-brake
10
.3 m = 375.0 g
stainless, 1 pce. 1.0.001.09 11
107

&4%
Castor D80 swivel with double-brake, antistatic
m = 355.0 g
stainless, 1 pce. 1.0.001.98

0
22 8

345
 F l o o r eleme n ts

Castor Line D100

Castor with a carrying capacity of up to 80 kg
Available as swivel castors or fixed castors with anti-torsion feature
Dual ball-bearing wheels
Available in ESD-safe versions and with double brake

&4%     

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Swivelling axis with sealed ball bearing,
Wheel axle with sealed ball bearing,
Carrying capacity 80 kg/castor
Tyre TPE, track-free, 90 Sh A, grey
5
7 Castor D100 swivel
12
.5 m = 660.0 g
1 pce. 0.0.602.38
&4%
Castor D100 swivel antistatic
132

m = 660.0 g
1 pce. 0.0.602.39

0
32 10

5
7 Castor D100 swivel with double-brake
12
11 .5 m = 780.0 g
1 pce. 0.0.602.40
132

&4%
Castor D100 swivel with double-brake antistatic
m = 780.0 g
1 pce. 0.0.602.41

0
32 10
The following applies to all the products below:
Steel sheet casing bright zinc-plated, black
Wheel axle with sealed ball bearing,
Anti-torsion element,
Carrying capacity 80 kg/castor
Tyre TPE, track-free, 90 Sh A, grey
12
.5 Castor D100 fixed
55
8 m = 580.0 g
65
1 pce. 0.0.603.26
&4%
Castor D100 fixed antistatic
132

m = 580.0 g
1 pce. 0.0.605.29

0
32 10
346
 F l o o r eleme n ts

Castor D100 swivel with Connecting Plate 120x40

The quick castor for direct screw connection
Castor and connecting plate in one
Carrying capacity up to 80 kg
Dual ball-bearing wheels
Available in ESD-safe versions and with double brake

&4%   

130 A version of item Castors D100 swivel are supplied with integrated connecting plates. As
a result, the swivel castors can be secured in place without the need for additional base
10.5

plates or transport plates. The three holes in the modular dimension of 40 mm in the
connecting plate are used to screw the castors to the profile grooves or the core bore of
Profiles 8.
The swivel castors with connecting plate are ideal for use with frames built from Line 8
and Line 10 profiles. They are the same height as the swivel castors with fixing holes and
can also be combined with fixed castors in the corresponding castor size.
All the designs are also available in antistatic/electrostatically dissipative versions for ESD
applications.

40

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Swivelling axis with sealed ball bearing,
Wheel axle with sealed ball bearing,
Dust shield, carrying capacity 80kg/castor
Tyre TPE, track-free, 80 Sh A, grey
13 Castor D100 swivel 120x40
8.5
120 m = 641.0 g 11
80
1 pce. 0.0.633.43
132
3

&4%
Castor D100 swivel 120x40 antistatic
40
5 m = 654.0 g
7
1 pce. 0.0.633.44

0
32 10

13 Castor D100 swivel with double-brake 120x40

8.5 m = 761.0 g
120 0
8 1 pce. 0.0.639.13
132

&4%
3

Castor D100 swivel with double-brake 120x40 antistatic

40
5 m = 773.0 g
7
1 pce. 0.0.633.45

0
32 10

347
 F l o o r eleme n ts

Castor Line D125

Stable castors with up to 100 kg carrying capacity
Available as swivel castors or fixed castors with anti-torsion feature
Dual ball-bearing wheels
Available in ESD-safe versions and with double brake

&4%   

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Swivelling axis with sealed ball bearing,
Wheel axle with sealed ball bearing,
Dust shield,
Carrying capacity 100 kg/castor
Tyre TPE, track-free, 80 Sh A, grey
5 Castor D125 swivel
7
12
.5 m = 710.0 g
1 pce. 0.0.418.08
&4%
Castor D125 swivel antistatic
m = 960.0 g
158

1 pce. 0.0.418.09

5
12
32
11

5
7 Castor D125 swivel with double-brake
12
.5 m = 860.0 g
1 pce. 0.0.418.10
&4%
Castor D125 swivel with double-brake antistatic
158

m = 1.1 kg
1 pce. 0.0.418.11

5
12
32

348
 F l o o r eleme n ts

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Wheel axle with sealed ball bearing,
Anti-torsion element,
Dust shield,
Carrying capacity 100 kg/castor
Tyre TPE, track-free, 80 Sh A, grey
&4%
Castor D125 fixed antistatic
m = 780.0 g
1 pce. 0.0.418.07
12
.5 Castor D125 fixed
55
8 m = 550.0 g
55
1 pce. 0.0.418.06

158

5
12
32

11

349
 F l o o r eleme n ts

Castor D125 swivel with Connecting Plate 120x40

Combined castor and connecting plate
Carrying capacity up to 100 kg
Dual ball-bearing wheels
Available in ESD-safe versions and with double brake

&4%   

130
This version of Castor D125 swivel incorporates a connecting plate as standard. These
swivel castors can be secured in place without the need for additional base plates or
10.5

transport plates. The three holes in the modular dimension of 40 mm make it easy to
screw the castors to the core bore of Profiles 8 or various profile grooves (particularly
recommended for frames built using Line 8 and 10 profiles).
The swivel castor with connecting plate is the same height as a swivel castor with fixing
holes. As a result, it can be combined with fixed castors of the same castor size.
All the designs are also available in antistatic/electrostatically dissipative versions for ESD
applications.

40

The following applies to all the products below:

Steel sheet casing bright zinc-plated, black
Swivelling axis with sealed ball bearing,
Wheel axle with sealed ball bearing,
Dust shield, carrying capacity 80kg/castor
Tyre TPE, track-free, 80 Sh A, grey

13 Castor D125 swivel 120x40

11 8.5
120 m = 704.0 g
80
1 pce. 0.0.633.46
3

158

&4%
40 Castor D125 swivel 120x40 antistatic
5
7 m = 725.0 g
1 pce. 0.0.633.47

5
12
32

13 Castor D125 swivel with double-brake 120x40

8.5 m = 831.0 g
120 0
8 1 pce. 0.0.633.48
158

&4%
Castor D125 swivel with double-brake 120x40 antistatic
3

40
5 m = 851.0 g
7
1 pce. 0.0.633.49

5
12
32

350
 F l o o r eleme n ts

Castor Line D125 heavy-duty

Move the heaviest of loads safely and securely
Ultra heavy-duty castor with a carrying capacity of up to 450 kg
Available as swivel castors or fixed castors with anti-torsion feature
Particularly durable due to heavy-duty ball bearings
N version allows the brake to be actuated from the trailing side.

 

Unlike Castor D125 swivel with double-brake heavy duty, the

N version allows the lock to be actuated from the trailing side.
The combination of two Castors D125 swivel with double-brake
and two Castors D125 swivel with double-brake N thus enables
a heavy structure on swivel castors to be locked at all four
castors, since the locks can always be reached easily. This
prevents the structure from being moved or rolling away.

110 Castor D125 swivel, heavy-duty

140 75
80
105 Sheet-metal casing, bright zinc-plated, black
Swivelling axis with ball bearing and rotating track seal
11 Wheel axle with ball bearing
Carrying capacity 450 kg/castor
Tyres PU, 92 Sh A, yellow
165

m = 3.2 kg
1 pce. 0.0.488.38
11

5
12
40

110 Castor D125 swivel with double-brake, heavy-duty

8
140 75 0 Sheet-metal casing, bright zinc-plated, black
105 Swivelling axis with ball bearing and rotating track seal
11 Wheel axle with ball bearing
Carrying capacity 450 kg/castor
Tyres PU, 92 Sh A, yellow
165

m = 3.5 kg
1 pce. 0.0.488.39

5
12
40

351
 F l o o r eleme n ts

110 Castor D125 fixed, heavy-duty

80
140 75 Sheet-metal casing, bright zinc-plated, black
105 Wheel axle with ball bearing
11 Carrying capacity 450 kg/castor
Tyres PU, 92 Sh A, yellow
m = 2.3 kg

165
1 pce. 0.0.488.40

5
12
40

110 Castor D125 swivel with double-brake N heavy-duty

80
140 75 Sheet-metal casing, bright zinc-plated, black
105 Swivelling axis with ball bearing and rotating track seal
11 Wheel axle with ball bearing
Carrying capacity 450 kg/castor
165

Tyres PU, 92 Sh A, yellow

m = 3.5 kg
1 pce. 0.0.492.18

5
12
40

11

352
 F l o o r eleme n ts

Castor Adapter Plates

For Castor Line D125 heavy-duty

 

The Castor Adapter Plates for the Castor Line D125 heavy duty
have the necessary through-holes in the modular dimensions
of Line 8 and 12 Profiles. They also have four fastening threads
M10 for castor back-plates in bore dimensions standardised to
DIN 8458 - size 3.

The stable back-plate with standard mounting bores provides a

reliable means of securing the castors to profile frames using
special Castor Adapter Plates.
It is screwed in the prepared threads by means of four M10x20
screws per plate.
The Castor Adapter Plates are secured in the core bore using
the enclosed Hexagon Socket Head Cap Screws or in the
profile groove using T-Slot Nuts for the relevant profile line.

M10x20 M8x20 Castor Adapter Plate 8 M10-105x80



40 120 Plate, Al, black

160 5 40
16

4 Cap Screws DIN 6912-M8x20, St, bright zinc-pl.

10 11
4 washers DIN 433-8.4, St, bright zinc-plated
20 4 button-hd. screws ISO 7380-M10x20, St, bright zinc-pl.
20 4 washers DIN 433-10.5, St, bright zinc-plated
40 m = 0.8 kg
80 40
1 set 0.0.489.21
(20
)
M10x20 M12x25 Castor Adapter Plate 12 M10-105x80


160 Plate, Al, black

180 5 60 4 Cap Screws DIN 7984-M12x25, St, bright zinc-pl.
10
16

30 4 washers DIN 433-13, St, bright zinc-plated

4 button-hd. screws ISO 7380-M10x20, St, bright zinc-pl.
4 washers DIN 433-10.5, St, bright zinc-plated
30 m = 1.3 kg
80 60 1 set 0.0.007.76
60
50

353
 F l o o r eleme n ts

Castor Support 8 80x40

For fastening Castors D100 and D125
Ensures structures have a low centre of gravity for increased stability
Flexible impact protection as standard

&4% 

Reduced construction height = lower centre of gravity = Safety built in series-standard elastomer im-
increased stability! pact protection prevents damage and injuries
The perfect equation for mobile applications thanks to Castor if an accident happens.
Support 8 80x40.
For fitting D100 or D125 swivel castors (with single central
fixing holes), including versions with double-brakes. Castors
are always able to rotate around the full 360. Perfect for
connection to the end faces of Profiles 8 80x40. Simply drive
M8 threads into the core bores and the Castor Support can be
connected in a matter of seconds. All the necessary fastening
elements are included in the set getting constructions on the
go fast.

Castor Support 8 80x40 ensures that your

construction has a low centre of gravity.
b + 170 FL
60 FS
FL = _____
b + 170
FS
11 The permissible load FL varies according to
0 - 106

the permissible tensile load on the groove

flanks FS. Furthermore, FL must not exceed the
carrying capacity of the castor.

62 Castor Support 8 80x40

&4% 

Castor arm, St, white aluminium

Impact Buffer, PUR, grey
38

2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-plated

170 Countersunk Screw DIN 7551-M10x25, St, bright zinc-plated
80 2 protective plugs, PE, grey
27.5

35 m = 750.0 g
1 set 0.0.642.76
80

185
40

354
 F l o o r eleme n ts

Floor-Fastening Sets
Special bolts for anchoring in floors and walls
Particularly suitable for use in concrete

The Floor-Fastening Sets are used for floor and wall fasten-
ing of Adjustable Feet, Base Plates, Floor-Fixing Plates, Foot
Clamps and other components.
They are very suitable for use in concrete and can also be used
in natural stone (dense structure).

Floor-Fastening Set Fmax. Qmax.

M8x95 1,650 N 4,250 N
M10x135 3,570 N 9,520 N
M12x150 4,760 N 14,290 N

17 Floor-Fastening Set M8x95

M8
St
13 M = 20 Nm m = 38.0 g
bright zinc-plated, 1 pce. 0.0.432.97
95
70

11
8

20 Floor-Fastening Set M10x135

M10
St
17 M = 45 Nm m = 82.0 g
bright zinc-plated, 1 pce. 0.0.485.82
135
95

10

24 Floor-Fastening Set M12x150

M12
St
19
M = 60 Nm m = 128.0 g
bright zinc-plated, 1 pce. 0.0.485.83
150
110

12

355
 F l o o r eleme n ts

Foot Cap
Profile covering above the Knuckle Foot
Stops dirt getting into the profile and prevents injuries
Products from Line X also available

A Foot Cap light is a plastic cap used to cover the end face of a
Profile 8 40x40 light when a Knuckle Foot is screwed into the
core bore of the profile.
Note: To protect the Foot Cap, the counter nut of the Knuckle
Foot can only be tightened with a reduced torque (M = 10 Nm).

The Foot Cap is clamped in Foot Cap X 8 40x40 light is used with Profiles X 8.
the outer profile cavities of Knuckle Foot X D40, M8x80 has an extended spindle which
the Profile 8 40x40 light. makes it ideal for combining with Foot Cap X 8 40x40 light.

11

10 Foot Cap 8 40x40 light



PA-GF
4

m = 6.0 g
40 black, 1 pce. 0.0.473.03
40

-JOF 

10.4 Foot Cap X 8 40x40 light

-JOF 

PA-GF
16

m = 15.0 g
grey similar to RAL 7042, 1 pce. 0.0.601.21
40
40

356
 F l o o r eleme n ts
Base Plates > Base Plates/Transport Plates
Transport Plates > Base Plates

Base Plates/Transport Plates

Stable termination for the end faces of profiles
For securely fastening castors and Knuckle Feet
Products from Line X also available

    

The Base Plates/Transport Plates, made from die-cast zinc, are Base Plate/Transport Plate
powder-coated on all sides and can be screwed into the core 10 200x100 has 4 pre-drilled
bores of profile end faces or laterally into the grooves of the M10 threaded holes for fas-
profiles. tening Swivel or Fixed Castor
Threads of different diameters accommodate ring bolts, adjust- D125 heavy duty.
able feet, castors and other elements.

Materials used in all the following products:

Die-cast zinc

20 Base Plate/Transport Plate 5 40x20, M8



M8
m = 56.0 g 11
10/5.5
12

black, 1 pce. 0.0.437.58

20 40

0 
2 Base Plate/Transport Plate 5 40x40, M8
M8;M10;M12
10/5.5 m = 112.0 g
black, 1 pce. 0.0.437.59
12


40 Base Plate/Transport Plate 5 40x40, M10
40
m = 109.0 g
black, 1 pce. 0.0.437.60

Base Plate/Transport Plate 5 40x40, M12
m = 107.0 g
black, 1 pce. 0.0.437.61

30 Base Plate/Transport Plate 6 60x30, M10



M10;M12;M16
m = 102.0 g
12

11/6.6
black, 1 pce. 0.0.439.16

60 Base Plate/Transport Plate 6 60x30, M12
30
m = 101.0 g
black, 1 pce. 0.0.431.06

357
 F l o o r eleme n ts
Footplate


Base Plate/Transport Plate 6 60x30, M16
m = 95.0 g
black, 1 pce. 0.0.431.07

0 
3 M10;M12;M16 Base Plate/Transport Plate 6 60x60, M10
m = 193.0 g
11/6.6
black, 1 pce. 0.0.439.15

12

Base Plate/Transport Plate 6 60x60, M12
60
60 m = 192.0 g
black, 1 pce. 0.0.431.08

Base Plate/Transport Plate 6 60x60, M16
m = 186.0 g
black, 1 pce. 0.0.431.09

13 Base Plate 8 40x40, M10



14/6
M10 m = 119.0 g
black, 1 pce. 0.0.608.85
16

40 40

40

Base Plate/Transport Plate 8 80x40, M10
M10;M12;M16
m = 253.0 g
15/9
16

black, 1 pce. 0.0.440.71


Base Plate/Transport Plate 8 80x40, M12
80 m = 251.0 g
40
11 black, 1 pce. 0.0.406.32

Base Plate/Transport Plate 8 80x40, M16
m = 241.0 g
black, 1 pce. 0.0.406.33
0 M10;M12; Base Plate/Transport Plate 8 80x80, M10

4 M16;M20
m = 461.0 g
15/9 black, 1 pce. 0.0.440.72
16


Base Plate/Transport Plate 8 80x80, M12
m = 459.0 g
80 80 black, 1 pce. 0.0.406.22


Base Plate/Transport Plate 8 80x80, M16
m = 449.0 g
black, 1 pce. 0.0.406.23


Base Plate/Transport Plate 8 80x80, M20
m = 440.0 g
black, 1 pce. 0.0.406.24

358
 F l o o r eleme n ts


Base Plate/Transport Plate 8 120x120, M16
0
8
Al, anodized
M16 m = 600.0 g
16/9
natural, 1 pce. 0.0.620.05

16
120
120

-JOF 

40
-JOF 
Base Plate/Transport Plate X 8 80x40, M8
M8;M10;M16
m = 253.0 g
15/9
16

white aluminium, similar to RAL 9006, 1 pce. 0.0.600.55

-JOF 
Base Plate/Transport Plate X 8 80x40, M10
80 m = 256.0 g
40
white aluminium, similar to RAL 9006, 1 pce. 0.0.604.52
-JOF 
Base Plate/Transport Plate X 8 80x40, M16
m = 246.0 g
white aluminium, similar to RAL 9006, 1 pce. 0.0.607.03
0 Base Plate/Transport Plate X 8 80x80, M10
-JOF 
4 M10;M16
m = 463.0 g
15/9
white aluminium, similar to RAL 9006, 1 pce. 0.0.604.53
11
16

-JOF 
Base Plate/Transport Plate X 8 80x80, M16
m = 453.0 g
80 80 white aluminium, similar to RAL 9006, 1 pce. 0.0.600.56

40 
40 M12;M16 Base Plate/Transport Plate 8 80x80-45, M12
40 15/9 m = 427.0 g
black, 1 pce. 0.0.409.50
16


Base Plate/Transport Plate 8 80x80-45, M16
80 m = 412.0 g
80
black, 1 pce. 0.0.409.51

359
 F l o o r eleme n ts


50 Base Plate/Transport Plate 10 100x50, M12
M12;M16 m = 425.0 g
white aluminium, similar to RAL 9006, 1 pce. 0.0.625.15

18
18/11

Base Plate/Transport Plate 10 100x50, M16

100 m = 420.0 g
50 white aluminium, similar to RAL 9006, 1 pce. 0.0.625.16

0 
5 Base Plate/Transport Plate 10 100x100, M12
M12;M16 m = 886.0 g
18/11
white aluminium, similar to RAL 9006, 1 pce. 0.0.625.19

Base Plate/Transport Plate 10 100x100, M16
18 m = 877.0 g
white aluminium, similar to RAL 9006, 1 pce. 0.0.625.20
100
100

18/11 
Base Plate/Transport Plate 10 200x100
M12
M10 m = 1272.0 g
200 100
5
0 white aluminium, similar to RAL 9006, 1 pce. 0.0.625.27
18

M16

105 50
80 1
100

11


60 Base Plate/Transport Plate 12 120x60, M12
2 Cap Screws DIN 7984-M12x30, St, bright zinc-plated
M12;M16 2 washers DIN 433-13, St, bright zinc-plated
20

m = 800.0 g
black, 1 set 0.0.007.34

Base Plate/Transport Plate 12 120x60, M16
120
60 2 Cap Screws DIN 7984-M12x30, St, bright zinc-plated
2 washers DIN 433-13, St, bright zinc-plated
m = 800.0 g
black, 1 set 0.0.007.37


6
0 Base Plate/Transport Plate 12 120x120, M12

M12;M16 4 Cap Screws DIN 7984-M12x30, St, bright zinc-plated

4 washers DIN 433-13, St, bright zinc-plated
m = 1.5 kg
black, 1 set 0.0.007.40
20


Base Plate/Transport Plate 12 120x120, M16
4 Cap Screws DIN 7984-M12x30, St, bright zinc-plated
120 4 washers DIN 433-13, St, bright zinc-plated
120 m = 1.5 kg
black, 1 set 0.0.007.43

360
 12

Conveyors 12
Slide Strips
Roller Conveyors
Roller Elements
Conveyor Rollers
Chain Transfer
 Conveyors

Application example conveyors

Transport solutions and goods provision

1 2 3 4 5 6 7 8

12

362
 Conveyors

1 Slide Strips 6 Angle Bracket

9 10 Low-wear plastic strips protect transported Additional hold for high-strength constructions
goods item fasteners create frames that are durable,
Antistatic properties prevent charges from secure and versatile
building up
Can also be installed at two different heights in
the Castor Rail

365 Section 12 90 Section 2

2 Castor Balls 7 Floor elements

Lightweight goods transport in any direction For stability on all floor surfaces
Ideal for junctions and insertion/removal points Compensate for unevenness in floors
Can be integrated into Castor Rails and panel Secure anchoring to the floor when required
elements

370 Section 12 317 Section 11

3 Castor Rails 8 Conveyor Rollers

Universal carrier profile for various transport Manual or motorised drive
inserts Aluminium or plastic rollers
Castors, Slide Strips, Brushes and Castor Balls Easy running, even over long stretches
Easy to combine

366 Section 12 375 Section 12

4 Castor Inserts 9 Chain drive

Easy running castors, even for long stretches Powerful and resistant to dirt
Available with or without flanged wheel Chain runs safely inside the profile groove
Available in different colours for volume control Drive can be installed at any point 12

368 Section 12 378 Section 12

5 Railings 10 Frames
Stable side guidance for transported goods Easily adjustable thanks to universal profiles
Can be customised for conveyor lines Profile grooves enable attachment of all ele-
ments
Construction of conveyor lines to fit any space

373 Section 12 27 Section 1

Products Products
Key: See page 0 in this section 0 in other sections

363
 Conveyors

Conveyors
Products in this section

Slide Strips Castor Rail 8 40x40 Castor Inserts D30 Castor Ball Insert Brush Insert
Wear-resistant plastic strips Universal carrier profile for Easy-running castors for Gentle goods transport in Exceptionally gentle due to
with low friction various transport inserts universal use any direction bristle structure of contact
Protect profile surfaces and Line 5 and 8 grooves Available in flanged and Integrated into Castor Rails surface
transported goods ensure versatility ESD-safe versions or panel elements Electrostatically dissipative
version for safe transport

365 366 368 370 370

Slide Strip ESD Railing Support 8/5 Conveyor Roller TR32 Conveyor Roller TR50 Groove Profiles
Low-wear plastic strips 100x80 For transporting lightweight Robust rollers for heavy For fixing rollers at regular
compatible with Castor Side guide for conveyor workpieces loads intervals
Rail 8 lines Simple work bench Aluminium or plastic In two modular dimensions
Two-level installation Customised railings made interlinking for various axle spacings
possible from Profiles 5

12 371 373 375 376 377

Chain Guidance in the Chain Transfer

Profile Groove For transporting workpiece
Inherently safe design carriers directly on the
Compact power transmis- Chain
sion solution with no Also suitable for breaking
protruding parts up bottlenecks

381 384

364
 Conveyors

Slide Strips
Wear-resistant plastic strips with low sliding friction
For simple goods transportation
Protect profile surfaces from abrasion
Antistatic properties prevent charges from building up

&4%    

Slide Strip 8 can be com- They can also be used as rebate strips and guide rails or can
bined with Slide Strip Wedge be employed as a support base, e.g. in shelves to protect sensi-
8 (this functions as an end tive products.
and lead-in piece).

16 Slide Strip 5 antistatic

&4% 
3.2

PE-UHMW
8.5

m = 57 g/m
5
7 black, 1 pce., length 2000 mm 0.0.437.27
24 Slide Strip 6 antistatic
&4% 
3.6

PE-UHMW
9.9

m = 90 g/m
6.2
black, 1 pce., length 2000 mm 0.0.441.08
7.8 12
32 Slide Strip 8 antistatic
&4% 

PE-UHMW
4
12.8

m = 150 g/m
8 black, 1 pce., length 2000 mm 0.0.457.99
10
40 &4% 
4.5

Slide Strip 10 antistatic

PE-UHMW
15.5

m = 226 g/m
10 black, 1 pce., length 2000 mm 0.0.625.28
12.5

M5x14 
3.7

Slide Strip Wedge 8

8 PA
T-Slot Nut 8 St/PA M5
2.9

Countersunk Screw DIN 7991-M5x14, St, black

m = 11.0 g
16 8 black, 1 set 0.0.422.04
40
31.5

365
 Conveyors

Castor Rail 8 40x40

The flexible system for manual workpiece transport

Universal carrier profile for various transport inserts

Line 5 and 8 grooves ensure versatility

 

The Castor Rail 8 40x40 is a true all-rounder for interlinking The added benefits for Kanban shelves: coloured castors mark
work benches. The universal profile can be fitted with any com- fill levels, castor brakes make sure your workpieces reach the
bination of Castor, Castor Ball, Brush and Slide Strip Inserts, removal station at the right speed and Caps can be used to fit
with ESD-safety available as required. impact buffers or cushions to the Castor Rail. Castor Ball Sets
The Castor Rail itself is inherently stable and, thanks to the and Brush Sets in the Castor Rails also allow movement across
use of Line 5 and 8 grooves, is easy to fasten, adjust and fit the direction of the Castor Rails and ensure low friction and
with a railing ideal for keeping your workpieces on track. The gentle transport.
maximum load capacity for each insert is 100 N.

a b c d e f g
40

49.2

40.5
50.8
50

50
50

The wide range of inserts available for Castor Rail 8 40x40 c: Castor Rail 8 40x40, Brake
make it a true all-rounder: d: Brush Inserts ESD
a: Castor Ball Inserts ESD e: Slide Strip Wedge Insert ESD
b: Castor Inserts D30/Castor Inserts D30 with Flanged Wheel, f: Castor Rail 8 40x40, Slide Strip ESD raised installation
ESD-safety optional
g: Castor Rail 8 40x40, Slide Strip ESD low installation
12

Simply snap the inserts into the Castor Rail. Caps secure the Castor Rails 8 40x40 can be interlinked using fastening ele-
ends. ments in either the Line 5 or Line 8 grooves.

33.3 Castor Rail 8 40x40


R1
Al, anodized
10


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
4.65 1.28 5.65 9.87 3.86 4.93
16

R4 natural, cut-off max. 6000 mm 0.0.626.91

40 
natural, 1 pce., length 6000 mm 0.0.618.28

366
 Conveyors

Roller Conveyor 8 D30

The complete roller conveyor with Castor Raill 8

Length up to 6,000 mm
In modular dimension of 50 mm

&4%  


Roller Conveyor 8 D30
Castor Rail 8 40x40, Al, natural
Castor Inserts, black
m = 1.70 kg/m
cut-off max. 6000 mm 0.0.628.40
&4% 
Roller Conveyor 8 D30 ESD
40
Castor Rail 8 40x40, Al, natural
Castor Inserts, black
m = 1.70 kg/m
cut-off max. 6000 mm 0.0.628.42

Roller Conveyor 8 D30 with Flanged Wheel
Castor Rail 8 40x40, Al, natural
Castor Inserts with Flanged Wheel, black
m = 1.70 kg/m
cut-off max. 6000 mm 0.0.628.41
&4% 
Roller Conveyor 8 D30 ESD with Flanged Wheel
40
Castor Rail 8 40x40, Al, natural
Castor Inserts with Flanged Wheel, black
m = 1.70 kg/m
cut-off max. 6000 mm 0.0.628.43

12

367
 Conveyors

Castor Insert D30

Easy-running castors for universal use
Various colours mark fill levels
Available in ESD-safe version
Compatible with Castor Rail 8

&4%

The following applies to all the products below:

Castor D30, PA
Housing, PA-GF, black
Axle, St, stainless
22
Castor Insert D30
10

m = 18.1 g
30

black, similar to RAL 9005, 1 set 0.0.620.16

10

green, similar to RAL 6032, 1 set 0.0.627.08

33.
3 50
yellow, similar to RAL 1003, 1 set 0.0.627.07
red, similar to RAL 3001, 1 set 0.0.627.06
&4%
Castor Insert D30 ESD
m = 19.2 g
black, similar to RAL 9005, 1 set 0.0.622.27

Castor Insert D30 with Flanged Wheel

For guidance along the conveyor line
Various colours mark fill levels
12
Available in ESD-safe version
Compatible with Castor Rail 8

&4%

The following applies to all the products below:

Castor D30, PA with flanged wheel
Housing, PA-GF, black
Axles, St, stainless

44 18.7
Castor Insert D30 with Flanged Wheel
10

m = 19.6 g
30

black, similar to RAL 9005, 1 set 0.0.620.06

10

green, similar to RAL 6032, 1 set 0.0.627.11

33.
3 50 yellow, similar to RAL 1003, 1 set 0.0.627.10
red, similar to RAL 3001, 1 set 0.0.627.09
&4%
Castor Insert D30 with Flanged Wheel ESD
m = 21.0 g
black, similar to RAL 9005, 1 set 0.0.622.28

368
 Conveyors

Castor Rail 8 40x40, Brake

Bring workpieces to a halt at the desired point
Simply pushed on to the Castor Inserts

15 
Castor Rail 8 40x40, Brake
St, stainless
m = 2.0 g
1 pce. 0.0.619.34

.6
132
0.8

12

369
 Conveyors

Castor Ball Set

Castor Ball Insert ESD
Goods can be moved in any direction over surfaces
Low wear and low friction
Ideal for versatile insertion and removal points that are gentle on goods
Castor Ball Set can also be integrated into panel elements

&4%

Castor Ball Sets and Brush Sets are also suitable for use in the

10
table tops that connect to your interlinked track for insertion
and removal or for the careful warehousing of your goods. And
of course they are antistatic and thus prevent electrostatic
build-up.

10
25

&4%
Castor Ball Insert ESD
10

Castor Ball D24, St

Housing, PA-GF, black
10

m = 50.0 g
33. 50 1 set 0.0.620.26
3

31
9.7

Castor Ball Set

Castor Ball D24, St
Fastening clip, St
m = 45.0 g
bright zinc-plated, 1 set 0.0.620.93
0.3

24

Brush Set ESD

Brush Insert ESD
12
Gentle transportation over elastic fibres
Bristle structure of contact surface prevents scratching
Brush Set ESD for use in panel elements

Gentle transportation over elastic fibres. Bristle structure of

contact surface reduces friction. Brush Set Insert ESD can be
directly integrated into panel elements.

&4%
Brush Insert ESD
10

Brush unit ESD, PA, black

Housing, PA-GF, black
10

m = 18.0 g
33.
3 50 1 set 0.0.622.22

31 Brush Set ESD

&4%

Brush unit ESD, PA, black

9.7

Fastening clip, St
m = 8.0 g
1 set 0.0.622.24
0.3

370 24
 Conveyors

Castor Rail 8 40x40, Slide Strip ESD

Low-wear plastic strips for simple goods transport
Two-level installation possible
Compatible with Castor Rail 8
Made from ESD-safe plastic

&4%

Slide Strip for use with Castor Rail 8 40x40. A two-level instal-
lation can be implemented. ESD plastic prevents your products
from accumulating an electrostatic charge while on the move.

0.5
9.2

33.3 Castor Rail 8 40x40, Slide Strip ESD

&4% 

PE-HD
10.5

m = 140 g/m
8.7

black, cut-off max. 3000 mm 0.0.622.26

22
black, 1 pce., length 3000 mm 0.0.620.00

Slide Strip Wedge Insert

12
For a smooth transition between the two levels of the Slide Strips

&4%

&4%
Slide Strip Wedge Insert ESD
9.2

Slide Strip Wedge, PA, ESD, black

Housing, PA-GF, black
10

Button-Head Screw Z3.5x15, St, bright zinc-plated

33. 50 m = 20.0 g
3
1 set 0.0.620.84

371
 Conveyors
Castor Rail 8 Cap

Castor Rail 8 Caps

Secure transport inserts in Castor Rails
Also suitable as fixing for Impact Buffer

The Cap is available in two lengths. The shorter version closes

the end face of Castor Rail 8 and stops the transport inserts
from slipping out. The longer version can also be fitted with an
Impact Buffer.

Impact Buffers 427

4.5

Castor Rail 8 Cap 40x40
St, stainless, black
4 Hex. Socket Head Cap Screws DIN7984-M4x16, St, bright zinc-plated
m = 60.0 g
40

1 set 0.0.622.29

40 Castor Rail 8 Cap 80x40


8.2
7.5

4.5 St, stainless, black

4 Hex. Socket Head Cap Screws DIN7984-M4x16, St, bright zinc-plated
m = 102.0 g
20

1 set 0.0.622.30
80

12

372
 Conveyors
Railing Support
Fastening8/5Set
100x80
5-135

Railing Support 8/5 100x80

Railing Fastening Set 5-135
Side guide for conveyor lines
Customised railings made from Profiles 5

 

0 - 40 Fitted to the side of the Cas- Railing Fastening Set 5-135

tor Rail, the railing made of can be easily adjusted to any
Profiles 5 gives your products angle from 90 to 180.
the support they need to stay
on track. The railing also
50 - 82.5

features broad lateral and

vertical adjustment ranges.
Profiles 5 flat cross- 19
sections

16 Railing Support 8/5 100x80

5.2
Locating lug, die-cast zinc
T-Slot Nut V 8 St M6, bright zinc-plated
30
10

T-Slot Nut 5 St M5, bright zinc-plated

Hexagon Socket Head Cap Screw DIN 7984-M6x16, St, bright zinc-plated
100

Hexagon Socket Head Cap Screw DIN 912-M5x8, St, bright zinc-plated
m = 135.0 g
10

40
12 1 set 0.0.622.20

8 6.2
80

Railing Fastening Set 5-135

2

Angle bracket 5-135, St, stainless 12

16

2 T-Slot Nuts 5 St M5, bright zinc-plated

2 Button-Head Screws M5x6, St, bright zinc-plated
m = 15.0 g
135
1 set 0.0.627.35

373
 Conveyors
Roller Elements (for conveyor applications)

Roller Elements
For conveyor lines that use Profiles 8 as support profiles
Available with side guide

&4% 

T-Slot Nuts 8 Zn M4 T-Slot Nuts Zn 137

8.5 (0.0.373.58) and Button-
4.4 Head Screws M4x25 Button-Head Screws 147
(8.0.002.19) are suitable for ISO 7380
F fixing to Profiles 8.
20

The permissible load for the

3

Roller Elements is:

F = 50 N and
F = 30 N (ESD)


Roller Element 8 80
80
Lid element, PA-GF, black
Base element, PA-GF, black
18

3 rollers, POM, black

27 27 m = 45.0 g
27
8 1 pce. 0.0.436.58
40 &4% 
Roller Element 8 80 ESD
Cover element, PA-GF, black
Base element, PA-GF, black
3 rollers, POM, black
12 m = 45.0 g
1 pce. 0.0.612.98


80 Roller Element 8 80 with side guide
8 Lid element with side guide, PA-GF, black
Base element, PA-GF, black
3 rollers, POM, black
30

m = 50.0 g
18

27 27 1 pce. 0.0.436.59
27
8 &4% 
Roller Element 8 80 with side guide ESD
40
Cover element, PA-GF, black
Base element, PA-GF, black
3 rollers, POM, black
m = 50.0 g
1 pce. 0.0.612.99

374
 Conveyors

Conveyor Roller TR32

For transporting lightweight workpieces
Simple work bench interlinking
Modular design makes installation easy

F Xmin. Xmax.
Tube D32 Al 100 N 50 mm 600 mm
Tube D32 KU 50 N 50 mm 400 mm


Conveyor Roller TR32, Bearing Set
3
2 PA-GF
ball-bearing support, sealed
2 bearing flanges
m = 16.0 g
black, 1 set 0.0.472.08
30
X-


Conveyor Roller TR32, Bearing Block Set 8
2 bearing blocks, PA, black
2 bearing clamps, PA, black
20

2 Countersunk Screws DIN 7991-M3x20, St, black

2 T-Slot Nuts 8 Zn M3, bright zinc-plated
m = 18.0 g
34 1 set 0.0.472.04 12
32

10

Tube D32 Al
Al, anodized
m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
0.34 1.50 1.50 0.94 0.94
32
natural, cut-off max. 3000 mm 0.0.472.22
natural, 1 pce., length 3000 mm 0.0.472.20

Tube D32 KU
PVC
Temperature range 0 - 60C
m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
28.4
0.27 2.00 2.00 1.22 1.22
32
black, cut-off max. 3000 mm 0.0.472.25
black, 1 pce., length 3000 mm 0.0.472.23

375
 Conveyors

Conveyor Rollers TR50

Robust rollers for heavy loads
Aluminium or plastic surface

Multi-functional Conveyor Roller for transport tasks of all kinds.

The ball-bearing Conveyor Rollers with aluminium or plastic
Tube D50 can be removed from or retrofitted and screwed into
existing structures by means of spring-loaded threaded axle
pins.
The axial position of the roller is maintained by two centring
clips.
When fitting the Conveyor Rollers onto the frame profile, this
is best done using the Groove Profile 8 Al M8-40, since this
provides an easy means of ensuring consistent axle spacing. F Xmin. Xmax. The circumferential groove
in the bearing flanges also
Tube D50 Al 1000 N 160 mm 800 mm enable the Conveyor Rollers
Tube D50 KU 400 N 160 mm 500 mm to be driven by a round belt
4 mm, if desired.


Conveyor Roller TR50, Bearing Set
2 bearing flanges, PA-GF, black
Ball-bearing support
Bolt, St, bright zinc-plated
2 centring clips, PA-GF, black
m = 250.0 g
50

1 set 0.0.422.63
13 40
X-
12 M8 X-
8

Tube D50 Al
Al, anodized
m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
0.76 8.16 8.16 3.26 3.26
natural, cut-off max. 6000 mm 0.0.416.03
natural, 1 pce., length 6000 mm 0.0.453.46
50

Tube D50 KU
PVC
m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
0.62 10.90 10.90 4.36 4.36
black, cut-off max. 3000 mm 0.0.427.63
black, 1 pce., length 3000 mm 0.0.453.85
44.8
50

376
 Conveyors

Groove Profile
Pre-drilled threads at regular intervals
Ensure conveyor lines exhibit a uniform design
In two modular dimensions for various axle spacings

Groove Profile a b
8 Al M8-40 80 mm 120 mm
8 Al M8-60 60 mm 120 mm

M8 (50x) Groove Profile 8 Al M8-40



40 6 Al, anodized
1 Threaded bore M8 in modular dimension 40 mm
20 m = 500.0 g
natural, 1 pce., length 2000 mm 0.0.427.72
9.5

0
200
16

M8 (33x) Groove Profile 8 Al M8-60



Al, anodized
60 Threaded bore M8 in modular dimension 60 mm
16 m = 510.0 g
30 natural, 1 pce., length 2000 mm 0.0.465.33
000
9.5

2
16
12

377
 Conveyors

Chain-Driven Conveyor Rollers

The easy way to create automated transport solutions

Complete package for specific requirements

For roller conveyors up to 6,000 mm long
Driven by concealed chain

 4FSWJDF
*OOPWBUJPO

The housing of the Chain Re-

verse Unit is prepared for se-
curing a Bearing Block. This
Conveyor Roller is not driven
via the chain. If required, the
last Conveyor Roller can also
be driven from the last driven
roller by means of a 4 mm
round belt.

A simple ratchet mechanism is used to insert the Conveyor

Rollers into the Bearing Blocks mounted on the frame profile.
The Bearing Block Set comprises a fixed and a floating bear-
ing. The fixed bearing must be positioned on the drive side of
the Conveyor Roller.
When fitting the Bearing Blocks onto the frame profile, this
is best done using a screw connection with Groove Profile 8
Al M8-40 (0.0.427.72), since this provides an easy means of
12 ensuring consistent axle spacing.
After fitting, the bearing blocks are covered by the Housing
Profile, which stretches along the entire length of the roller
conveyor. The design of the Housing Profile with Side Guide
ensures that transported goods are kept on track and the side
guide itself incorporates a Line 5 groove that enables users to
attach a Slide Strip 5 or other guide element.

F Xmin. Xmax.
Tube D50 Al 1000 N 150 mm 800 mm
Tube D50 KU 400 N 150 mm 500 mm

378
 Conveyors

0.0.416.03 Tube D50 Al

0.0.427.63 Tube D50 KU
0.0.427.72 Groove Profile 8 Al M8-40
0.0.437.27 Slide Strip 5 antistatic
0.0.463.38 Conveyor Roller TRA50 (Chain-Driven), Housing Profile
0.0.463.39 Conveyor Roller TRA50 (Chain-Driven), Housing Profile with Side Guide
0.0.463.48 Conveyor Roller TRA50 (Chain-Driven), Housing End Cap Set
0.0.463.49 Conveyor Roller TRA50 (Chain-Driven), Bearing Set
0.0.463.50 Chain Guide Profile 8
0.0.463.54 Conveyor Roller TRA50 (Chain-Driven), Bearing Block Set
0.0.463.75 Chain Reverse Unit 8 80 with Bore
0.0.465.17 Chain
12

Conveyor Roller TRA50 (Chain-Driven), Driven Bearing Set
PA-GF
5 Roller bearing, preassembled
0
Bearing flange, driven, with sprocket wheel
Bearing flange, not driven
m = 285.0 g
black, 1 set 0.0.463.53
62
X-


Conveyor Roller TRA50 (Chain-Driven), Bearing Set
5 PA-GF
0
Roller bearing, preassembled
2 bearing flanges, not driven
m = 265.0 g
black, 1 set 0.0.463.49
62
X-

379
 Conveyors


60 Conveyor Roller TRA50 (Chain-Driven), Bearing Block Set
2 Bearing Blocks, PA, black
Fixed bearing cover, PA, black
35.1

Floating bearing cover, PA, black

2 Button-Head Screws ISO 7380-M8x25, St, bright zinc-pl.
2 washers DIN 433-8.4, St, bright zinc-pl.
32

m = 152.0 g
1 set 0.0.463.54

20
60

60 Conveyor Roller TRA50 (Chain-Driven), Housing Profile



Al, anodized
A [cm2] m [kg/m]
35.1

2.17 0.59
natural, cut-off max. 3000 mm 0.0.463.38
natural, 1 pce., length 3000 mm 0.0.463.81
60 Conveyor Roller TRA50 (Chain-Driven), Housing Profile with Side Guide


10
Al, anodized
A [cm2] m [kg/m]
10

3.36 0.91
20

 natural, cut-off max. 3000 mm 0.0.463.39

natural, 1 pce., length 3000 mm 0.0.463.83
35.1

20 
Conveyor Roller TRA50 (Chain-Driven), Housing End Cap Set
10
2 Caps 5 20x10
TRA 50 housing cap, left,
TRA 50 housing cap, right
4 Self-Tapp. Screws DIN 7981-St 4.2x9.5, St, bright zinc-pl.
m = 22.0 g
4

1 set 0.0.463.48

12 35. 60
1

380
 Conveyors

Chain Guidance in the Profile Groove

Chain runs safely inside the profile groove
Compact power transmission solution
No protruding components


*OOPWBUJPO

The Chain Reverse Units are

screw-connected into the
core bores in the end faces of
the frame profiles.
The Chain Guide Profile must
be cut 50 mm longer than
the aluminium profile, since it Calculating the chain length for a chain drive with two Chain Reverse Units 8 80 and one Chain
must project 25 mm into the Counter-Reverse Unit 8:
Reverse Unit at each end.

Chain Guide Profile 8 en- LChain = 2 x L + 665.1 mm (+ 192.5 mm)

closes the Chain. The profile
is inserted into the profile
groove. To establish the exact length and precise number of chain links, divide the calculated chain
length by 12.7 mm (= ) and round up the result to a whole even number. Subtract one chain
link from this total, to be replaced by the removable Chain Link.
Note: Because the Chain stretches when under operating load it may be necessary depending
on the length of the conveyor line to install a Chain that is shorter than the calculated target 12
length. This adjustment can be made during assembly. The play-free chain drive is adjusted at
the Chain Reverse Units.
The stretching that occurs in a new Chain must also be compensated for by making adjustments
to the Chain Reverse Units.


7.2 Chain
" St, nickel-plated
p= Pitch p = 12.7 mm corresponding to
Operating load = max. 1.400 N
8.7

Elongation at 1,400 N = 2.5 - 3

m = 215 g/m
cut-off max. 25 m in 1 intervals 0.0.465.17
1 roll length 25 m 0.0.602.31
7.2 
Chain Link (removable)

" St, nickel-plated

p= m = 2.0 g
8.7

1 set 0.0.465.39

Chain Guide Profile 8
8.8

8.6 PA
m = 22 g/m
transparent, 1 pce., length 2000 mm 0.0.463.50

381
 Conveyors
Reverse Unit > Units
Chain Reverse Chain Reverse Units

Chain Reverse Units 8 80

Combination of Reverse Unit and Tensioning Block
Can be connected directly to a motor
Safe, concealed chain


XXXJUFNDPN

The Chain Reverse Unit incorporates integrated chain tension- It is possible to fit motors and The Chain can be driven directly using the
ing block and clamp. couplings D55 directly to the Chain Reverse Units or the Chain Counter-Re-
The Chain tensioning distance is 2x13 mm in total. The Chain Chain Reverse Unit. verse Unit. The sprocket wheels of the Chain
tension must be set so that the Chain can also be operated Reverse Units are available with multi-spline
with the slack side of the Chain only slightly pre-tensioned. hub VK14 or with a bore that can be machined
as required. Use of multi-spline hub VK14 ena-
Couplings 547 bles the modular accessories (Synchroniser
Shafts) to be used without any restrictions.

40

Chain Reverse Unit 8 80 VK14
DIN933 Chain Reverse Unit, die-cast zinc, black, pre-assembled
M8x30 Ball-bearing sprocket wheel, z = 16 (z = number of teeth)
M6 One revolution corresponds to 203.2 mm
80

effective radius rw = 32.3 mm

M8 Hub with multi-spline DIN ISO 14-6x11x14
12 Hub depth 30 mm, Max. load: MD = 20 Nm
Tensioning Block, die-cast zinc, black, pre-assembled
17 Fastening screws, St, black, 2 caps, PA, black
Chain length in Reverse Unit 236.3 mm
Notes on Use and Installation
DIN7984 m = 1.1 kg
M8x16
50 1 pce. 0.0.463.37
DIN ISO14
6x11x14
40

Chain Reverse Unit 8 80 with Bore
DIN933 Chain Reverse Unit, die-cast zinc, black, pre-assembled
M8x30 Ball-bearing sprocket wheel, z = 16 (z = number of teeth)
M6 One revolution corresponds to 203.2 mm
80

effective radius rw = 32.3 mm

M8 Hub with bore D8, reborable up to max. 15 mm
Hub depth 30 mm, Max. load: MD = 20 Nm
Tensioning Block, die-cast zinc, black, pre-assembled
17 Fastening screws, St, black, 2 caps, PA, black
Chain length in Reverse Unit 236.3 mm
Notes on Use and Installation
DIN7984 m = 1.1 kg
M8x16
50 1 pce. 0.0.463.75
8

382
 Conveyors

Chain Counter-Reverse Unit 8

The versatile connection option for the motor of a chain drive
Can be fitted at any point along the Chain return line
Height-adjustable sprocket enables adjustment of Chain tension


XXXJUFNDPN

The Chain can be tensioned

by moving the motor and
sliding Adapter Plate As-
sembly within the Chain
Counter-Reverse Unit if there
is insufficient adjustment on
the Chain Reverse Units.

The Chain Counter-Reverse Unit is screwed directly to the Sup-

port Profile. The Chain Guide Profile must be interrupted at this
point in order to remove the chain from the profile groove.
Drive motors can be fitted using the Adapter Plate. The
sprocket wheel hub and the Adapter Plate of the Chain Coun-
ter-Reverse Unit must be machined to suit requirements. The
sprocket wheel is fitted directly onto the motor gearbox output
shaft which also provides the necessary bearing arrangement.
12


Chain Counter-Reverse Unit 8
16
0 Housing cast Aluminium, black, pre-assembled
2 reversing wheels, St, with ball bearings
Drive wheel with centric bore, St, z =16
reborable up to 24 mm or 20 mm with parallel keyway to DIN 6885
60

Adapter Plate with clamping elements, Al, natural

Fastening screws, St, black
T-Slot Nut 8 St 2xM8-50, St, bright zinc-plated
180
40

4 caps, PA, black

Max. load: MD = 35 Nm
M8 Chain length in Counter-Reverse Unit 306.8 mm
Notes on Use and Installation
m = 3.0 kg
1 pce. 0.0.463.91

160
200
36
8
50.

383
 Conveyors

Chain Transfer
For transporting workpiece carriers directly on the Chain
Chain runs through a Slide Strip above the groove
For parallel running chain drives with a Synchroniser Shaft
ESD-safe Slide Strips prevent static charges

&4% 

Start of chain transfer: the The maximum permissible When working with high - Pinning with 4.8 mm
chain is guided over the End load on a Chain Transfer Unit loads, it is advisable to fix the bore and insertion of a fixing
Ramp onto the Slide Strip. is calculated from the number Slide Strips securely in place: pin.
of supporting links. - Screw fastening using
For each chain link, Fmax. = Button-Head Screw T4x18
6 N. and T-Slot Nut 8 PA (the
Note the chains operating clip mechanism needs to be
load! removed around the area
where the screw connection
is implemented)
Calculation of the chain length:
The chain length is calculated in the same way as the length of
a chain drive. However, the chain length L in the Reverse Unit
(U) varies:

Lchain = 2 x L + 490.8 mm

12

Chain Transfer End Ramp 8
100
PA
Button-Head Screw T4x18, St, black
T-Slot Nut 8 PA, black
18

m = 38.0 g
black, 1 set 0.0.472.01
40

7.8 Chain Transfer Slide Strip 8

&4% 
6.5

PE-UHMW
18

antistatic
m = 510 g/m
8 black, 1 pce., length 2000 mm 0.0.463.95
40
8 Chain Transfer Slide Strip 8 with Side Guide
&4% 

7.8
PE-UHMW
6.5

antistatic
m = 600 g/m
30

18

black, 1 pce., length 2000 mm 0.0.463.98

8
40

384
 13
Machine accessories 13
Equipment Accessories
Information Provision
Lighting
Power Supply
Pneumatic Components
Impact Protection
 Machine accessories

Application example machine accessories

Perfect support for personnel
1 2 3 4 5 6 7

13

386
 Machine accessories

8 9
1 Container Mounting 6 Monitor holder
Ergonomic storage of small parts Compatible with VESA standard for flatscreen
Straightforward fastening for ease of replace- monitors
ment Separate mounting devices for PC and keyboard

402 Section 13 409 Section 13

2 Pivot Arms 7 Pneumatic elements

Ergonomic positioning of equipment Profile core bores used as compressed-air
Available in various versions for different loads conduits
Easy to adjust and fit in place Special profile fasteners, seals and connections

396 Section 13 420 Section 13

3 Lifting doors 8 Clamp Profiles

Easy-running door with counterweight Secure mesh and other panel elements safely
Manual and automatic operation in place
Protection for personnel and processes Range of models for various tasks

215 Section 6 197 Section 6

4 Light fittings 9 Corrugated Mesh

Working light that meets the highest safety For separating machinery and working areas
standards Wide range of additional panel elements avail-
Hinge enables position adjustment able
Compact LED lamp as a machine light fitting

13
413 Section 13 308 Section 10

5 Cable conduits
A safe home for feed cables
Can be configured to suit requirements
Switches and plug sockets can be installed

429 Section 14

Products Products
Key: See page 0 in this section 0 in other sections

387
 Machine accessories

Machine Accessories
Products in this section

Telescope Profile Positioning Set Pivot Arms Friction Joints 8 Frame Profile 8 40x20
Enables variation of profile For measuring and position- For keeping frequently used Stable joints for customised Stable, continuous edging
length ing tasks equipment close to hand pivot arms for panel elements
Clamp lever fixes easily in All feed elements inside All joints can be rotated Integrated adjustable fric- For shelving, drawers and
place one profile groove through 360 tion brake workpiece carriers

390 394 396 398 399

Shelf 8 Container Mounting Runner Magnetic Holder 8 Document Holder

High load-carrying capacity Straightforward connector Movable hanger for light- Magnetic forces hold ac- For building customised
Easy to fit to a profile for ease of installation weight equipment cessories in place frames and holders
groove Practical and universal For improved organisation Simple storage solution Clamp function makes
and ergonomics for tools changing documents easy

400 402 402 404 405

13

Notice Holder A4, mag- Monitor Adapter PC Mount Label Holder Light Fitting 55W
netic VESA-compatible fixing for Secure fixing for keyboard Bring order to shelves and Bright working light that
Practical protection for flatscreen monitors and computer drawer units meets the highest safety
documents with a magnetic Prevents buildup of electro- Ball-bearing mounted Simply clip into Profiles 8 standards
frame static charges pull-out Extremely easy to position
Available in four colours thanks to pivot function

408 409 410 412 413

388
 Machine accessories

Lamp 35W LED Machine Light Fitting Light Fitting 11W Multi-Socket Power Strips, Pneumatic Universal-
Precise lighting of the work- LED technology ensures Energy-saving long-term 5 outlet Fastening Sets
ing area very low heat emissions lighting Angled installation ensures Connect profiles at right an-
Housing provides protec- Compact working light in Low heat emissions and easy access gles or via their end faces
tion from splashes and dust protective housing operating costs Practical, energy-saving Cavities in Profiles 8 can
ON/OFF switch be used as compressed-air
conduits

415 416 417 418 420

Compressed Air Manifold Protective Profiles Buffer Strip Impact Buffers

With three quick-release Safe impact protection For gentle closing of doors
Parabolic Buffers
couplings thanks to hollow-cham- Also suitable as a door seal Rubber/metal buffers
Easy to fasten to a profile bered profiles deaden impacts effectively
groove Prevent damage and Also suitable for use as
injuries vibration-absorbing feet

424 425 426 427

13

389
 Machine accessories
Telescope

Telescope 8 40x40
Telescope function enables variable profile length
Clamp lever fixes easily in place
Maximum load up to 500 N

 4FSWJDF

Outer profile for constructing telescope profiles of variable Overall length L of the
length for adjusting the height or inclination of fixtures and telescope:
equipment.
A profile 6 30x30 must be used for the inner profile. The outer 6.3
profile can be connected directly to a profile groove via its end L stroke + 74 mm
M4x15 30
face or using fastening elements (Hinges, heavy duty, etc.).
Line 6 components are suitable for connecting the inside 0.0.419.01
profile.
The inner profile, which is guided by a sliding bearing in the
telescope, is secured with the Telescope Securing Set.

Profile 6 30x30 must be 14 mm shorter than Telescope Profile

8 40x40 in order that it can be inserted completely in the as-
sembled telescope, and the stroke thereby maximised.
Max. load in telescope direction: 500 N


Telescope Profile 8 40x40
30.5

2 4 4 4 3 3
40

A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]

3.4 5.92 1.59 10.52 11.46 16.28 5.26 5.73
19 natural, cut-off max. 3000 mm 0.0.440.50
40 natural, 1 pce., length 3000 mm 0.0.452.22
13
63 Telescope Securing Set 8 40x40


T-Slot Nut 6 St M6, bright zinc-plated

Washer DIN 9021-6,4, St, bright zinc-plated
Clamp lever, black
m = 86.0 g
1 set 0.0.444.71

M4x20 Telescope Connection Set 8 40x40


M8
M6x16 Telescope cap 8 40x40, PA, black
Telescope sliding cap 8 40x40, PA, black
Telescope connecting plate 8 40x40, die-cast zinc, white aluminium
Cap Screw DIN 912-M6x16, St, bright zinc-plated
4 2 Cap Screws DIN 912-M4x12, St, black
0
M4x12 Square nut DIN 562-M8, St, bright zinc-plated
12 2 Countersunk Screws DIN 7991-M4x20, St, bright zinc-pl.
m = 138.0 g
1 set 0.0.440.54
3
0
4
0 8

390
 Machine accessories

Telescope 8 80x40
This profile extends according to the task at hand
Variable-length strut with large load-carrying capacity
Simple height and incline adjustment for load-carrying profiles
Maximum load up to 750 N
Clamp lever or locking plunger as fixing mechanism

 4FSWJDF

Telescope 8 80x40 is a heavy-duty strut of adjustable length.

It is particularly suitable for adjusting the height or inclination
of equipment. The adjustable plain bearings and extended sup-
port width also enable this telescope to be used for construct-
ing length-adjustable table legs.
Telescope Profile 8 80x40 supports and guides the inside
profile. The outer profile can be connected directly to a profile
groove via its end face or using fastening elements (e.g. Hinge
8 80x40, heavy duty).
Telescope Inner Profile 8 80x40 mounted in a sliding bearing
is either secured with Telescope Securing Set 8 80x40 at
the desired height or is located via predrilled holes using
Telescope Locking Plunger 8 80x40.

Telescope Inner Profile 8 80x40 (length B) must be 20 mm shorter than

Telescope Profile 8 80x40 (length A) in order that it can be inserted completely
in the assembled telescope, and stroke H thereby maximised.
Lmin. = A + 20 mm
Lmax. = Lmin. + H
B H x 1.2 ^ B H + 60 mm
B A - 20 mm
Max. load in telescope direction: 750 N
13

Telescope Connecting Plate 8 80x40 offers various possibili- Function of the holes in the Telescope Connecting Plate:
ties for attaching the inside profile to a connecting structure. It d = Securing to Telescope Profile 8 80x40 using screws M6x22
is used for screw connection with Line 8 components or other
parts. Suitable through holes and countersinks are provided in e = Securing to Telescope Inner Profile 8 80x40 using screws DIN 7984-M5x20
the Connecting Plate for this purpose. f = Through hole 6.4 for adapting other products to the Telescope Inner Profile 8
80x40
g = Through hole 9 for adapting other products to the Telescope Profile 8 80x40
by press-fitting an M8 nut

391
 Machine accessories

Telescope Connection Set 8 80x40 contains To secure the telescope cap (with Telescope After assembly of the two telescope profiles,
all components required for connecting Profile 8 80x40) and telescope sliding cap the plain bearings of the Telescope Sliding
Telescope Profile 8 80x40 and for construct- (with Telescope Inner Profile 8 80x40), the Cap and Telescope Cap are adjusted free of
ing a telescope: Telescope Connection Set is provided with play using screws M2.5x30 (1.5 A/F).
a = Telescope Connecting Plate 8 80x40 self-tapping screws DIN 7500.
b = Telescope Cap 8 80x40
c = Telescope Sliding Cap 8 80x40
Telescope Connecting Plate 8 80x40 is
screwed to the Telescope Profile and offers
various possibilities for fastening to a connect-
ing structure.

On request, your local item For lateral connection of Tel-

partner can provide the escope Profiles 8 80x40, it is
Telescope Profiles machined advisable to tap M6 threads
ready for use with the in the area of the central rib
Telescope Securing Set or and to use Automatic-Fasten-
Telescope Locking Plunger. ing Sets 8.

13
40 Telescope Profile 8 80x40


A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]

8 9.61 2.59 20.57 77.12 42.72 10.28 19.28

natural, cut-off max. 6000 mm 0.0.608.49
80

natural, 1 pce., length 6000 mm 0.0.604.56

8

6.8 Telescope Inner Profile 8 80x40



2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
9.78 2.64 10.50 34.88 6.85 2.99 21.80
natural, cut-off max. 6000 mm 0.0.608.50
51.7
40

70
9

natural, 1 pce., length 6000 mm 0.0.604.57

22.8
32

392
 Machine accessories

M6x22 Telescope Connection Set 8 80x40



M5x20 Telescope Conn. Plate 8 80x40, die-cast zinc, white alum.

Telescope Sliding Cap 8 80x40, POM, black
Telescope Cap 8 80x40, POM, black
M4x20 2 Cap Screws DIN 912-M6x22, St, bright zinc-plated
4 Cap Screws DIN 7500 E-M5x20, St, bright zinc-plated
4 Cap Screws DIN 7500 E-M4x20, St, bright zinc-plated
m = 250.0 g
1 set 0.0.608.57


Telescope Securing Set 8 80x40
Special T-Slot Nut 8 St M6, bright zinc-plated
Stepped threaded bolt M8/M6
33

Washer DIN 9021-8,4, St, bright zinc-plated

Clamp lever M8, black
m = 110.0 g
30 1 set 0.0.608.48
31 Telescope Locking Plunger 8 80x40

33

Locking plunger with base plate, black

2 Countersunk Screws DIN 7991-M5x12
m = 68.0 g
34 1 set 0.0.609.73
46 20
8
18.8 
Telescope Connecting Plate 8 80x40
Die-cast zinc
m = 190.0 g
80
66.8

white aluminium, similar to RAL 9006, 1 pce. 0.0.604.60

40
51.7

22.
8
40

13

393
 Machine accessories
Positioning Set

Positioning Set
Precise positioning for monitoring material flows
For measuring and positioning tasks
All feed elements inside one profile groove

 4FSWJDF

Adding a Positioning Set 8 40 contradirectional and a Feed Turning the Handwheel in clockwise direction
Screw M6 (contradirectional) produces a positioning device moves the positioning slide away from the Fx
that acts in both directions. user (the contradirectional additional slide
moves towards the positioning slide). Fz
2

1.5
M8x16

1
2
2.5
4
3

The optional Digital Position Indicators (4) (mechanical or electronic counter) enable precise positional adjust- The basic components for an adjustment
ment of the Positioning Set. device include the Positioning Set 8 40 (1),
The mechanical position indicator provides a digital indication of the positioning distance (one revolution of the the associated Feed Screw M6-LH (2) and the
handwheel corresponds to a distance of 1 mm, resolution 0.1 mm). Handwheel D50 (3).

The electronic position indicator has a measuring accuracy of 0.01 mm. It can be calibrated by the user and Attachments are secured to the positioning
provides a simple means of measuring the absolute value and incremental dimensions. slide using either anti-torsion positive locking
in a groove of Line 8 or a screw connection
N.B.: The Positioning Set combined with the position indicator is not a measuring device! It is used instead for (M6).
setting predefined positions for e.g. repeat assembly operations.
Setscrews can be accessed from the side and
are used to adjust the vertical play of the slide
in the guide groove.
The maximum pressure loading Fx in the direc-
tion of movement is 200 N; perpendicular to
the groove, a compressive force of 100 N and
a tensile force of 50 N (Fz direction) may act
on the slides.
13

LS LSG
2
40 20 H H

1.5

1 40

The length of Feed Screw LS is determined as a function of the adjustment distance H and the accessory compo- Space-saving contradirectional adjustment
nents: systems can be built extremely rapidly thanks
LS = H+ 130 mm (with Digital Position Indicator) to the combination of a positioning set and
LS = H+ 90 mm (without Digital Position Indicator) contradirectional positioning set.
The length of the contradirectional Feed Screw is:
LSG = H+67 mm

394
 Machine accessories
Digital Position Indicator

Positioning Set 8 40
Bearing Block, PA, black
36 Slide with anti-torsion feature, PA, black
0 Washer, St, bright zinc-plated
4
Coupling M6, St, bright zinc-plated

45.8
Notes on Use and Installation

10
m = 85.0 g
40 20 1 set 0.0.616.65


Positioning Set 8 40 contradirectional
Slide with anti-torsion feature, PA, black
36 Washer St, bright zinc-plated
0 Coupling M6, St, bright zinc-plated
4
m = 35.0 g
1 set 0.0.616.64
10


0 Positioning Set 8 40 Feed Screw M6-LH
100
St, stainless
m = 180.0 g
stainless, 1 pce., length 1000 mm 0.0.615.69

0 Positioning Set 8 40 Feed Screw M6 (contradirectional)
100
St, stainless
m = 180.0 g
stainless, 1 pce., length 1000 mm 0.0.616.63
40 
Digital Position Indicator D6 mechanical
Counter, mechanical
67

Adapter plate, PA, black

Seal, self-adhesive
4 Countersunk Screws 4.2x16 St, bright zinc-plated
m = 100.0 g
47

1 set 0.0.619.72
8
33 24

40 
Digital Position Indicator D6 electronic
Counter, electronic, with zeroing, chain-dimension and calibration function
67

Adapter plate, PA, black

Seal, self-adhesive
4 Countersunk Screws 4.2x16 St, bright zinc-plated
m = 115.0 g
13
52

1 set 0.0.619.71
8
33 27


Positioning Set 8 40 Handwheel D50
PA
25 m = 46.0 g
black, 1 pce. 0.0.616.69
5
0

395
 Machine accessories

Pivot Arm 8 370, light

Double Pivot Arm 8 695
For light loads
For keeping frequently used equipment close to hand
Double Pivot Arm for added reach

Our lightweight option for improved ergonomics the item The Double Pivot Arm 8 695 from item for double the reach
Pivot Arm 8 370. and maximum flexibility!
This stable Pivot Arm can be fitted to an Upright on any of Both arms are connected via a swivel joint in order to increase
the new item work benches easily. The braking torque can be the pivot radius. The robust End Swivel Joint can be connected
individually adjusted at each joint, enabling you to tailor the to the end face or groove of a Profile 8. The Double Pivot Arm
manoeuvrability of the Pivot Arm to your needs. The End Swivel should only be fitted to vertical profile grooves.
Joint can be rotated 360. The Double Pivot Arm can reach approximately 695 mm and
The Pivot Arm can reach approximately 370 mm. It can accom- the maximum vertical load is 80 N.
modate a maximum (vertical) load of 120 N.

The connection can be made

with either a horizontal or
vertical profile groove. An
end-face connection with
360 Profiles is also possible.
All the joints can be
rotated through 360 and
their frictional moment can
be adjusted.


Pivot Arm 8 370 light
370 Profiles 8 40x40 3N light
Standard Swivel Joint (mounting joint)
End Swivel Joint
13 Connecting cover, PA, grey
2 Connecting Plates, Al, natural
Button-Head Screw M8x22, St, bright zinc-plated
Notes on Use and Installation
97

m = 1.4 kg
40

1 pce. 0.0.631.17

325 Double Pivot Arm 8 695



370 Profiles 8 40x40 3N light

Double Swivel Joint 40 (mounting joints)
Standard Swivel Joint (middle joint)
End Swivel Joint
Connecting cover, PA, grey
3 Connecting Plates, Al, natural
Button-Head Screw M8x22, St, bright zinc-plated
145

Notes on Use and Installation

m = 2.7 kg
40

1 pce. 0.0.631.19

396
 Machine accessories

Double Pivot Arm 8 695 heavy-duty

Suitable for loads up to 140 N
End Swivel Joint can be rotated through 360

Double Pivot Arm 8 695 heavy-duty move even heavy loads

safely!
The heavy-duty Double Pivot Arm is connected to a simple
Pivot Arm via a Double Swivel Joint in the middle. The two
mounting joints can be connected to any Profiles 8. The heavy-
duty Double Pivot Arm should only be fitted to vertical profile
grooves.
The Pivot Arm can reach approximately 695 mm. It can accom-
modate a maximum (vertical) load of 140 N.
The End Swivel Joint can be rotated through 360 for maxi-
mum versatility.

325 Double Pivot Arm 8 695 heavy-duty



370 Profiles 8 40x40 3N light

2 Standard Swivel Joints (mounting joints)
Double Swivel Joint 40 (middle joint)
End Swivel Joint
Connecting cover, PA, grey
3 Connecting Plates, Al, natural
Button-Head Screw M8x22, St, bright zinc-plated
Notes on Use and Installation
239

m = 3.7 kg
1 pce. 0.0.631.20
40

13

397
 Machine accessories

Friction Joints 8
For building customised pivot arms
With adjustable friction brake

The Friction Joints in the standard Pivot Arms from item ensure
that the supporting strut holds firm, moves smoothly and
can be brought safely to a halt. Individual Friction Joints can
be connected together with Profiles 8 to create customised
solutions. When building such solutions, it is important to take
note of the load limitations imposed by the leverage in the pivot
arms. Single and double swivel joints are available.
The braking action of the Friction Joints is easily adjusted and
remains consistent over an extended period of use. The radius
of swivel is 360.

The maximum torque load for a Standard

M Swivel Joint and End Swivel Joint is 45 Nm,
while Double Swivel Joint 40 can carry loads
of up to 60 Nm.

5 
43. Friction Joint 8, Standard Swivel Joint
2 Friction Joints
40

2 mounting plates, Al, natural

2 Button-Head Screws M8x22, St, bright zinc-plated
Notes on Use and Installation
m = 503.0 g
97

13 1 pce. 0.0.623.88
5 
43. Friction Joint 8, Double Swivel Joint 40
3 Friction Joints
3 mounting plates, Al, natural
3 Button-Head Screws M8x22, St, bright zinc-plated
Notes on Use and Installation
40

m = 770.0 g
1 pce. 0.0.623.89
145

5 
43. Friction Joint 8, End Swivel Joint
Friction Joint
40

2 mounting plates, Al, natural

2 Button-Head Screws M8x22, St, bright zinc-plated
Connection seal, PA, grey
Notes on Use and Installation
m = 300.0 g
1 pce. 0.0.623.92

398
 Machine accessories

Frame Profile 8 40x20

Stable, continuous edging for panel elements
For drawers or workpiece carriers
As edge protection for shelving

Shelving at the workplace and on the material trolley ensures profiles and enable panels to be inserted easily across both
parts are available to users when they need them. Workpiece without need for processing. After the frame has been closed,
carriers, enclosed in a frame, may be employed on transfer the panel is secured with a flexible Retaining Cord to prevent
units to protect the goods being transported. movement.
Frame Profile 8 40x20 provides a stable means of holding Installation tip: It is best to moisten the Retaining Cord with
and securing a plastic or metal panel element (up to 4 mm soapy water to ensure it can be pressed in easily.
thick). The corner fasteners connect seamlessly with the frame

A S1 = 2 - 3.2 mm S2 = 3.2 - 4 mm
LA L A [mm] A - 10 A - 26
L PA
LB [mm] B - 10 B - 26
s2
s1

The cut-off dimensions of panel elements (LA, LB) are depend-

ent on the thickness s.
L PB
LB

5
B

13

An external Profile 8 groove can be used to secure the frame Calculating the profile cut-off
profile to the basic frame of the table or material trolley, e.g. length:
using Angle Locking Bracket 8 80x40. LPA = A - 44 mm
The Corner-Fastening Set Frame is screwed into the screw LPB = B - 44 mm
channels in the frame profile using the self-tapping screws
without any need for profile processing (M = 2 Nm).

11 Frame Profile 8 40x20



Al, anodized
m = 880 g/m 13
40

natural, cut-off max. 6000 mm 0.0.616.95

20 natural, 1 pce., length 6000 mm 0.0.616.93

22 Corner-Fastening Set Frame 8 40x20



Corner fastener, die-cast zinc, RAL 9006 white aluminium

40

4 Hexagon Socket Head Cap Screws M4x20, self-tapping, St, bright zinc-plated
Cap, PA, grey
m = 54.0 g
1 set 0.0.618.61

6 Retaining Cord D6
NBR
m = 10 g/m
grey, cut-off max. 20 m 0.0.622.12
grey, 1 roll length 20 m 0.0.621.77

399
 Machine accessories

Shelf 8
High load-carrying capacity
Easy to fit to a profile groove

Do you need storage space at your work benches or produc-

tion facilities? It doesnt get any easier than with shelves from
item: simply slot into Profile 8 groove, secure in place with a
flick of the wrist and thats it done! DIN916 M5x6
But what if a horizontal Profile 8 groove isnt available? All
you need is Shelf Adapter Set 8. Fitted with just 2 screws, the
system can carry a maximum load of 500 N per shelf.
Shelves 8 200 and 320 are prepared ready for use in a width
of 600 mm, with fitted End Caps and grub screws to prevent
removal. In the Shelf Profile: Profile 5 groove for end supports, Shelf Adapter Set 8 is the universal fastening
partitions and side connection and fastening. system for your shelves even if you dont
have a Profile 8 groove available.
Shelf Profiles are also available to your specifications in any
length (up to 6 m).


Shelf 8 200-600
Shelf 8 200, Al, natural
Shelf Cap Set 8 200, St, black
2 grub screws DIN 916-M5x6, St, bright zinc-plated
a = 200 mm b = 14 mm c = 600 mm m = 1.7 kg
b

c 1 set 0.0.627.00

a 
Shelf 8 320-600
Shelf 8 320, Al, natural
Shelf Cap Set 8 320, St, black
2 grub screws DIN 916-M5x6, St, bright zinc-plated
13 a = 320 mm b = 18 mm c = 600 mm m = 2.9 kg
1 set 0.0.626.97
 
100 Shelf Profile 8 200
3.3 3.3 3.3 Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
14

80 60 5 9.28 2.51 2.96 361.60 1.99 33.45

200 natural, cut-off max. 6000 mm 0.0.618.53
natural, 1 pce., length 6000 mm 0.0.618.56
 
120 120 Shelf Profile 8 320
3.3 3.3 3.3 Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
18

120 135 5 15.13 4.10 7.83 142.10 4.68 84.03

320 natural, cut-off max. 6000 mm 0.0.621.00
natural, 1 pce., length 6000 mm 0.0.620.94

400
 Machine accessories


M4 Shelf Cap Set 8 200

b
2 shelf caps 8 200, St, black
6 Countersunk Screws DIN 7991-M4x12, St, bright zinc-plated
a = 200 mm b = 14 mm m = 120.0 g
a 3 1 set 0.0.623.27

Shelf Cap Set 8 320
2 shelf caps 8 320, St, black
6 Countersunk Screws DIN 7991-M4x12, St, bright zinc-plated
a = 320 mm b = 18 mm m = 250.0 g
1 set 0.0.623.30

Shelf Adapter Set 8
Adapter Profile 8 40x16, Al, natural
2 Button-Head Screws M6x14, St, bright zinc-plated
20 2 Caps 8 40x16, PA-GF, black
40 2 T-Slot Nuts V 8 St M6, bright zinc-plated
m = 120.0 g
1 set 0.0.627.14

13

401
 Machine accessories

Container Mounting
A quick-action fixing for connecting Parts Containers to a Line 8 groove
Practical and universal

Any kind of containers with wall thicknesses of up to 5 mm can

be mounted between two profiles.

2 
0 Container Mounting 8
6 PA-GF
5
m = 3.0 g
black, 1 pce. 0.0.026.87
9

Runner
Movable hanger for lightweight equipment
Improved ergonomics for tools

13
Hanger which can be moved along the profile groove and is
used for suspending tools, balancers etc.

A T-Slot Nut is recommended

as the end stop. It is secured
in the groove by the grub
screw.
Fmax. = 50 N


Runner 8
60
23

PA-GF
m = 8.0 g
18 black, 1 pce. 0.0.026.13
8
402
 Machine accessories

Runner 8
Strong hanger
Easy movement thanks to low-friction slide elements

Runner 8 is a simple model with a load-carrying capacity of 50

N that is suspended from a Profile 8 groove.

The corrosion-resistant Spring Hooks enable easy attachment to the

Runner and rapid tool changes.
- Spring Hook 60 D6: Recommended max. tensile force F = 100 N
- Spring Hook 80 D8: Recommended max. tensile force F = 200 N


Runner 8 80x40
80
27

2 runner halves, PA-GF, black

2 slide elements, POM, natural
m = 39.0 g
8 1 set 0.0.618.97
31 12
13
2 Spring Hook 60 D6

0
St
Spring hook similar to DIN 5299
35

m = 25.4 g
stainless, 1 pce. 0.0.619.68
6

3
0

2 
5 Spring Hook 80 D8
St
Spring hook similar to DIN 5299
47.5

m = 67.0 g
stainless, 1 pce. 0.0.619.70
8

4
0

403
 Machine accessories

Magnetic Holder 8
Holds tools and accessories against a Line 8 groove
Practical and easy to use thanks to use of magnets

Its pull is irresistible the item Magnetic Holder!

For securely stowing metallic objects such as spanners, etc. on
the groove of the non-magnetic aluminium Profile.
Magnetic Holder 8 can be fitted into a Profile 8 groove in next
to no time.
Holding force F = 40 N


Magnetic Holder 8
15
12

Magnet housing half 8, PA-GF, grey, similar to RAL 7042

2 magnets 20x5x2, St, nickel-plated
2 Magnetic Stops 8, terminal shoes, St, bright zinc-plated
56
8 2 Countersunk Screws DIN 7991-M3x10, St, bright zinc-plated
2 square nuts DIN 562-M3, St, bright zinc-plated
m = 18.0 g
grey similar to RAL 7042, 1 pce. 0.0.627.86

13

404
 Machine accessories

Document Holder
From clipboard to poster

For working, workflow and design plans

Frame and holder in various sizes
Clamping function enables users to change documents rapidly
Available with protective panel if required
 4FSWJDF

The Document Holder system is used for constructing display The system consists of two aluminium profiles that are
and information panels of any size in the workplace or the interconnected using an integrated spring-loaded hinge. The
training area. The panels can be attached directly to a frame Document Holder Support Profile forms the fixed frame which
construction made of aluminium profiles, e.g. to a work bench also secures the rear panel. This frame is fixed onto basic
in the production area. The Document Holder can also be used constructions made up of Line 8 Profiles using Clip 8 St.
to construct fixed or moveable panels on appropriate frame The spring-loaded Lid Profile firmly clamps documents and
structures. drawings and can securely hold an optional acrylic glass panel
to protect documents.

Document Holders can be constructed in any sizes as either clipboards or frames for docu-
ments.
items sales partners provide design assistance and supply either individual components,
complete frames or building kits.
The tables overleaf show the dimensions required for Document Holders together with the
various sizes.

The rear panel (thickness 2 mm) is clamped to the Support Profile by driving the Countersunk
Screws DIN 7982 St 3.9x9.5 into the screw channel. 13
Retaining Cord D2.5 is inserted into the Lid Profile to prevent the document from moving. Greas-
ing the contact surfaces of the leaf springs in the Profiles is recommended.

The Document Holder The Support Profile can also The Lid Profile opens and A protective panel can be
Support Profile is fixed onto be secured to any surface closes to clamp the Docu- used in Document Holder
basic constructions made using a Countersunk Screw. ment Holder. frames that are enclosed on
up of Line 8 Profiles using The leaf springs hold the lid all sides. This too is held in
Clip 8 St. in place at its two extreme po- position by the Lid Profile.
sitions. The document is held
in place by simply closing the
Lid Profile as illustrated.

405
 Machine accessories

Calculating the number and lengths of the individual components for construc- Calculating the number and lengths of the individual components for
ting Document Holders in the form of a clipboard. constructing Document Holder Frames.
Qty. Length [mm] Length [mm] Qty. Length A [mm] Length B [mm]
Rear panel (R) 1 A+20 B+26 Rear panel (R) 1 A+72 B+72
Support Profile 1 A+20 Protective panel (S) 1 A+56 B+56
Lid Profile 1 A+20 Support Profile, horiz. 2 A+100
Retaining Cord 1 A+20 Support Profile, vert. 2 B+20
A
Lid Profile, horiz. 2 A+100
Leaf Springs 100
A Lid Profile, vert. 2 B+19.5
Countersunk Screws 3,9x9,5
50 A+B
Leaf Springs
100
A+B

Countersunk Screws 3,9x9,5 50


24 Document Holder 8 A4
40

A+
29 Fully assembled (excluding protective panel)
Document dimension A = 210 mm
13 Document dimension B = 300 mm
m = 0.7 kg
B+20

1 set 0.0.476.22
B


Document Holder 8 A3
Fully assembled (excluding protective panel)
Document dimension A = 420 mm
Document dimension B = 300 mm
m = 1.3 kg
1 set 0.0.476.23

A
A+
20

406
 Machine accessories


24 Document Holder 8 Frame A4

40
A+ Fully assembled (including protective panel PMMA)
109 Document dimension A = 210 mm
Document dimension B = 300 mm
m = 2.3 kg
1 set 0.0.476.24
B+100


B+20

Document Holder 8 Frame A3

B

Fully assembled (including protective panel PMMA)

Document dimension A = 420 mm
Document dimension B = 300 mm
m = 3.4 kg
1 set 0.0.476.25

A
A+
20


Document Holder 8 Support Profile
40

Al, anodized
26.9
20

m = 0.68 kg/m
4.5 natural, cut-off max. 3000 mm 0.0.485.90
natural, 1 pce., length 3000 mm 0.0.454.47

Document Holder 8 Lid Profile
39.5

Al, anodized
m = 0.47 kg/m
2 natural, cut-off max. 3000 mm 0.0.485.92
natural, 1 pce., length 3000 mm 0.0.454.48

Document Holder 8 Cap Set
4.5
Cap Set right, PA-GF, black
Cap Set left, PA-GF, black
4 Hexagon Socket Head Cap Screws DIN 6912-M4x12, black
10 m = 12.0 g 13
40

1 set 0.0.485.76
21

t=0.2 30 
Document Holder 8 Leaf Spring
St
33 m = 1.2 g
stainless, 1 pce. 0.0.486.76

2.5+1 Retaining Cord D2.5
Elastomer, resistant to oils, water and cleaning agents
m = 6 g/m
clear, cut-off max. 10 m 0.0.485.88
clear, 1 roll length 10 m 0.0.485.89
7.5 Countersunk Screw, self-threading DIN 7982 St 3.9x9.5, TX 15


St
9.5

m = 0.8 g
stainless, 1 pce. 8.0.008.09

407
 Machine accessories

Notice Holder A4, magnetic

Protects documents from soiling
Magnetic frame holds documents in place, even in draughts
Available in four different colours

The new magnetic Notice Holder important information

where you need it and when you need it!
These Notice Holders protect your notices and allow you to
display important information on any suitable ferrous surface,
such as item Compound Material St.
The Notice Holders are made from hard-wearing transparent
film and have a magnetic frame. Size approx. 320x232 mm.
Available in grey, yellow, green and red.

Notice Holder A4, magnetic

Rigid PVC film, 0.4 mm, non-reflective
Magnetic strips
m = 120.0 g
grey, 1 pce. 0.0.635.11
320

yellow, 1 pce. 0.0.636.61

green, 1 pce. 0.0.636.62
red, 1 pce. 0.0.636.63

232

2.4

13

408
 Machine accessories

Monitor Adapter
Universal fixing for flatscreen monitors

Compatible with VESA standard

Anti-torsion fastening to profile grooves

&4% 

The Monitor Adapter enables flatscreens to be installed (with

standard fastening VESA 75 or 100) on work bench systems
or production control stations. The connection geometry
F
employs the modular dimension of Line 8 profiles and thus
enables use of typical fastening elements (Line 8 profiles,
Hinge 8 40x40 heavy duty, etc.). Optional anti-torsion features
secure the set position through positive locking.
M4
Monitor Adapter 8 VESA 75-100 PA is manufactured from ESD
plastic, which prevents electrostatic charges from building
up and enables a slow rate of discharge to protect sensitive M8
components.

Maximum permissible load of Monitor Adapter

8 VESA 75-100 PA:
Fmax. = 120 N
Screws M8: Mmax. = 8 Nm
Screws M4: Mmax. = 3 Nm

12 Monitor Adapter 8 VESA 75-100 PA

&4% 

Adapter Plate, PA-GF, black

113

2 anti-torsion lugs, die-cast zinc, bright zinc-plated

20 20

4 screws M4x12, St, bright zinc-plated

4 washers 4.3, bright zinc-plated
2 Hexagon Socket Head Cap Screws M8x16, St, bright zinc-plated
2 hexagon nuts M8, St, bright zinc-plated
m = 150.0 g
8.5
1 set 0.0.615.48 13
20
20
7
5
10
0

409
 Machine accessories

PC Mount and Keyboard Shelf

Secure fixing for keyboard and computer
Keyboard Shelf with fold-out mouse rest
Pull-out rails for tidy fixtures

Both PC and keyboard can be safely and securely fastened

with the optimum mounting devices from item.
Fasten the PC Mount below the working surface and simply
place your computer into the holder.
The PC Mount can be adjusted to accommodate various hous-
ing sizes and can be pulled out and rotated using additional
pull-out rails under the table. As a result, your computer stays
easily accessible for maintenance and cleaning at all times.

525 0 - 192

The Keyboard Shelf holds the computer keyboard and mouse. The mouse rest can be fitted to the right or left
It can be fitted securely to Pivot Arms or an area in the work of the Keyboard Shelf.
bench handling zone via its screw fastening. A special Fasten-
ing Set is also available to convert the Keyboard Shelf to a
retractable version which fits neatly under the working surface.

PC Mount
134
339 Mount with pull-out rail and rotating element, St, white aluminium
2 Countersunk Screws 5x60, St, bright zinc-plated
2 spacers, Al, natural
13 2 Button-Head Screws M6x14, St, bright zinc-plated
2 T-Slot Nuts 8 St M6, bright zinc-plated
30

Notes on Use and Installation

m = 5.8 kg
1 set 0.0.631.70
415 - 635

310 - 530

80
-2
40

72

131

410
 Machine accessories

Keyboard Shelf
300
Keyboard Shelf 500x200, Al, powder-coated white aluminium
Mouse rest suitable for R/L fitting, folds out
70
179 2 cable holes 23x30x2 mm
Washer 6x54x2 mm
Book screw M4x5
m = 1.8 kg

36
525
230 1 pce. 0.0.620.87

Fastening Set Keyboard Shelf

18

20
2 telescopic rails 400 TA, St, bright zinc-plated
430
2 retaining plates, St, white aluminium, similar to RAL 9006
0 Fastening materials
4 Notes on Use and Installation
m = 2.1 kg
1 set 0.0.637.05
22

10
120

13

411
 Machine accessories
Labeling
Label Holder
> Label
Holders

Label Holder
Bring order to shelves and drawer units
Simply clip into Profiles 8

Label Holder 8 160x40 is used for attaching labels to shelves, The Label Profile can also be cut to length and used for con-
work benches and fixtures. It consists of the Label Profile, structing Label Holders of any desired length. The Label Profile
which has a protective strip and end caps, and two Clips 8 St. is then sealed by end caps.
The Label Holder takes paper labels 36 mm high that can be
customised at will. The transparent strip protects the labels
against soiling.

Label Holder 8 can be secured to different structures:

- with Clip 8 St to Line 8 Profile grooves
- with a Countersunk Screw to walls and panels and to profile grooves of other Lines
- with double-sided adhesive tape (width 36 mm) to panel elements

Clip 8 St 69


Label Holder 8 160x40
Label Profile 8 40, length 152 mm
2 Label Profile Caps 8 40
Label Protection Strip 8 40, length 152 mm
2 Clips 8 St
13 160 m = 66.0 g
1 set 0.0.488.70

37 Label Profile 8 40

1

Al, anodized
7.5

40 m = 0.37 kg/m
natural, 1 pce., length 3000 mm 0.0.454.59

Label Profile Cap 8 40
7.5

PA-GF
40 m = 1.0 g
black, 1 pce. 0.0.488.56

Label Protection Strip 8 40
0
140 PVC
m = 14.3 g/m
transparent, 1 pce., length 1400 mm 0.0.488.63
36
0.3

412
 Machine accessories

Light Fitting 55W

Bright working light that meets the highest safety standards
Extremely easy to position thanks to pivot function
Flexible connection concept for power supply


XXXJUFNDPN

Sturdy Light Fitting for illumination of workplaces and ma- To allow the Light Fitting
chines. The integrated swivel profile with Line 8 system groove to be adjusted to individual
supports 7 setting angles. applications, it can be locked
The Light Fitting can be powered from a 230 V ACor 120 V AC in various positions over a
source and is VDE-ENEC safety-approved. When fitted with the swivel range of 22.5 from
impact-resistant Polycarbonate Protective Panel and sealing 0.
cap, the Light Fitting complies with IP 40-EN 60529.
All electrical connecting elements are approved for a rated
voltage of 250 V AC with a rated current of 16 A.

Light distribution by the Light Fitting (side view) The Light Fitting can be sealed against dust The Connecting Cable is used to connect the
(IP 40) by means of the Protective Panel. This power supply to an earthed plug.
Distance [mm] Beam-width [mm] E [Lux] panel also protects the Light Fitting against The socket can be used to power the Light
soiling and damage. The open socket must be Fitting from any line network which is in place.
500 1000 3500 sealed with a cap. The wires are held securely in the socket by
means of a spring-force connection.
900 1800 1250
If several Light Fittings are connected end-to-
1300 2600 700 end, the power is fed from one Light Fitting to
another by means of the Adapter. The dowel
13
1700 3400 500
which is inserted into a mounting hole in the
cap provides a mechanical link between the
Light Fittings.
If several Light Fittings positioned separately
are connected in series and share a common
power supply, the Light Fittings are intercon-
nected using the Extension Cable which is
available prefitted with appropriate connectors
in a standard length of 2 m, or alternatively a
customised version may be made using a plug
and socket.

Light distribution by the Light Fitting (front view)

Distance [mm] Beam-width [mm] E [Lux]

500 750 3500

900 950 1250
1300 1150 700
1700 1350 500

413
 Machine accessories


Light Fitting 55W, 230V
On/off switch
55W compact fluorescent lamp
Electronic Lamp-Control Unit
60 parabolic reflector grid
Socket lock
Notes on Use and Installation
90

600
80

m = 3.7 kg
1 pce. 0.0.417.34
160

170 Light Fitting 55W, 120V
On/off switch
55W compact fluorescent lamp
Electronic Lamp-Control Unit
60 parabolic reflector grid
Socket lock
Notes on Use and Installation
m = 3.7 kg
1 pce. 0.0.417.58
44 
Compact Lamp 55W
Twin tube
Tube diameter: 17 mm
23

Power: 55 Watt
Light colour: natural white, 4800 lm
m = 150.0 g
530
1 pce. 0.0.417.57


Connecting Cable, Socket / Earthed Plug
Cable length 3 m (1.5 mm2)
m = 370.0 g
black, 1 pce. 0.0.417.42


Socket, Spring-Force Connected
PA
m = 25.0 g
black, 1 pce. 0.0.417.44

Adapter, Socket / Plug
13 PA
incl. dowel
m = 13.0 g
black, 1 set 0.0.417.45

Extension Cable, Socket / Plug
Cable length 2 m (1.5 mm2)
m = 234.0 g
black, 1 pce. 0.0.417.52


Plug, Spring-Force Connected
PA
m = 25.0 g
black, 1 pce. 0.0.417.59

Polycarbonate Protective Panel
PC, transparent
incl. socket sealing cap
m = 195.0 g
1 set 0.0.417.43
414
 Machine accessories

Lamp 35W
For targeted precision lighting
Water and dust-resistant housing (IP67)


XXXJUFNDPN

Dust-tight and water-tight industrial spotlight (IP 67) in a low-

voltage (12 V) design.
The aluminium housing for the Light Fitting is equipped for
fastening with Profile 8 grooves. A Hinge, heavy duty or other
fastening elements can be used to integrate the Lamp 35W
into machines, fixtures and equipment.
Lamp 35W comes with a 2 m connecting cable, which is linked
to the electronic transformer using a coded system plug.
Up to 3 Lamps can be attached to this power pack via the Fixed Lamp 35W, adjustable with Hinge 8
distributor block. 40x40, heavy-duty with Clamp Lever.
The voltage supply to the electronic transformer is provided via
the Connecting Cable, Socket / Earthed Plug (0.0.417.42) to a
230 V safety contact socket.
The housing of Lamp 35W can be fitted with Handle PA 80.


142 Lamp 35W
ON/OFF switch
Halogen reflector 35W
Protective panel of hardened glass
Protection: IP 67, EN 60529
Protection class III
80

2 m connecting cable
Notes on Use and Installation
m = 0.6 kg
2000 40 1 set 0.0.417.60
72
13


Lamp 35W with Flexible Tube
ON/OFF switch
Halogen reflector 35W
Protective panel of hardened glass
Protection: IP 67, EN 60529
Protection class III
m = 1.2 kg
1 set 0.0.417.71
DIN912
M8x25
400

40 40
24

80

160
0

415
 Machine accessories


Lamp 35W, Halogen Reflector
m = 25.0 g
50 1 pce. 0.0.417.77

Lamp 35W, 3-Way Distributor Block
m = 20.0 g
1 pce. 0.0.417.74

Electronic Transformer 105W
Primary voltage: 230/240 V AC
Secondary voltage: 12 V AC
m = 167.0 g
1 pce. 0.0.417.75

LED Machine Light Fitting

Compact working light for use anywhere
LED light fitting generates very little heat
Water and dust-resistant housing (IP67)

The item LED Machine Light Fitting putting your processes

in the right light. Practical, dust- and water-tight Machine Light
Fitting in aluminium housing with 5 W output for blanket il-
lumination of the workplace or direct lighting of a specific area.
Operating voltage is 24 V DC, protection IP67.
The LED Machine Light Fitting is switched on and off via
13 external switches on the power supply.

LED Machine Light Fitting

Aluminium housing IP67
2 fastening clamps with screws and T-Slot Nuts 8 St
Fastening elements
Rated voltage: 24 V DC
Protection class III
Output: 5 W
26.5

Power cable, black, L = 3 m

182 m = 0.4 kg
40 1 pce. 0.0.631.73

416
 Machine accessories
Compact Lamp

Light Fitting 11W

Energy-saving long-term lighting
Runs on safety low voltage
Flicker-free light thanks to Lamp-Control Unit

Compact industrial light for use with safety low voltage supply. Each segment
(360 mm long) of the Light Fitting is equipped with an electronic Lamp-Control
Unit for low voltage (24 V DC) and a Compact Lamp (power 11 W, corresponds
to a conventional 75 W filament lamp).

The rear of the housing is prepared for fasten- Fastening of Light Fitting 11W to any mounting surface or Length of transparent cover
ing with Button-Head Screws M5x14. Profile 8 grooves.
Fully compatible with Conduit Profiles.

Conduit Profiles E 432


Light Fitting 11W 80x40x360
Aluminium housing
Transparent cover, PMMA
Caps, PA-GF, black
Lamp-Control Unit, Compact Lamp, reflectors, installation material, fastening
screws M5x14
0 Rated voltage: 24 V DC
/72 Protection: IP 50, EN 60529
360
40

Power output: 11 W
m = 0.7 kg
13
80 1 pce. 0.0.417.06

Light Fitting 11W 80x40x720
Aluminium housing
Transparent cover, PMMA
Caps, PA-GF, black
Lamp-Control Unit, Compact Lamp, reflectors, installation material, fastening
screws M5x14
Rated voltage: 24 V DC
Protection: IP 50, EN 60529
Power output: 22 W
m = 1.4 kg
1 pce. 0.0.417.07
36.
5 Compact Lamp 11W
Twin tube
18

Tube diameter: 12 mm
Power output: 11 W
m = 70.0 g
210 1 pce. 0.0.417.17

417
 Machine accessories

Multi-Socket Power Strips, 5 outlet

Securely fixed to a profile groove
Angled installation ensures easy access
With practical central ON/OFF switch

Robust Multi-Socket Power Strip in industrial quality. Can be fastened to profile grooves and all panels: fits
An impact-proof aluminium housing accommodates 5 flush with the fastening elements included. The Fas-
0.0.417.42
sockets (German domestic standard) and a 2-pole ON/ tening Sets also enable you to fit the units at an angle 0.0.417.44
OFF switch with indicator light. of 90 or 70 (particularly ergonomic). These sets are
Mains connection via a fixed conventional power cord then used instead of the fastening elements supplied
or a system plug can also be connected directly to with the Multi-Socket Power Strips.
the mains using Adapter, Socket/Plug (0.0.417.45,
max. 16 A). 0.0.417.45

51.4
Multi-Socket Power Strip, 5 outlet, with conventional power cord
Housing, Al, anodized, natural
5 power sockets (German domestic standard)
358 ON/OFF switch, illuminated, 2-pole
Feed cable 1.5 mm2, l = 2 m
2 fastening brackets
2 T-Slot Nuts V 8 St M5, bright zinc-plated
Fastening elements
m = 670.0 g
1 set 0.0.627.43
43.7

51.4
Multi-Socket Power Strip, 5 outlet, with system plug
Housing, Al, anodized, natural
5 power sockets (German domestic standard)
358 ON/OFF switch, illuminated, 2-pole
System plug
System socket
13 2 fastening brackets
2 T-Slot Nuts V 8 St M5, bright zinc-plated
Fastening elements
m = 450.0 g
1 set 0.0.627.44
43.7

Multi-Socket Power Strip Angle Fastening Set

70
10

2 angle brackets 90, St, bright zinc-plated

m = 84.0 g
1 set 0.0.627.40
15
44

52

5.2 Multi-Socket Power Strip Angle Fastening Set 70

70 2 angle brackets 70, St, bright zinc-plated
8 m = 65.0 g
20 1 set 0.0.627.42
8
40
18

418
 Machine accessories

Multi-Socket Power Strip, 8 outlet, 19,

with conventional power cord
Robust and powerful
Secure screw attachment to Rebate Profile 19

The item Multi-Socket Power Strip, 8 outlet is the ideal exten- The Multi-Socket Power Strip, 8-outlet, can also be placed in
sion for your power supply. Eight power sockets (German Cable Duct E of a work bench.
domestic standard) and a two-pole ON/OFF switch with indica-
tor light all in a plastic housing with fittings to accommodate
Rebate Profile 19.

Rebate Profile 8 Al 186

19
11

451 - 464

Because this robust, industrial quality Multi- Multi-Socket Power Strip 19

Socket Power Strip can be fitted to the profile is fitted to a Profile 8 groove
grooves of a machine frame or structure, posi- using Rebate Profile 19.
tioning your power supply precisely where it is
needed couldnt be simpler. Mains connection
via a fixed conventional power cord that is
included in the scope of supply.

70
Multi-Socket Power Strip, 8 outlet, 19, with conventional power cord
13
8 power sockets (German domestic standard)
Feed cable 1.5 mm2, max. 16 A, l = 3 m
46

478 ON/OFF switch, illuminated

m = 870.0 g
1 pce. 0.0.631.79

6.7 .5
421

419
 Machine accessories

Pneumatic Universal-Fastening Sets

Cavities in Profiles 8 can be used as compressed-air conduits
Connect profiles at right angles or via their end faces
Large profile cavities are not adversely affected by bore holes

Appropriate fastening elements such as Pneumatic Universal

Fasteners are needed in order to use the profile cavities as
pneumatic lines.
The Automatic-Fastening Set is also suitable for connecting
profiles used as pneumatic lines.

Automatic-Fastening 85
Set 8 N

Depending on the profile size and load, several pairs of Fasten- Pneumatic Universal-Butt-
ing Sets may be required. Fastening Sets 8 are used
When using the Pneumatic Universal-Fastening Sets ensure to connect the end faces
that the pilot drill does not penetrate the main chamber. of two profiles, e.g. where
profile segments need to be
extended.
Alternatively, Automatic Butt-
13 Fastening Sets 8 can also
be used.

5 
Pneumatic Universal-Fastening Set 8
6
.8 Pneumatic Universal Fastener 8, die-cast zinc
20
33.5

Hexagon Socket Head Cap Screw DIN 912-M6x30, St

12 T-Slot Nut 8 St M6
Mbright zinc-plated = 14 Nm m = 34.0 g
bright zinc-plated, 1 set 0.0.364.45
8

5 
Pneumatic Universal-Butt-Fastening Set 8
2 Pneumatic Universal Fasteners 8, die-cast zinc
20

Hexagon Socket Head Cap Screw DIN 912-M6x50, St

12
60

Hexagon Nut DIN 934-M6, St

6 Mbright zinc-plated = 14 Nm m = 45.0 g
.8
bright zinc-plated, 1 set 0.0.364.46

420
 Machine accessories

Seals PE
Enables use of Profiles 8 as compressed-air conduits
Sealing for profile connections
Compensate for unevenness at the end face
Self-adhesive for ease of installation

Seals PE must be located at every connection point between

components functioning as pneumatic lines.
The settlement of the Seal PE material can result in an initial
reduction in the screw pretension. The screws must therefore
be tightened after 24 hours.
Self-adhesive versions facilitate assembly and eliminate
pronounced unevenness (saw cuts, butt joints etc.).

Seals PE must be used between all joints.

22 Seal 8 80x40 PE


8.5
PE-LD
self-adhesive on one side
0.6 m = 1.0 g
39.5

40 natural, 1 pce. 0.0.420.80

55


50 Seal 8 80x80 PE
8.5
PE-LD
self-adhesive on one side
17

m = 2.0 g
natural, 1 pce. 0.0.420.79

0.6 0 13
4
9
7

421
 Machine accessories

Pneumatic Connecting Plates

For connecting supply lines and consumers
Fitted to the end face of the profile

Pneumatic Connecting Plates are employed for connecting

compressed-air supply systems or compressed-air consum-
ers to Profiles 8 80x40 and 80x80. The Connecting Plate is
attached by means of Button-Head Screws ISO 7380-M8x20
(M = 25 Nm) fitted into the core bores in the end faces of the
profile.
Pneumatic Universal-Fastening Sets are employed for connect-
ing profiles used as compressed-air conduits.

40

Pneumatic Connecting Plate 8 80x40 R
R
Die-cast zinc
15/8.5
16

m = 230.0 g
black, 1 pce. 0.0.406.34
80
40

0 Pneumatic Connecting Plate 8 80x80 R1


4
R1"
Die-cast zinc
15/8.5 m = 390.0 g
black, 1 pce. 0.0.406.25
16

80 80

13

422
 Machine accessories

Pneumatic Connections
For connecting compressed-air conduits to profile bores
Can be fitted to the desired point on the profile
For pneumatic connections G1/8 and G1/4.

Supply of compressed air to Supply of compressed air to Depending on the type of

the profile cavity by means of a central bore by means of a application, the profile may Pneumatic-
a b c
a central bore in the T-slot in Pneumatic Connecting Plate need to be machined. When Connector
conjunction with a Pneumatic with Pneumatic Connection using a Pneumatic Connec- 8 G 1/ 8 4.9 mm M8x16 6 mm
Connecting Set. The seal is fitted to the end face. tor outside the core bores,
provided at the taper seat of a standard O-ring seal must 8 G /4
1 4.9 mm M8x16 8 mm
the Pneumatic Connector. be used.
When using the Pneumatic Connector (with inner thread c)
in conjunction with the core bore, an appropriate thread of
length (b) or, in the case of connections made at 90, bores
of diameter (a) must be provided, and a T-Slot Nut St to retain
the fitting.

G Pneumatic Connector 8 G1/8


14
12

St
34

M = 12 Nm m = 15.0 g
4.5 black, 1 pce. 0.0.411.69
M8
G Pneumatic Connector 8 G1/4


17 13
St
15

M = 12 Nm m = 18.0 g
37

black, 1 pce. 0.0.411.68

4.5
M8

Pneumatic Connecting Set 8 G1/8
St
Pneumatic Connector, St
40 40 Cap, PA-GF
Seal, NBR
m = 19.0 g
black, 1 set 0.0.411.73

Pneumatic Connecting Set 8 G1/4
St
Pneumatic Connector, St
Cap, PA-GF
Seal, NBR
m = 24.0 g
black, 1 set 0.0.411.72

423
 Machine accessories

Compressed Air Manifold

Easy to fasten to a profile groove
With three quick-release couplings

Compressed air connections precisely where you need

them with the Compressed Air Manifold from item. Fit the
Compressed Air Manifold to work bench profiles and use the
three quick-release couplings for your compressed air devices
(operating pressure Pperm. = 8 bar). Nominal diameter of cou-
plings: 7.2 mm, thread G 3/8. Connection for the compressed
air feed line: G .

80 Compressed Air Manifold

60 Compressed Air Manifold, Al, natural
200 G 3 quick-release couplings G 3/8, St - ND 7.2 mm
60
Male connector G 1/2, St - ND 7.2 mm
2 Flat Brackets 8 40, St, black
4 Fastening Sets, St, bright zinc-plated
m = 1.8 kg
1 set 0.0.635.98
40

27
-1
40

G Compressed Air Manifold Without Quick-Action Couplings

13 Compressed Air Manifold, Al, natural
3 seals G 3/8, Al
Male connector G 1/2, St - ND 7.2 mm
2 Flat Brackets 8 40, St, black
4 Fastening Sets, St, bright zinc-plated
m = 1.6 kg
1 pce. 0.0.645.40

424
 Machine accessories

Protective Profiles
Prevent damage and injuries
Safe impact protection thanks to hollow-chambered profiles
Protects edges and hidden struts

The elastic hollow-chambered plastic profiles are pushed into

the grooves of Line 8 profile. Protective Profiles provide impact
protection for the sides of profiles and cover profile edges.
Elastic Caps cover the end faces of the Protective Profiles.

The Protective Profiles have a modular dimension of 40 mm.

Large cross-sections of Line 8 Profiles can be protected ef-
fectively by combining several Protective Profiles.

40 Protective Profile 8 40x16



TPE
16
28.6

m = 334 g/m
black, 1 pce., length 2000 mm 0.0.474.72
8
12.5
40 Protective Profile 8 40x16 R16

R16
TPE
16
28.6

m = 435 g/m
black, 1 pce., length 2000 mm 0.0.474.71
8
12.5

Cap for Protective Profile 8 40x16 13
16

m = 6.0 g
black, 1 pce. 0.0.474.74
8 40

R16

Cap for Protective Profile 8 R16-90
m = 2.0 g
8
black, 1 pce. 0.0.474.73

425
 Machine accessories

Buffer Strip
For gentle closing of doors
Also suitable as a door seal

Flexible plastic strip with fastening geometry for Profiles 8 and

Clamp Profile 8 32x18.
The strip can be used as a stop for swing, sliding and lifting
doors, as a sealing profile or for similar applications.

In enclosure and guard applications using

Hanger 8/Door Rabbet 8 (gap width 25/28
mm), Buffer Strip 8 20x18 can be used to
reduce the gap width.


Buffer Strip 8 20x18
20
30.8

TPE
8 Hardness 73 Sh A
Oil, UV and water resisting
12.5
m = 240 g/m
18
black, 1 pce., length 2000 mm 0.0.458.01

13

426
 Machine accessories

Impact Buffers
Parabolic Buffers
Rubber/metal elements deaden impacts effectively
Resistant to oil, grease, salt water and soap suds
Also suitable for use as damping feet

max. F s
Impact Buffer M4 90 N 1.4 mm
Impact Buffer M6 150 N 2.7 mm
Impact Buffer M8 350 N 3.0 mm

max. F s
Parabolic Buffer M8 370 N 20.0 mm
Parabolic Buffer M10 1057 N 35.0 mm
Parabolic Buffer M12 2360 N 50.0 mm

Parabolic Buffer with approximately exponential force profile.

Materials used in all the following products:

NBR
Hardness 55 Sh A
Steel insert, St
b Impact Buffer M4 D15x15
a
a = M4 b = 15 mm c = 15 mm m = 5.0 g
black, 1 pce. 0.0.416.33
c

0.9xa

Impact Buffer M6 D20x15

a = M6 b = 20 mm c = 15 mm m = 12.0 g 13
black, 1 pce. 0.0.416.35

Impact Buffer M8 D30x30

a = M8 b = 30 mm c = 30 mm m = 38.0 g
black, 1 pce. 0.0.416.37
b Parabolic Buffer M8 D30x36
a
a = M8 b = 30 mm c = 36 mm m = 26.0 g
black, 1 pce. 0.0.416.39

Parabolic Buffer M10 D50x58

0.9xa
c

a = M10 b = 50 mm c = 58 mm m = 103.0 g
black, 1 pce. 0.0.416.41

Parabolic Buffer M12 D75x89

a = M12 b = 75 mm c = 89 mm m = 319.0 g
black, 1 pce. 0.0.416.43

427
 Machine accessories

13

428
I n sta l l at i o n e l e m e n ts 14
Conduit Systems 14
Profiles with an Integrated Conduit
Fasteners for Cables, Hoses and Switches
Electronic Boxes
Electrical Discharge
 I n s t alla t i o n eleme n t s

Installation elements
Products in this section

Conduit Profiles E Lid Profiles Support Profiles Wall Profiles Conduit Inside Corners
U-shaped conduit for simple Compatible with conduits Lids and bases of the Side panels of the Modular Kink prevention for cables
cable conduit installations E and the Modular Conduit Modular Conduit System Conduit System Covering for cut edges
Available in six heights and System Available with or without Available in four heights
five widths Flat lid for covering cable Line 8 groove
conduits

432 436 437 439 441

Cable Entry Protectors, Conduit Caps Flush-Mounted Sockets Stand Profiles Column D110
Lid and Wall Side covering for cable For installation in the Wall Wide profile with integrated Central table leg with cable
Covering for cut edges in conduits and profiles and Support Profiles of cable conduit routing
Lid and Wall Profiles Models to suit all sizes and cable conduits Easy-to-use system for Elegant support for all
For straightforward variants Also suitable for installation building frames that incor- types of constructions
cable routing in and out of Also available with through- in any panel elements porate cabling
conduits hole for cables

443 444 447 448 450

14

Universal Holder 8 Limit-Switch Holders Electronic-Box Profiles Earthing Terminals Contact Pins ESD
Simple cable fastening for For fastening limit switches For electronic boxes and For connecting protec- For creating an electrostati-
constructions made with to profiles other sealed containers tive conductors to profile cally dissipative connection
Line 8 profiles Rigid anti-torsion feature With integrated cooling ribs constructions between profiles
Anchor point for cable ties Permanent screw at- Integrated into the profile
tachment ensures sound connection
contact

451 453 454 457 459

430
 I n s t alla t i o n eleme n t s

Overview finding the right cable conduit fast

item offers two conduit systems for safely routing cables and supply lines.

Conduit system E branched systems, cables and hoses can be installed or replaced at a later
Conduit system E comprises U-shaped profiles with solid side panels. The stage without the need for drilling, etc.
dimensions are based on the modular dimensions of Lines 6 and 8 profiles. The modular conduit system is built on the modular dimensions of Line 8.
The conduits are available in a range of sizes, including one that is particularly Support Profiles with grooves make it easier to connect together profiles and
flat (30x15 mm). Conduit system E is a simple solution that can be quickly conduits. The Modular Conduit System comprises profiles in a modular dimen-
combined with Lid Profiles to form a conduit that can be screwed to profiles and sion of 40 mm that can be combined up to a size of 160x160.
panels. Caps can also be fitted as necessary.
Modular Conduit System
The Modular Conduit System from item offers maximum flexibility. The conduit
elements are interconnected simply by locking them together. As a result,
conduit structures can be modified and reconfigured at any time. Even with

Conduits E comprise simple aluminium con- The universal Lid Profiles The Modular Conduit System comprises Wall, Support and
duits used to route cables and hoses. from item can be used as Lid Profiles that can be used to build conduit structures with
Conduits SE are fitted with continuous screw covers for Conduits E and the corners and branches without the need for complex machining
channels for securing the Conduit Caps. Modular Conduit System. work.
These flat profiles do not incorporate profile
grooves and are therefore screwed to existing
constructions.

Conduit system E 432 Modular Conduit System 437

Line 8 groove in Support Profile - +
Solid side panel + -
Width (mm) 30 - 160 40 - 160
Height (mm) 15 - 80 40 - 160
Easily segmentable - +
Cable through hole without drilling - +
Attachment of plug sockets, switches, etc. - + 14
Angled side panels possible - +
Incorporation of conduit inside corners + (lid only) +

431
 I n s t alla t i o n eleme n t s

Conduit Profiles E
The aluminium cable conduit that is simply great
Available in six heights and five widths
For safely routing cables and hoses
Matching Lid Profiles protect against dust and dirt

The SE versions of the installation conduits feature screw

channels for fastening End Caps. This stops the lid being
inadvertently opened. item offers matching Conduit Caps for
the various profile variants and sizes.

Conduit Profile U x

30x30 SE; 60x30 D30 SE;

6.8
60x30 D60 SE; 60x60 SE

40x40 SE; 80x40 D40 SE;

7.2
80x40 D80 SE; 80x80 SE

1 Conduit Profile U 30x15 E

Al, anodized
12.5

A [cm2] m [kg/m]
19
30 0.72 0.19
natural, cut-off max. 3000 mm 7.0.002.97
natural, 1 pce., length 3000 mm 0.0.451.21
1.3 Conduit Profile U 30x30 E
Al, anodized
27.5

A [cm2] m [kg/m]
1.12 0.30
19
natural, cut-off max. 3000 mm 7.0.002.89
30
natural, 1 pce., length 3000 mm 0.0.451.44
14
1.3 Conduit Profile U 30x30 SE
Al, anodized
27.5

A [cm2] m [kg/m]
1.67 0.44
20
natural, cut-off max. 3000 mm 0.0.487.24
30
natural, 1 pce., length 3000 mm 0.0.487.25
1.5 Conduit Profile U 40x20 E
Al, anodized
17

A [cm2] m [kg/m]
28 1.01 0.27
40 natural, cut-off max. 3000 mm 7.0.001.42
natural, 1 pce., length 3000 mm 0.0.452.19

432
 I n s t alla t i o n eleme n t s

1.5 Conduit Profile U 40x40 E

Al, anodized
A [cm2] m [kg/m]

37
1.70 0.45
28 natural, cut-off max. 3000 mm 7.0.001.44
40 natural, 1 pce., length 3000 mm 0.0.452.20
1.5 Conduit Profile U 40x40 SE
Al, anodized
A [cm2] m [kg/m]

37
2.23 0.61
28 natural, cut-off max. 3000 mm 0.0.487.27
40 natural, 1 pce., length 3000 mm 0.0.487.28
2 Conduit Profile U 60x30 D30 E
Al, anodized
A [cm2] m [kg/m]
57.5

2.78 0.75
natural, cut-off max. 3000 mm 7.0.002.93
natural, 1 pce., length 3000 mm 0.0.451.46
19
30
2 Conduit Profile U 60x30 D30 SE
Al, anodized
A [cm2] m [kg/m]
57.5

3.22 0.86
natural, cut-off max. 3000 mm 0.0.487.30
natural, 1 pce., length 3000 mm 0.0.487.31
20
30
1.3 Conduit Profile U 60x30 D60 E
Al, anodized
27.5

A [cm2] m [kg/m]
1.51 0.41
49
natural, cut-off max. 3000 mm 7.0.002.95
60
natural, 1 pce., length 3000 mm 0.0.451.47
1.3 Conduit Profile U 60x30 D60 SE
Al, anodized
27.5

A [cm2] m [kg/m]
2.09 0.55
50
natural, cut-off max. 3000 mm 0.0.487.33 14
60
natural, 1 pce., length 3000 mm 0.0.487.34
2 Conduit Profile U 60x60 E
Al, anodized
A [cm2] m [kg/m]
57.5

3.38 0.91
natural, cut-off max. 3000 mm 7.0.002.91
natural, 1 pce., length 3000 mm 0.0.451.45
49
60

433
 I n s t alla t i o n eleme n t s

2 Conduit Profile U 60x60 SE

Al, anodized
A [cm2] m [kg/m]

57.5
3.82 1.02
natural, cut-off max. 3000 mm 0.0.487.36
natural, 1 pce., length 3000 mm 0.0.487.37
50
60
2.5 Conduit Profile U 80x40 D40 E
Al, anodized
A [cm2] m [kg/m]
4.62 1.25
77

natural, cut-off max. 3000 mm 7.0.002.75

natural, 1 pce., length 3000 mm 7.0.002.79

28
40
2.5 Conduit Profile U 80x40 D40 SE
Al, anodized
A [cm2] m [kg/m]
5.11 1.37
77

natural, cut-off max. 3000 mm 0.0.487.39

natural, 1 pce., length 3000 mm 0.0.487.40

28
40
1.5 Conduit Profile U 80x40 D80 E
Al, anodized
A [cm2] m [kg/m]
37

3.06 0.82
68 natural, cut-off max. 3000 mm 7.0.002.76
80 natural, 1 pce., length 3000 mm 7.0.002.80
1.5 Conduit Profile U 80x40 D80 SE
Al, anodized
A [cm2] m [kg/m]
37

3.60 0.96
68 natural, cut-off max. 3000 mm 0.0.487.42
80 natural, 1 pce., length 3000 mm 0.0.487.43
14 2.5 Conduit Profile U 80x80 E
Al, anodized
A [cm2] m [kg/m]
5.61 1.52
77

natural, cut-off max. 3000 mm 7.0.002.74

natural, 1 pce., length 3000 mm 7.0.002.78

68
80

434
 I n s t alla t i o n eleme n t s

2.5 Conduit Profile U 80x80 SE

Al, anodized
A [cm2] m [kg/m]
6.10 1.64

77
natural, cut-off max. 3000 mm 0.0.487.45
natural, 1 pce., length 3000 mm 0.0.487.46

68
80
2 Conduit Profile U 160x80 SE
Al, anodized
A [cm2] m [kg/m]
5.98 1.95
77

natural, 1 pce., length 3000 mm 0.0.630.72

natural, cut-off max. 3000 mm 0.0.630.71

148
160

14

435
 I n s t alla t i o n eleme n t s

Lid Profiles (for Installation Conduits)

Lid Profiles
Flat lid for covering cable conduits
Compatible with conduits E and the Modular Conduit System

Lid Profile Self-Tapping Bore Self-Tapping Screws can also be used in the marking guideline
Screw DIN 7981 to secure the Lid Profile. An electrically conductive connection
is established at the same time.
D30 and D60 3.5x6.5 3.0 mm
D40 and D80 4.2x9.5 3.5 mm Self-Tapping Screws 445
1.5

Lid Profile D30 E

8.4

Al, anodized
30 A [cm2] m [kg/m]
0.85 0.23
natural, cut-off max. 3000 mm 7.0.002.85
natural, 1 pce., length 3000 mm 0.0.451.42
1.5

Lid Profile D40 E

Al, anodized
9.5

40 A [cm2] m [kg/m]
1.13 0.30
natural, cut-off max. 3000 mm 7.0.001.46
natural, 1 pce., length 3000 mm 0.0.452.09
1.5

Lid Profile D60 E

8.4

Al, anodized
60 A [cm2] m [kg/m]
1.50 0.41
natural, cut-off max. 3000 mm 7.0.002.87
natural, 1 pce., length 3000 mm 0.0.451.43
1.5

Lid Profile D80 E

9.5

Al, anodized
14 80 A [cm2] m [kg/m]
2.12 0.57
natural, cut-off max. 3000 mm 7.0.002.73
natural, 1 pce., length 3000 mm 7.0.002.77

436
 I n s t alla t i o n eleme n t s

Support Profiles
The versatile conduit

Suitable as lids and bases in the Modular Conduit System

Available with or without Line 8 groove
For versatile conduits that route cables and hoses
For conduit sizes from 40x40 mm to 160x160 mm


Straightforward construction The fact that the Support Profiles and Wall Profiles have identi-
of the modular conduits by cal external dimensions means that different conduits can be
moving the Wall Profiles into constructed by choosing the position of the profiles according-
the Support Profiles. ly. The conduit can be opened and closed from different sides.
The Support Profiles can
also be used as a lid. Before
installation, it is advisable to
wipe the locking areas of the
conduit elements with a cloth
soaked in oil.

The cable conduit can be Wall Profiles and Lid Profiles can be secured in position by By subdividing Wall Profiles and Support Profiles into seg-
opened with a screwdriver. means of Self-Tapping Screw St 4.2x9.5. ments and machining accordingly (for e.g. cable glands, plug
The Support Profiles must be provided with a bore 3.5 mm sockets, pushbuttons etc.) it is possible to reduce the work
in the marking groove for this purpose. involved in assembling, dismantling and repairing installations.
The screw connection creates a conductive bond between the
conduit elements.
14


2.5
16.5

Support Profile 40
11 Al, anodized
40 A [cm2] m [kg/m]
1.74 0.47
natural, cut-off max. 3000 mm 0.0.196.38
natural, 1 pce., length 3000 mm 0.0.453.50
2.4 Support Profile 40 with groove 8


Al, anodized
16.5

A [cm2] m [kg/m]
40 2.06 0.55

natural, cut-off max. 3000 mm 0.0.196.37
natural, 1 pce., length 3000 mm 0.0.453.51
437
 I n s t alla t i o n eleme n t s

2.5
Support Profile 80

16.5
51 Al, anodized
80 A [cm2] m [kg/m]
2.73 0.74
natural, cut-off max. 3000 mm 0.0.196.41
natural, 1 pce., length 3000 mm 0.0.453.52
2.4 Support Profile 80 with grooves 8


Al, anodized
16.5

A [cm2] m [kg/m]
40 4.17 1.13
 80
natural, cut-off max. 3000 mm 0.0.196.40
natural, 1 pce., length 3000 mm 0.0.453.53

2.5

Support Profile 120

16.5

91 Al, anodized
120 A [cm2] m [kg/m]
3.73 1.01
natural, cut-off max. 3000 mm 0.0.418.47
natural, 1 pce., length 3000 mm 0.0.453.55
2.4 Support Profile 120 with grooves 8


Al, anodized
16.5

A [cm2] m [kg/m]
40 40 6.21 1.68
 120
natural, cut-off max. 3000 mm 0.0.418.48
natural, 1 pce., length 3000 mm 0.0.453.56

2.5

Support Profile 160

16.5

131 Al, anodized

160 A [cm2] m [kg/m]
4.73 1.27
natural, cut-off max. 3000 mm 0.0.265.84
natural, 1 pce., length 3000 mm 0.0.453.57
2.4 Support Profile 160 with grooves 8


Al, anodized
16.5

A [cm2] m [kg/m]
40 40 40 8.27 2.23

160 natural, cut-off max. 3000 mm 0.0.265.85
natural, 1 pce., length 3000 mm 0.0.453.59

14

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Wall Profiles
Suitable as side panels in the Modular Conduit System
Available in four heights
Also suitable as partitions in Support Profiles with grooves

160x160 mm conduit using

Support Profile 160 with
grooves as a base.


Wall Profile 40
34

Al, anodized
A [cm2] m [kg/m]
1.3
0.76 0.20
natural, cut-off max. 3000 mm 0.0.196.39
natural, 1 pce., length 3000 mm 0.0.453.64

Wall Profile 80
Al, anodized
A [cm2] m [kg/m]
74

2.03 0.55
natural, cut-off max. 3000 mm 0.0.196.42

2.5 natural, 1 pce., length 3000 mm 0.0.453.65


Wall Profile 120
Al, anodized
A [cm2] m [kg/m]
3.04 0.82
114

natural, cut-off max. 3000 mm 0.0.411.19

natural, 1 pce., length 3000 mm 0.0.453.66

14
2.5

Wall Profile 160
Al, anodized
A [cm2] m [kg/m]
4.04 1.09
natural, cut-off max. 3000 mm 0.0.411.21
natural, 1 pce., length 3000 mm 0.0.453.74
154

2.5

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Support Profiles with Angled Geometry

Attractive cover
Suitable for incorporating operating elements
Conduit can be used as a mounting for printed circuit boards
Two different angles available

Support Profile 80-45 can be used as floor or lid element,

while Support Profile 160-20 can only be used as a lid profile.
The Wall Profiles must exhibit a height difference of 40 mm.

Support Profiles 80-45 and 160-20 are particularly suitable,

as the lids of a modular conduit, for constructing operating
consoles of any length, manual control boxes or similar ap-
plications.
The housings can be used to hold and secure printed circuit
boards of various sizes up to width 100 mm.
14
80 Support Profile 80-45
40
Al, anodized
45 A [cm2] m [kg/m]
2

3.53 0.90
49.5

natural, cut-off max. 3000 mm 0.0.411.54

54

natural, 1 pce., length 3000 mm 0.0.453.54

M3x4
160 Support Profile 160-20
40
Al, anodized
A [cm2] m [kg/m]
70 4.29 1.16
2

M3x3.5
49.5

88.9 natural, cut-off max. 3000 mm 0.0.404.81

natural, 1 pce., length 3000 mm 0.0.453.60

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Conduit Inside Corners

Kink prevention for corners in cable conduits
Covering for sharp cut edges

Safe cornering! Its just as important to cable conduits as it is The Conduit Inside Corner sets for lids and walls include all the
on the roads. components needed to create a corner in a conduit with a wall
The Conduit Inside Corners for modular cable conduits or lid measuring 40 mm.
improve the reliability of cable laying in three ways: Filler Pieces measuring 40 mm wide are used to extend the
- By preventing kinks in cables and hoses height or width of inside corners. As a result, modular conduits
- By covering cut edges inside the conduit to protect cables up to 160 mm can be fitted with Conduit Inside Corners.
- By creating a smooth transition between Wall Profiles and
Support Profiles to protect hands

0.0.632.93
0.0.639.52

80
80

80

0.0.639.52 80
0.0.632.94

Conduit Inside Corner, Wall on modular conduits, wall height Using the Conduit Inside Corner, Lid:
80 mm: The width of 80 mm is achieved using a Filler Piece.
The wall profiles are each shortened by 80 mm. The cut edge coverings need to be shortened accordingly at
one end.

Conduit Inside Corner, Wall

2 inside corners, wall, PA-GF
14
R80 m = 66.0 g
black, 1 set 0.0.632.94

2.4
9
10.5

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Conduit Inside Corner, Lid

2 inside corners, lid, PA-GF
R80 2 cut edge coverings, PA-GF
m = 105.0 g
black, 1 set 0.0.632.93

0
20 10

Conduit Inside Corner Filler Piece

PA-GF
m = 50.0 g
R80
black, 1 pce. 0.0.639.52

7
40 9

14

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Cable Entry Protectors, Lid and Wall

Safe covering for cut edges
For straightforward cable routing in and out of conduits
Suitable as an opening in Lid Profiles and Wall Profiles

Cable Entry Protectors, Lid

and Cable Entry Protectors
Wall 120-80 and 160-80 are
divided into two parts, which
greatly facilitates installation
for cables, without having to
remove plugs or terminals.

20 Cable Entry Protector Lid 40

20
PA-GF
2 halves
m = 7.0 g
40
black, 1 set 0.0.479.76
R10 64 Cable Entry Protector Lid 80
20
PA-GF
2 halves
m = 9.0 g
80 black, 1 set 0.0.479.77

20
Cable Entry Protector Wall 40
PA-GF
33.5

m = 5.0 g
40 black, 1 pce. 0.0.479.74

20
Cable Entry Protector Wall 80
PA-GF
m = 9.0 g
14
73.5

black, 1 pce. 0.0.479.75

40

Cable Entry Protector Wall 120-80

PA-GF
a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
a

116 80 7.6 80 60 32.0

d

black, 1 set 0.0.642.93

Cable Entry Protector Wall 160-80

PA-GF
e a [mm] b [mm] c [mm] d [mm] e [mm] m [g]
c
b 156 80 7.6 120 60 38.0
black, 1 set 0.0.642.94

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Conduit Caps
Side covering for cable conduits
Models to suit all sizes and variants

Recommended screws for fastening the Conduit Caps:

Modular 30 mm dimension: Self-Tapping Screw DIN 7981 3.5x6.5 (Order No. 8.0.000.54)
Modular 40 mm dimension: Self-Tapping Screw DIN 7981 4.2x9.5 (Order No. 8.0.000.13)

Materials used in all the following products:

PA-GF

Conduit Cap 30x15

c

a = 30 mm b = 15 mm c = 3 mm m = 1.0 g
a b
black, 1 pce. 0.0.486.81

Conduit Cap 30x30

a = 30 mm b = 30 mm c = 3 mm m = 2.0 g
black, 1 pce. 0.0.486.82

Conduit Cap 40x20

a = 40 mm b = 20 mm c = 4 mm m = 3.0 g
black, 1 pce. 0.0.486.85

Conduit Cap 40x40

a = 40 mm b = 40 mm c = 4 mm m = 8.0 g
black, 1 pce. 0.0.196.88

Conduit Cap 60x30

a = 60 mm b = 30 mm c = 3 mm m = 4.0 g
black, 1 pce. 0.0.486.83
14
Conduit Cap 60x60
a = 60 mm b = 60 mm c = 3 mm m = 8.0 g
black, 1 pce. 0.0.486.84

Conduit Cap 80x40

a = 80 mm b = 40 mm c = 4 mm m = 14.0 g
black, 1 pce. 0.0.196.89

Conduit Cap 80x80

a = 80 mm b = 80 mm c = 4 mm m = 30.0 g
black, 1 pce. 0.0.196.90

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Conduit Cap 120x40

a = 120 mm b = 40 mm c = 4 mm m = 24.0 g
black, 1 pce. 0.0.411.33

Conduit Cap 120x80

a = 120 mm b = 80 mm c = 4 mm m = 45.0 g
black, 1 pce. 0.0.411.34

Conduit Cap 120x120

a = 120 mm b = 120 mm c = 4 mm m = 68.0 g
black, 1 pce. 0.0.418.33

Conduit Cap 160x40

a = 160 mm b = 40 mm c = 4 mm m = 30.0 g
black, 1 pce. 0.0.364.81

Conduit Cap 160x80

a = 160 mm b = 80 mm c = 4 mm m = 58.0 g
black, 1 pce. 0.0.265.97

Conduit Cap 160x120

a = 160 mm b = 120 mm c = 4 mm m = 89.0 g
black, 1 pce. 0.0.411.35

Conduit Cap 160x160

a = 160 mm b = 160 mm c = 4 mm m = 115.0 g
black, 1 pce. 0.0.411.36

Conduit Cap Set 80x80-45

4

PA-GF
Conduit Cap 80x80-45 left
Conduit Cap 80x80-45 right
80
80 m = 50.0 g
black, 1 set 0.0.406.68

Conduit Cap Set 160x80-20

PA-GF
4

Conduit Cap 160x80-20 left

Conduit Cap 160x80-20 right
m = 96.0 g
160
black, 1 set 0.0.406.67
80
14
6.9 Self-Tapping Screw DIN 7981 St 3.5x6.5
2.6

St
6.5

3.5 m = 0.7 g
bright zinc-plated, 1 pce. 8.0.000.54
8 Self-Tapping Screw DIN 7981 St 4.2x9.5
St
3

9.5

m = 1.3 g
4.2
bright zinc-plated, 1 pce. 8.0.000.13

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Conduit Caps with Cable Entry Protector

Edge protection that is screwed into place
Caps stay in place even when cables are being pulled through

No more fiddly edge protection that flies off every time cabling hoses to be added or removed. Once the Lid Profile has been
is changed. replaced, the removable part of the cap safely covers the edge
The systematic closure for all cable conduits with a screw of the lid and protects the cables within the conduit.
channel for fastening Caps (Conduits SE 40x40 and SE Recommended screws: Self-Tapping Screw DIN 7981 St
80x80 and the Modular Conduit System). 4.2x9.5 (8.0.000.13).
Two-part Conduit Caps with Cable Entry Protector remain
attached to the conduit, but still allow additional cables or

18 Conduit Cap 40x40 with Cable Entry Protector

4

PA-GF
m = 8.0 g
40 black, 1 set 0.0.638.31
40

50 Conduit Cap 80x80 with Cable Entry Protector

4

PA-GF
m = 23.0 g
black, 1 set 0.0.638.39
80
80

Conduit Edge Profile

Flexible protective strips for cable conduits
Prevent damage to cables caused by the conduit wall
Suitable for use on Wall Profiles and Edge Profiles E

14

Conduit Edge Profile

9.8

8 TPE
m = 60 g/m
black, 1 roll length 20 m 0.0.411.58

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Flush-Mounted Sockets
For installation in the Wall and Support Profiles of cable conduits
Suitable for use in any panel elements
Available with or without swing lid

The Flush-Mounted Socket Mounting operations The housing of the Flush- Sequence for installing Flush-Mounted Socket with lid:
with Lid is dust-tight and Mounted Socket is secured in 1. Seal
protected against splashes place using four Self-Tapping 2. Insulation box
(IP44) Screws DIN 7981 St-4.2x9.5 3. Socket
(0.0.196.13). 4. Cover frame with swing lid

4
5 Flush-Mounted Socket
Socket, PA, black
Cover frame, PA, black
Insulation box, PA, grey
2-pin + earth, 16 A, 250 V
m = 50.0 g
1 pce. 0.0.465.82

5 9
9.5
44

4
5 Flush-Mounted Socket with Lid
Socket, PA, black
Cover frame with swing lid and seal, PA, black
Protection: IP 44
4

Insulation box, PA, grey

m = 57.0 g
1 pce. 0.0.465.84 14
5 9
9.5
44

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Stand Profiles
Wide profiles with integrated cable conduit
Easy-to-use system for building frames that incorporate cabling
Cabling is securely housed within the profile

Standard fastening is Fastening on the groove side The openings are located at
effected on the end face in is by means of a Pneumatic modular intervals and are
conjunction with Stand Profile Universal-Fastening Set 8 or used for running through
Connection Element 8 and Automatic-Fastening Set 8. cables and hoses.
Button-Head Screws ISO The Profiles are cut regard-
7380-M8x20 (M = 25 Nm). less of the positioning of
the openings, therefore the
minimum profile length is
Pneumatic Universal- 420 160 mm.
Fastening Set 8
Automatic-Fastening 77
Set 8

By providing Stand Profile 8 80x40 with a 14 mm bore, the

profile can be used for routing cables and hoses.


Stand Profile 8 80x40 K60
14
15.5

Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
27.5
60
40
80

10.20 2.75 69.02 11.74 2.72 17.26 5.13

natural, cut-off max. 6000 mm 0.0.427.79
natural, 1 pce., length 6000 mm 0.0.453.49
40

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Stand Profile 8 80x40 2xK60
80
Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
7.84 2.05 64.19 7.75 0.84 16.05 3.67

28
natural, cut-off max. 6000 mm 3.0.005.00
natural, 1 pce., length 6000 mm 0.0.453.48

7.5 
Stand Profile Connection Element 8
Al, anodized
m = 11.0 g
8 natural, 1 pce. 3.0.005.03
40
70

6
13.5


Cover Profile 60
2 Al, anodized
59.6

m = 0.36 kg/m
natural, cut-off max. 3000 mm 3.0.005.01
10.7 natural, 1 pce., length 3000 mm 0.0.452.02

14

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Column Profile
Column D110 D110D110
Lid Profile

Column D110
Central table leg with integrated cable routing
Elegant support for all types of constructions

The end face of Column

Profile D110 can be screwed
to any panel using Flange
D130.

Flange 8 D130 192

Located below the Lid Profiles are integrated conduits for

equipment cables. Cables can be run in and out of the column
at any point through an opening in the Lid Profiles.
Thread M8 can be tapped in core bores 6.8 mm. Screw
channels 10.2 mm are suitable for thread M12 or for use of
Automatic Fasteners 8.

76.4 Column Profile D110

40
Al, anodized
10.2 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
20.64 5.57 63.06 283.93 16.55 51.16
natural, cut-off max. 6000 mm 0.0.475.11
14
40

natural, 1 pce., length 6000 mm 0.0.475.10

6.8

110

Column Lid Profile D110

1.5
Al, anodized
A [cm2] m [kg/m]
R55
1.39 0.37
natural, cut-off max. 3000 mm 0.0.475.09
natural, 1 pce., length 3000 mm 0.0.475.07

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Universal Holder 8
Simple cable fastener for constructions with Line 8 grooves
No additional screws required
Anchor point for cable ties

Universal Holder 8 is inserted directly into the profile groove

without additional fastening elements and is locked in place
by means of a 90 turn. A wrench A/F 17 is recommended for
this operation.

16.5

20 Universal Holder 8
PA-GF
8.5

m = 4.0 g
2.5

black, 1 pce. 0.0.494.52

13.5
4.4

Universal Holder
Anchor point for cable ties
Mounting with Countersunk Screw
Suitable for all profile lines and panel elements

14
    

The Universal Holder can be assembled at any angle. Fasten-

ing is performed in the profile groove of the panel element
using a Countersunk Screw DIN 7991-M5 and corresponding
T-Slot Nut or in conjunction with a hexagon nut DIN 936-M5.

2
16.5 10.4 0 Universal Holder
PA-GF, black
8.2

1 washer DIN 9021-5.3, St, bright zinc-plated

m = 3.0 g
2.5

1 set 0.0.418.24
16
4

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Universal Holder with Securing Strap 8 180

Secure cables and hoses with a 180 mm-long hook-and-loop strap
Safe for use with cables and easily released
Fastened directly to a Line 8 groove via a central screw

50 Because the opened hook-and-loop strap can

be slipped out of the Universal Holder at one
side, cables do not need to be fed through a
closed loop.

20 Universal Holder with Securing Strap 8 180


180
2

Housing, PA
Hook-and-loop strap
Countersunk Screw DIN 7991-M5x12, St
m = 12.5 g
black, 1 set 0.0.627.90
34
36.
4
10.7

Holder for Cables and Hoses

Two fittings for fixing in place cables and hoses up to a diameter of 12 mm
O-rings ensure a secure and gentle hold

14

7x16 Holder for Cables and Hoses 8


16
PA, black
O-ring
1 Hexagon Socket Head Cap Screw DIN 912-M4x10, St, bright zinc-plated
8 m = 10.0 g
20

1 set 0.0.196.65
21

40

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Limit-Switch Holders
For fastening limit switches to profiles
Optimum adjustment options for position and angle
Rigid anti-torsion feature

Limit-Switch Holders D6.5, D8 and D12 can be attached with When the anti-torsion block is used, Limit-Switch Holders
anti-torsion blocks either parallel or at right-angles to the D18 and 20 can be attached in 10 increments relative to the
Profile 5 or Profile 8 groove. Profile 8 groove. Without anti-torsion blocks, attachment is pos-
Fastening Limit-Switch Holders D6.5, D8 and D12 with Hexa- sible at any angle.
gon Socket Head Cap Screw DIN 912-M4, spring washer and For fastening Limit-Switch Holders D18 and D20 with Hexagon
T-Slot Nut of the corresponding Line. Socket Head Cap Screw DIN 912-M6 and T-Slot Nut of the
corresponding Line.
Screw M6x28 comes in a special length for fastening to Line
8 profiles.

7 Limit-Switch Holder D6.5

28 10
Housing and anti-torsion block, PA-GF, black
Spring washer, St, black
16

m = 8.0 g
1.2

6.5;8;12 1 set 0.0.406.40

12
8 5;8
Limit-Switch Holder D8
Housing and anti-torsion block, PA-GF, black
Spring washer, St, black
m = 7.0 g
1 set 0.0.406.41

Limit-Switch Holder D12 14

Housing and anti-torsion block, PA-GF, black
Spring washer, St, black
m = 6.0 g
1 set 0.0.406.42

40 10 10 Limit-Switch Holder D18

Housing and anti-torsion block, PA-GF, black
Cap Screw DIN 912-M6x28, St, bright zinc-plated
24

m = 23.0 g
12

1 set 0.0.411.30
4

8 18;20
20 Limit-Switch Holder D20
12
Housing and anti-torsion block, PA-GF, black
Cap Screw DIN 912-M6x28, St, bright zinc-plated
m = 22.0 g
1 set 0.0.411.31

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Electronic-Box Profiles
For electronic boxes and other sealed containers
With integrated cooling ribs
Profile grooves for easy fastening

 

Sealed Electronic Boxes (IP 65, EN 60529) can be con- mm) and Profile 5 and 8 grooves for integration into the MB
structed, in any length, using Electronic-Box Profiles and the Building Kit System
corresponding lids: - Electronic-Box Lid, plain finish or with knockouts for cable
- Stable, anodized aluminium profiles with cooling ribs for heat glands, together with bore grid for installing a backplane; seal-
dissipation, special grooves (in 5.08 mm grid) to accommodate ing provided by matching, peripheral seals
printed circuit boards in European Standard format (100x160

Cooling ribs Grooves for securing boxes Seal in box lid

 
Electronic-Box Profile 8 120x80
Al, anodized
10TEx5.08=50.8

Protection: IP 65, EN 60529 in connection with Electronic-Box Lid 8 120x80

2.4
40

A [cm2] m [kg/m]
63
80

20.50 5.55
black, cut-off max. 3000 mm 0.0.259.58
14.5 100.8 black, 1 pce., length 3000 mm 0.0.452.11
16.5 96.8
20 20 20 20 20
120

Electronic-Box Profile 8 200x120
Al, anodized
14 Protection: IP 65, EN 60529 in connection with Electronic-Box Lid 8 200x120
A [cm2]
40

m [kg/m]
100.8

36.51 9.85
120

97

black, cut-off max. 3000 mm 0.0.259.36

40

2.4
black, 1 pce., length 3000 mm 0.0.452.12

19.7 33TEx5.08=167.64
200

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Electronic-Box Lids
The lid for Electronic-Box Profiles
All-round seal
Bore grid on inside for creating cable through holes

 

Electronic-Box Lid 8 120x80

4x 13
PA-GF, black
80

2x 23 Seal
Protection: IP 65, EN 60529 in connection with Electronic-Box Profile 8 120x80
3x 19 4 Self-Tapping Screws DIN 7981-4.2x13, St, bright zinc-plated
m = 64.0 g
1 pce. 0.0.259.60
120

Electronic-Box Lid 8 120x80, plain

PA-GF, black
80

Seal
Protection: IP 65, EN 60529 in connection with Electronic-Box Profile 8 120x80 14
4 Self-Tapping Screws DIN 7981-4.2x13, St, bright zinc-plated
m = 59.0 g
1 pce. 0.0.259.61
120

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Electronic-Box Lid 8 200x120

PA-GF, black
Seal
120

32x 13 Protection: IP 65, EN 60529 in connection with Electronic-Box Profile 8 200x120

8 Self-Tapping Screws DIN 7981-4.2x13, St, bright zinc-plated
m = 170.0 g
2x 23 1 pce. 0.0.259.37
3x 19

200

Electronic-Box Lid 8 200x120, plain

PA-GF, black
Seal
120

Protection: IP 65, EN 60529 in connection with Electronic-Box Profile 8 200x120

8 Self-Tapping Screws DIN 7981-4.2x13, St, bright zinc-plated
m = 140.0 g
1 pce. 0.0.259.44

200

14 8

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Earthing Terminals
For connecting protective conductors to profile constructions
For protecting systems and personnel
Permanent screw attachment ensures sound contact

&4%   

Terminals for earthing profile constructions and for intercon-

necting the profiles when the latter are incorporated into a
protective circuit.
Contact is made by partially destroying the anodized layer in
the T-slot and on the groove flanks.
The Earthing Terminal is installed by twisting the grub screw
into the T-slot (M1 = 4 Nm) and screwing in the hexagon nut
(M2 = 4 Nm) with the earthing line in place. The cable lug must
lie between the washer and the special washer.

M5x16 Earthing Terminal 5

&4% 

T-Slot Nut 5 St M5, bright zinc-plated

Grub screw DIN 916-M5x16, St, bright zinc-pl.
Hexagon Nut DIN 934-M5, brass
Washer DIN 9021-5.3, brass
Washer DIN 6798-A 5.3, St, bright zinc-plated
M = 4 Nm m = 6.0 g
1 set 0.3.001.80
M6x25 Earthing Terminal 6
&4% 

T-Slot Nut 6 St M6, bright zinc-plated

Grub screw DIN 916-M6x25, St, bright zinc-pl.
Hexagon Nut DIN 934-M6, brass
Washer DIN 9021-6.4, brass
Washer DIN 6798-A 6.4, St, bright zinc-plated
M = 4 Nm m = 13.0 g
1 set 0.3.004.62
M6x25 Earthing Terminal 8
&4% 

T-Slot Nut 8 St/PA M6

Grub screw DIN 916-M6x25, St, bright zinc-pl.
Hexagon Nut DIN 934-M6, brass 14
Washer DIN 9021-6.4, brass
Washer DIN 6798-A 6.4, St, bright zinc-plated
M = 4 Nm m = 12.0 g
1 set 0.3.001.81

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Earthing Connection
The movable connector for protective conductors
Highly flexible wire for doors and lids

&4% 

Ready-made electrical connection for system elements that Earthing Connection 8 can also be used to interconnect neigh-
need to be grounded to a construction frame. bouring shelves or table constructions in order to equalise
All elements of a machine have to be connected to the potential. Earthing Connection 8 can also be used to connect
protective conductor if there is a danger that they will become work benches to the grounding earth equipment.
electrically live in the event of a fault. Detachable or movable The set includes selected fastening elements which provide
components must not be connected via their fastening ele- a secure contact with the groove of Profile 8, highly flexible
ments (fastening screws, hinges). A flexible conductor with a stranded wires and protective caps.
large conductive cross-sectional area (16 mm2) ensures that
the electrical connection remains intact irrespective of the
mechanical fastening or possible movement.

&4% 
Earthing Connection 8
2 T-Slot Nuts 8 St M8, bright zinc-plated
2 caps for Earthing Connection 8, PA-GF, black
Earthing wire, Cu, tin-plated
2 hexagon nuts DIN936-M8, St, black
24 2 grub screws DIN 916-M8x30, St, bright zinc-plated
2 special washers DIN 6798-8.4, St, bright zinc-plated
2 lock nuts M8, St, black
200 M = 25 Nm m = 125.0 g
20

1 set 0.0.486.95

14

458
 I n s t alla t i o n eleme n t s

Contact Pins ESD

For creating an electrostatically dissipative connection between profiles
Integrated into the profile connection

&4%   

Contact Pins ESD are designed for ESD profile connections. Contact Pin 8 ESD destroys t
For better identification, fastening elements ESD are given the insulating anodized layer

a yellow passivation layer in compliance with Directive in the core bore and profile 3.5 mm
2002/95/EC (RoHS). groove of the connected 
profiles. 6 mm
Contact Pin ESD is an additional component used in conjunc- 
tion with Universal-Fastening and Automatic-Fastening Sets. 7 mm
Pressed into the core bore of the Profile Bar, the Contact Pin
makes the electrical connection between the profiles when the
fastening screws are tightened.
N.B.: Use of Contact Pin ESD can lead to restrictions when
retrofitting profiles into closed structures.

a Contact Pin 5 ESD

&4% 

St
a = 6 mm b = 4.5 mm c = 6 mm m = 0.6 g
c

b bright zinc-plated, 1 pce. 0.0.612.15

&4% 
Contact Pin 6 ESD
St
a = 7 mm b = 5.4 mm c = 8 mm m = 1.4 g
14
bright zinc-plated, 1 pce. 0.0.612.11
&4% 
Contact Pin 8 ESD
St
a = 9 mm b = 6.9 mm c = 10 mm m = 3.0 g
bright zinc-plated, 1 pce. 0.0.604.15

459
 I n s t alla t i o n eleme n t s

Potential Equaliser
For safely equalising electrostatic charges in profiles
Additional ESD-safety can be retrofitted to constructions

&4%   

The Potential Equaliser ensures that possible charge buildups

are balanced out between the individual profiles of a construc-
tion. It can be retrofitted to the profile groove. Fitted at joints, it
destroys the insulating anodized layer and creates an electri-
cally conductive connection.
The Potential Equaliser cannot be considered an electrical con-
nection suitable for forming part of a safety circuit.

Potential Equalisers 5 and 6 are swivelled into the Profile The grub screw must Potential Equaliser 8 is twisted into the profile groove, tilted
Groove and then pushed against the joint. be screwed in with light to an angle of 45, and the grub screw driven in so as to
pressure on the key, until it bite jointly where the two profiles meet, thus making contact
rests against both profiles between them.
and nudges the Potential
Equaliser out of its original
position.

5 &4% 
Potential Equaliser 5
Die-cast zinc
Grub screw DIN 916-M3x12, St, bright zinc-pl.
m = 1.0 g
4.1 10 bright zinc-plated, 1 pce. 0.0.464.45
6.2
14 Potential Equaliser 6
&4% 

Die-cast zinc
Grub screw DIN 916-M4x16, St, bright zinc-pl.
m = 4.0 g
5.6 15 bright zinc-plated, 1 pce. 0.0.459.65
M6 Potential Equaliser 8
&4% 
9.7

7.9 St
Grub screw DIN 915-M6x12, St, bright zinc-pl.
m = 4.7 g
bright zinc-plated, 1 pce. 0.0.265.77

460
 Linear slides 15
Roller Guides
C-Rail Systems
Linear Guide Systems
15
Ball-Bearing Guide Bushes
Ball-bush block guides
Shafts
Accessories for Linear Slides
 Linear slides

Application example linear systems

Linear slides, drives and accessories

1 2 3 4 5 6 7 8 9 10

15

462
 Linear slides

1 Stable frame 6 Rack drive

Made-to-measure construction using various Excellent rigidity by incorporating rack in profile
profile lines groove
Easily extended thanks to use of universal Linear slides with integrated sprocket
profile grooves Particularly suitable for vertical movement

27 Section 1 538 Section 16

2 Complete Linear Units 7 Customised slides

Customised solutions comprising guide, drive Can be extended as required thanks to use of
and slide universal profile grooves
Universal Linear Unit KLE Wide selection of Bearing Units
Robust and space-saving Linear Unit KRF Variable dimensions for large support widths

509 Section 16 471 Section 15

3 Synchroniser Shafts 8 Drive elements

For connecting linear drives Systems for various types of application
Torsionally rigid design Modular building kit system with wide range of
combination options

554 Section 16 507 Section 16

4 Couplings 9 Timing-belt drive

For connecting virtually any motor to a linear High travelling speed
drive Suitable for long stretches
For connecting Synchroniser Shafts Maintenance-free with low wear
For evening out angle errors

547 Section 16 522 Section 16

5 Linear slides 10 C-Rail Guide

Shafts directly on the profile for high rigidity or Easy-running and compact
rails for high load-carrying capacity Ideal for lifting and sliding doors
With roller guides, Linear Guide Units, Ball- Can also be automated with a drive
Bearing Guide Bushes or a criss-crossed roller 15
guide

464 Section 15 482 Section 15

Products Products
Key: See page 0 in this section 0 in other sections

463
 Linear slides

Linear slides
Products in this section

Shaft Clamp Profiles Bearing Units End Cap and Lubricating Rollers Linear Guide Unit 8 D14
For fastening the Shafts Easy-running and strong Systems For building customised Particularly rigid and strong
for Linear Units to standard rollers Automatic lubrication for Bearing Units Particularly compact shaft
profile grooves Suitable for any size of slide Bearing Units Compatible Roller Profiles guide
Easy to install thanks to thanks to modular design Oil reservoir for available
clip-in technology low-maintenance operation

470 471 475 476 480

C-Rail, Bearing Units Bearing Carriages Linear Guide Rail Ball-Bearing Guide Bush Ball-bush block guides
Secure roller guides for High carrying capacity Stable compact guide Sets Customisable thanks to
lifting and sliding doors and rigidity in a compact Fastening to the profile Turnkey system up to modular design of blocks
Fully preassembled, com- package groove 2,000 mm long Special block profiles for
pact guides High carrying capacity One-piece slides or parallel different heights
thanks to full complement slides
of balls

484 491 492 495 499

Shafts Limit Stop Slide Clamp 8 heavy-duty

15 Hardened and polished Slide stop integrated into Hold slides in place
guiding shafts the profile groove Large clamping area for
Extremely versatile Suitable for positioning high holding force
anywhere along the groove

502 504 505

464
 Linear slides

Overview the quickest route to the ideal linear slide

Five different linear slides are available to enable rapid and precise slide movements. Their modular design means they can be configured to create
customised solutions in terms of stroke length, speed, drive and construction.

Three guide alternatives are available for various applications and loads: Shafts anchored in the profile can be used with three different bearing systems:
Innovative Shaft-Clamp Profiles from item can be used to fasten hardened steel Roller guides are extremely easy to install, move easily and offer a broad range of
shafts directly to the profile groove, which results in high rigidity and load-carrying construction sizes for a variety of purposes.
capacity, even over long stretches. Linear Guide Units deliver exceptional rigidity and load-carrying capacity in
Ball Bushes can be used to create particularly light lifting guides on unsupported compact dimensions.
shafts. The ideal linear slide for automated lifting and sliding doors are C-Rails, which
When there are particularly tough requirements for load-carrying capacity and ensure precise motion with low tolerances.
rigidity, steel profile rails can be used which are anchored in one profile groove
or, for additional hold, between two profile grooves. A stable linear guide system
ensures smooth running even when carrying heavy loads.

Linear slides a comparison Speed Load-carrying capacity Stroke length (max.)

v h

Roller guide variable and modular 466

Biggest selection of Bearing Units 10 m/s 400 - 7,600 N Unlimited
Can be adapted to a whole range of tasks using customised (shafts can be butt-joined)
slides

Linear Guide Unit for maximum load-carrying capacity 480

More rigid and more compact than a roller guide 3 m/s 2,300 N 6,000 mm
Easy to construct thanks to completed slide

C-Rail System for suspended loads 482

Ideal for lifting and sliding doors 10 m/s 50 - 750 N Unlimited
Easy-running Bearing Units in a range of load-carrying classes. (shafts can be butt-joined)

Linear guide system for high loads 490

High load-carrying capacity for heavy loads 5 m/s 1,000 - 2,500 N 3,800 mm
Excellent resistance to torsional moment inherent in design

Ball-Bearing Guide Bush simple and complete 494

Low friction and maintenance requirements 2 m/s 500 - 1,500 N 2,000 mm 15
Ideal for lifting guides

Note:
Linear Unit KLE and Linear Unit KRF are two turnkey solutions
supplied with an integrated timing-belt drive. Further details
can be found in the Mechanical drive elements section.

465
 Linear slides

Roller Guides

Roller Guide 5 D6 as a compound slide Roller Guide 8 D6 Roller Guide 8 D14

Two Roller Guides on one Profile Roller Guide 8 D25 Roller guide unit with Double-Bearing Unit The Roller Guides can be extended to any length

4FSWJDF

The modular roller guides are easy to assemble and offer high load-carrying length of roller guide. Shaft-Clamp Profiles must not be used on profile grooves
capacity, virtually any stroke length and high travelling speed. of types light and E, because sufficient clamping will not be achieved.
The low friction and generous dimensions contribute to the long service life. The various available diameters of the guiding shafts together with suitable
Roller guides consist of a slide and guide profile. dimensioning of the supporting profile mean that a wide variety of permissible
The slides are of modular design constructed from Bearing Units with ball-bear- loads can be accommodated.
ing mounted, prismatic rollers from ball-bearing steel, End Cap and Lubricating In addition, any number of Bearing Units can be used and, if necessary, they
Systems, and a carriage plate from a construction profile. can be adjusted free from play by means of eccentric bolts.
The roller guides are mounted on Line 5 or 8 Profiles using Shaft-Clamp The Bearing Units offer a range of fastening options via Line 5 or 8 grooves,
Profiles, which are simply and cost-effectively clipped or screwed (Roller Guides which makes it far easier to mount or align them on profiles and carriage plates.
D25) into the profile grooves. The hardened and polished steel shafts are then
pressed into the Shaft-Clamp Profiles along the entire length of the guide. By
selecting appropriate lengths and offset section joints for the supporting pro-
file, the Shaft-Clamp Profile and the shaft, it is possible to construct virtually any

Note:
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

15

466
 Linear slides

Guide Alternatives
5 D6 8 D6

Basic construction of Profiles 5 with Roller Guide 5 on Shaft D6. Basic construction of Profiles 8 with Roller Guide 8 on Shaft D6.

8 D10 8 D14

Basic construction of Profiles 8 with Roller Guide 8 on Shaft D10. Basic construction of Profiles 8 with Roller Guide 8 on Shaft D14.

8 D25

15

Basic construction of Profiles 8 with Roller Guide 8 on Shaft D25.

467
 Linear slides

Minimum Stroke Lengths

Possible arrangement of the End Cap and Lubricating Systems which are
required in every instance.
The spring-loaded end cap and lubricating felt can be re-lubricated via the hole
provided. Recommended re-lubricating cycle: every six months.
In order to ensure adequate lubrication, the minimum stroke lengths required
for the slides must be observed.

5 D6 8 D6 8 D10 8 D14 8 D25

Bearing Unit 28 mm 60 mm 60 mm 60 mm 120 mm
Double-Bearing Unit 68 mm 80 mm 140 mm 140 mm 300 mm
s + 50 mm s + 50 mm s + 85 mm s + 120 mm s + 235 mm
Special Bearing Unit
s = distance between centre of Roller and felt in mm

Frictional Forces
Frictional losses must be taken into consideration when designing drive units. The
quoted values refer to slides, each with 4 Rollers and 4 End Cap and Lubrication
Systems.

Roller Guides 5 D6 and 8 D6 Roller Guide 8 D10 Roller Guide 8 D14 Roller Guide 8 D25 and 12 D25
FR = 5 N FR = 10 N FR = 15 N FR = 25 N

Assembly of Guiding Shafts

Follow the steps below to assemble Guiding Shafts: 3. Grease the contact faces of the Shaft-Clamp Profiles, sup-
1. In order to prepare Shafts D10, D14 or D25 for pinning, drill porting profile and guiding shafts with roller bearing grease.
blind holes into the Shaft and Shaft-Clamp Profile (for further 4. Press in the Shaft-Clamp Profiles as far as they will go.
details, see under Shaft Clamp Profiles). 5. Press in the guiding shafts using the mounting aid.
2. Clean the Shaft-Clamp Profiles and the groove in the sup-
porting profile.

15
Note: Where Roller Guides are longer than 3 m, the Shafts,
the Shaft-Clamp Profile and the supporting profile should be
assembled with joints offset to each other.

468
 Linear slides

Load Specifications

5 D6 / 8 D6 8 D10 8 D14 8 D25 Performance at max. load: 10,000 km

FA 80 N 220 N 400 N 1300 N Max. speed: 10 m/s
FR 200 N 650 N 1200 N 3800 N
Fy 320 N 880 N 1600 N 5200 N
Fz 400 N 1300 N 2400 N 7600 N
Mx 160 N x b 440 N x b 800 N x b 2600 N x b
My 200 N x l 650 N x l 1200 N x l 3800 N x l
Mz 160 N l x 440 N lx 800 N lx 2600 N x l

Lengths b and l quoted in m

When using stainless steel shafts and rollers, the permissible loading values
must be reduced by 25%!
15

469
 Linear slides
Shaft-Clamp Profiles

Shaft-Clamp Profiles
For using standard profiles as a basis for linear slides

For fastening the Shafts for Linear Units to standard profiles

Easy to install thanks to clip-in technology

  4FSWJDF
*OOPWBUJPO XXXJUFNDPN

These profiles connect Shafts D6, D10, D14 and D25 with the Shaft-Clamp Profile 8 D25
profile grooves of the corresponding lines. must be fixed to the profile
First the Shaft-Clamp Profile is pressed into the profile groove groove with the appropri-
then the Shaft is pressed into the Shaft-Clamp Profile. ate number of Countersunk
Shafts D10, D14 and D25 must be fixed in position at a chosen Screws DIN 7991 - M8x14
location using a dowel DIN 6325, one per length of shaft. and T-Slot Nuts 8 M8.
The Shaft-Clamp Profiles D25
Shafts 502 are provided with mounting
holes (200 mm apart).

9 Shaft-Clamp Profile 5 D6


6
Al, anodized
A [cm2] m [kg/m]
5

4
11

0.38 0.10
5 natural, cut-off max. 3000 mm 0.0.390.02
natural, 1 pce., length 3000 mm 0.0.448.23
12 Shaft-Clamp Profile 8 D6


6
Al, anodized
1

A [cm2] m [kg/m]
0.46 0.12
11

0.2

8 natural, cut-off max. 3000 mm 0.0.356.02

natural, 1 pce., length 3000 mm 0.0.453.67
13 Shaft-Clamp Profile 8 D10


10
Al, anodized
A [cm2] m [kg/m]
6.5

0.81 0.22
5
18.2

natural, cut-off max. 3000 mm 0.0.442.03

8 natural, 1 pce., length 3000 mm 0.0.452.23
18 Shaft-Clamp Profile 8 D14


14
Al, anodized
15 A [cm2] m [kg/m]
10.3

1.36 0.36
8
22

natural, cut-off max. 3000 mm 0.0.294.34

8 natural, 1 pce., length 3000 mm 0.0.453.68
33 Shaft-Clamp Profile 8 D25


25
Al, anodized
A [cm2] m [kg/m]
3.74 1.01
natural, cut-off max. 3000 mm 0.0.350.02
20.5
24.5

18

natural, 1 pce., length 3000 mm 0.0.453.69

8

470
 Linear slides

Bearing Units
Wide range of models for all load requirements
Easy-running and strong rollers
Suitable for any size of slide thanks to modular design

  4FSWJDF
*OOPWBUJPO XXXJUFNDPN

Bearing Units are connected together by a carriage plate to The eccentric bolts can be readjusted to eliminate play in the
form a sliding carriage. guide unit. Bearing Units should therefore always be used in
Bearing Units e (eccentric) and c (centric) differ in terms of the pairs comprising one centric and one eccentric version.
geometry of their bolts. The Bearing Units must always be equipped with End Cap and
Lubricating Systems in order to prevent premature wear.

28 Bearing Unit 5 D6 c


Al, anodized, natural

Bolt 5 D6 c
Roller D6
20 2 Button-Head Screws ISO 7380-M5x8, St, bright zinc-pl.
10.2

2 washers DIN 125-5.3, St, bright zinc-plated

4.6; 5.3/2.5 Notes on Use and Installation
Mbolt [Nm] C [N] C0 [N] m [g]
3 1,620 780 47.0
1 pce. 0.0.390.15

28 Bearing Unit 5 D6 e


Al, anodized, natural

Bolt 5 D6 e
0.5

Roller D6
20 2 Button-Head Screws ISO 7380-M5x8, St, bright zinc-pl.
2 washers DIN 125-5.3, St, bright zinc-plated
4.6; 5.3/2.5 Notes on Use and Installation
Mlock nut [Nm] C [N] C0 [N] m [g]
3 1,620 780 47.0
1 pce. 0.0.390.16

60 Bearing Unit 8 D6 c
Al, anodized, natural
Bolt 8 D6 c
Roller D6
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
10.2

2 washers DIN 125-8.4, St, bright zinc-plated

Notes on Use and Installation
Mgrub screw [Nm] C [N] C0 [N] m [g] 15
3 1,620 780 146.0
1 pce. 0.0.356.30

60 Bearing Unit 8 D6 e


Al, anodized, natural

Bolt 8 D6 e
Roller D6
0.5

2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.

2 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
Mgrub screw [Nm] C [N] C0 [N] m [g]
3 1,620 780 146.0
1 pce. 0.0.356.31

471
 Linear slides


60 Bearing Unit 8 D10 c
Al, anodized, natural
Bolt 8 D10 c
Roller D10
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
40 2 washers DIN 125-8.4, St, bright zinc-plated

16.7
7 Notes on Use and Installation
Mbolt [Nm] C [N] C0 [N] m [g]
6 4,400 2,470 210.0
1 pce. 0.0.442.10

60 Bearing Unit 8 D10 e



Al, anodized, natural

Bolt 8 D10 e
Roller D10
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
1

40 2 washers DIN 125-8.4, St, bright zinc-plated

7 Notes on Use and Installation
Mlock nut [Nm] C [N] C0 [N] m [g]
6 4,400 2,470 210.0
1 pce. 0.0.442.09
60 Bearing Unit 8 D14 c


Al, anodized, natural

Bolt 8 D14 c
Roller D14
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
40 Notes on Use and Installation
24

7 Mbolt [Nm] C [N] C0 [N] m [g]

20 7,800 4,400 400.0
1 pce. 0.0.294.14

60 Bearing Unit 8 D14 e



Al, anodized, natural

Bolt 8 D14 e
Roller D14
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
1

40 Notes on Use and Installation

7 Mlock nut [Nm] C [N] C0 [N] m [g]
20 7,800 4,400 400.0
1 pce. 0.0.294.15

Bearing Unit 8 D25 c
20

100
Al, anodized, natural
Bolt 8 D25 c
80

Roller D25
4 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
4 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
15 Mlock nut [Nm] Mlocking screw [Nm] C [N] C0 [N] m [kg]
45

100 10 25,000 15,300 2.0

40 1 pce. 0.0.350.12
7

Bearing Unit 8 D25 e
20

100
Al, anodized, natural
Bolt 8 D25 e
80

Roller D25
4 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
4 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
Mlock nut [Nm] Mlocking screw [Nm] C [N] C0 [N] m [kg]
1.5

100 10 25,000 15,300 2.0

40 1 pce. 0.0.350.11
7
472
 Linear slides


68
Double-Bearing Unit 5 D6 c
Al, anodized, natural
2 Bolts 5 D6 c
2 Rollers D6
2 Button-Head Screws ISO 7380-M5x8, St, bright zinc-pl.
40 2 washers DIN 125-5.3, St, bright zinc-plated

10.2
60 Notes on Use and Installation
4.6; 5.3/2.5 Mbolt [Nm] C [N] C0 [N] m [g]
3 3,240 1,560 110.0
1 pce. 0.0.390.17

68 Double-Bearing Unit 5 D6 e
Al, anodized, natural
2 Bolts 5 D6 e
2 Rollers D6
2 Button-Head Screws ISO 7380-M5x8, St, bright zinc-pl.
0.5

40 2 washers DIN 125-5.3, St, bright zinc-plated

60 Notes on Use and Installation
4.6; 5.3/2.5 Mlock nut [Nm] C [N] C0 [N] m [g]
3 3,240 1,560 110.0
1 pce. 0.0.390.18

80 Double-Bearing Unit 8 D6 c
Al, anodized, natural
2 Bolts 8 D6 c
2 Rollers D6
50 2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
10.2

Notes on Use and Installation

Mgrub screw [Nm] C [N] C0 [N] m [g]
3 3,240 1,560 200.0
1 pce. 0.0.356.32

80 Double-Bearing Unit 8 D6 e
Al, anodized, natural
2 Bolts 8 D6 e
2 Rollers D6
50 2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
0.5

2 washers DIN 125-8.4, St, bright zinc-plated

Notes on Use and Installation
Mgrub screw [Nm] C [N] C0 [N] m [g]
3 3,240 1,560 200.0
1 pce. 0.0.356.33

Double-Bearing Unit 8 D10 c
140 Al, anodized, natural
2 Bolts 8 D10 c
2 Rollers D10
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
80 Notes on Use and Installation 15
120 Mbolt [Nm] C [N] C0 [N] m [g]
16.7

7 6 8,800 4,940 450.0

1 pce. 0.0.442.15

473
 Linear slides


Double-Bearing Unit 8 D10 e
140 Al, anodized, natural
2 Bolts 8 D10 e
2 Rollers D10
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
1 80 Notes on Use and Installation
120 Mlock nut [Nm] C [N] C0 [N] m [g]
7 6 8,800 4,940 450.0
1 pce. 0.0.442.14

Double-Bearing Unit 8 D14 c
140 Al, anodized, natural
2 Bolts 8 D14 c
2 Rollers D14
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
80 Mbolt [Nm] C [N] C0 [N] m [g]
20 15,600 8,800 880.0
24

120
7 1 pce. 0.0.294.26


Double-Bearing Unit 8 D14 e
140 Al, anodized, natural
2 Bolts 8 D14 e
2 Rollers D14
2 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
2 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
80 Mlock nut [Nm] C [N] C0 [N] m [g]
1

120 20 15,600 8,800 880.0

7 1 pce. 0.0.294.28


20

Double-Bearing Unit 8 D25 c

Al, anodized, natural
300 2 Bolts 8 D25 c
80

2 Rollers D25
8 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.
8 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
Mlock nut [Nm] Mlocking screw [Nm] C [N] C0 [N] m [kg]
7 100 10 50,000 30,600 5.2
1 pce. 0.0.350.19
40
200
80
45


20

Double-Bearing Unit 8 D25 e

Al, anodized, natural
15
300 2 Bolts 8 D25 e
2 Rollers D25
80

8 Button-Head Screws ISO 7380-M8x16, St, bright zinc-pl.

8 washers DIN 125-8.4, St, bright zinc-plated
Notes on Use and Installation
Mlock nut [Nm] Mlocking screw [Nm] C [N] C0 [N] m [kg]
7 100 10 50,000 30,600 5.2
1 pce. 0.0.350.18
40
200 80
1.5

474
 Linear slides

End Cap and Lubricating Systems

Automatic lubrication for Bearing Units
Clean and non-drip
Oil reservoir for low-maintenance operation

 

Materials used in all the following products:

PA-GF

End Cap and Lubricating System 5 D6
28

End Cap and Lubricating System 5 D6, right

End Cap and Lubricating System 5 D6, left
2 Button-Head Screws ISO 7380-M5x10, St, bright zinc-pl.
6 m = 12.0 g
black, 1 set 0.0.390.12

End Cap and Lubricating System 8 D6

End Cap and Lubricating System 8 D6, right
32

End Cap and Lubricating System 8 D6, left

10 2 Hexagon Socket Head Cap Screws DIN 912-M4x10, St, bright zinc-pl.
58 m = 20.0 g
black, 1 set 0.0.356.24
grey, 1 set 0.0.630.14

End Cap and Lubricating System 8 D10

End Cap and Lubricating System 8 D10, right
38

End Cap and Lubricating System 8 D10, left

2 Button-Head Screws ISO 7380-M8x10, St, bright zinc-pl.
10 m = 21.0 g
50 black, 1 set 0.0.442.23
grey, 1 set 0.0.630.01

End Cap and Lubricating System 8 D14

End Cap and Lubricating System 8 D14, right
58

End Cap and Lubricating System 8 D14, left

2 Button-Head Screws ISO 7380-M8x10, St, bright zinc-pl.
m = 60.0 g
10 black, 1 set 0.0.294.46
grey, 1 set 0.0.630.10

End Cap and Lubricating System 8 D25

End Cap and Lubricating System 8 D25, right 15
End Cap and Lubricating System 8 D25, left
6 Button-Head Screws ISO 7380-M8x10, St, bright zinc-pl.
118

m = 170.0 g
black, 1 set 0.0.350.13
grey, 1 set 0.0.630.18

10
80

475
 Linear slides

Rollers
For building customised Bearing Units
Compatible Roller Profiles available
Maintenance-free

4FSWJDF

10.2
Roller D6
St, 100 Cr 6, hardened, polished
17

Double ball bearing, shielded, maintenance-free

5 C [N] C0 [N] nmax. [min-1] m [g]
6
1,620 780 10,000 8.0
1 pce. 0.0.356.03
13
Roller D10
16.7
26.8

St, 100 Cr 6, hardened, polished

Double ball bearing, shielded, maintenance-free
Washer, St, bright zinc-plated
10 8 C [N] C0 [N] nmax. [min-1] m [g]
4,400 2,470 7,500 28.0
1 pce. 0.0.442.02
20
Roller D14
St, 100 Cr 6, hardened, polished
39.9

Double ball bearing, shielded, maintenance-free

24

C [N] C0 [N] nmax. [min-1] m [g]

7,800 4,400 5,000 100.0
12
14 1 pce. 0.0.294.03

Roller D14K
St, 100 Cr 6, hardened, polished
Double ball bearing, shielded, maintenance-free
Also corrosion-resistant and coated
C [N] C0 [N] nmax. [min-1] m [g]
7,800 4,400 5,000 100.0
black, 1 pce. 0.0.294.52

Roller D14, stainless

St, X 105 Cr Mo 17, hardened, polished
Double ball bearing, shielded, maintenance-free
C [N] C0 [N] nmax. [min-1] m [g]
15 6,200 3,500 5,000 100.0
1 pce. 0.0.488.20
30
Roller D25
St, 100 Cr 6, hardened, polished
75

Double ball bearing, shielded, maintenance-free

45

C [N] C0 [N] nmax. [min-1] m [g]

25,000 15,300 2,500 590.0
1 pce. 0.0.350.03

20
25

476
 Linear slides

Bolts
For fastening Rollers to customised Bearing Units

  4FSWJDF
XXXJUFNDPN

Materials used in all the following products:

St

18 Bolt 5 D6 c


14
6.5 M [Nm] m [g]
3 5.0
bright zinc-plated, 1 pce. 0.0.390.03
M4
5
14

3
18 Bolt 5 D6 e

6.5
Bolt and lock nut
4 Mlock nut [Nm] m [g]
M4
3 5.0
0.5

5
bright zinc-plated, 1 set 0.0.390.19
14

3
M6
27 Bolt 8 D6 c
14
6.7 Bolt and locking ring
Grub screw DIN 914-M6x10
M [Nm] m [g]
6.3 4
5 3 6.0
10 bright zinc-plated, 1 set 0.0.356.04
7
14

M3
27 Bolt 8 D6 e
14
6.7 Bolt and locking ring
Grub screw DIN 914-M6x10
0.5

M [Nm] m [g]
6.3 4
5 3 6.0
10 bright zinc-plated, 1 set 0.0.356.05
7
14

3
2 
27. Bolt 8 D10 c
. 2
23 M [Nm] m [g]
11.5 15
6 12.0
M6 bright zinc-plated, 1 pce. 0.0.442.06

8
14

4
2 
27. 11.5
Bolt 8 D10 e
Bolt and lock nut
4 M6 Mlock nut [Nm] m [g]
6 10.0
1

8
3 bright zinc-plated, 1 set 0.0.442.07
14

M6

477
 Linear slides

46

Bolt 8 D14 c
38 M [Nm] m [g]
18.2 20 48.0
M10 bright zinc-plated, 1 pce. 0.0.294.10

12

22
5
47

Bolt 8 D14 e
19
Bolt and lock nut
8 M10 Mlock nut [Nm] m [g]
20 46.0
1
12 bright zinc-plated, 1 set 0.0.294.12
5
22

M10
5 
67. 16 Bolt 8 D25 c
Bolt and lock nut
17 M16x1.5 Mlock nut [Nm] Mlocking screw [Nm] m [g]
100 10 285.0
20
bright zinc-plated, 1 set 0.0.350.04
5
45

M16x1.5
5
5 
67. 16 Bolt 8 D25 e
Bolt and lock nut
17 M16x1.5 Mlock nut [Nm] Mlocking screw [Nm] m [g]
100 10 285.0
1.5

20
bright zinc-plated, 1 set 0.0.350.05
5
45

M16x1.5
5

15

478
 Linear slides

Roller Profiles
For building customised Bearing Units up to 3,000 mm in length
For use with compatible Rollers and Bolts

  4FSWJDF
XXXJUFNDPN

Profiles for constructing Bearing Units of any length, using

the appropriate Rollers, Bolts and End Cap and Lubricating
Systems.
In conjunction with the End Cap and Lubricating Systems, the
Roller Profile acts as a bearing shell and safety cover, as well
as providing protection against soiling. This ensures uninter-
rupted operation, even under adverse operating conditions.

Materials used in all the following products:

Al, anodized
 
10 Roller Profile 5 D6
2 4 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
20

4.3 4.30 1.16 2.99 3.06 0.81 1.98 2.05

28

10

28 natural, cut-off max. 3000 mm 0.0.390.01

natural, 1 pce., length 3000 mm 0.0.448.01
 
20 Roller Profile 8 D6
5 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
20

7.54 2.03 4.46 24.14 1.66 2.09 8.05

32

natural, cut-off max. 3000 mm 0.0.356.23

58
natural, 1 pce., length 3000 mm 0.0.452.31
 
20 Roller Profile 8 D10
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
20

6.8 9.35 2.52 12.64 18.89 5.18 6.52 6.54

38

natural, cut-off max. 6000 mm 0.0.442.01

50.5
natural, 1 pce., length 6000 mm 0.0.452.37
 
20 Roller Profile 8 D14
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4] Wx [cm3] Wy [cm3]
20 20

15.48 4.18 47.90 47.92 11.14 15.34 14.25

58

6.8 natural, cut-off max. 6000 mm 0.0.294.02

15
natural, 1 pce., length 6000 mm 0.0.452.32
58
80 Roller Profile 8 D25


40 2 4 4 4 3 3
 A [cm ] m [kg/m] Ix [cm ] Iy [cm ] It [cm ] Wx [cm ] Wy [cm ]
44.19 11.93 508.41 331.49 30.51 79.98 82.87
20

natural, cut-off max. 3000 mm 0.0.350.01

natural, 1 pce., length 3000 mm 0.0.452.33
40
118

6.8
40

80.2
479
 Linear slides

Linear Guide Unit 8 D14

The compact shaft guide

Particularly rigid and strong

Runs securely on Shafts D14
Can be driven via a Timing Belt or spindle

 4FSWJDF

Looking for a linear slide that is more rigid and compact than Guiding shafts D14 can be fitted to Profiles 8 (not the light or
roller guides but just as modular and easy to fit to standard E variants) in widths of 40 or 80 mm. Maximum guide length:
profiles? 6,000 mm. The guide is particularly suitable for tensile and
The linear guide units from item are exactly what you need! compressive loads on the carriage plate.
Complete carriages for profile widths of 40 and 80 mm that
are mounted on shafts in Shaft-Clamp Profiles. Other benefits
of these new guide elements include ease of assembly, lower
moving mass and simple adjustability.

40
18
2

Universal connection bores in the carriage plate: The driving force:

M8 threaded holes for fastening profiles or any other struc- A Timing Belt or spindle drive KGT can be connected to a
tures. Profile 8 that is screwed to the carriage plate.

Load Specifications
x
Fz 8 D14 120x40 8 D14 120x80
y Fy = Fz 2,300 N 2,300 N
z
Mx 237 Nm 355 Nm
My = Mz 95 Nm 95 Nm
C 5,400 N 5,400 N
C0 6,700 N 6,700 N
Fy vmax. 3 m/s 3 m/s
15 My -10 +100 C -10 +100 C
Mx
hmin. 120 mm 120 mm

Note:
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

480
 Linear slides


106 Linear Guide Carriage Unit 8 D14 120x40
120 0 M8 2 Linear Guide Units
4 Carriage plate, Al
4 sets crews 8 M5, St, bright zinc-plated
6 Hexagon Socket Head Cap Screws DIN 6912-M5x40, St, bright zinc-plated

53
Notes on Use and Installation
m = 1.3 kg
1 set 0.0.629.19

40


M8 Linear Guide Carriage Unit 8 D14 120x80
146
120 40 2 Linear Guide Units
Carriage plate, Al
4 sets crews 8 M5, St, bright zinc-plated
6 Hexagon Socket Head Cap Screws DIN 6912-M5x40, St, bright zinc-plated
Notes on Use and Installation
53
m = 1.5 kg
1 set 0.0.634.63

80

15

481
 Linear slides

C-Rail Systems
Variable roller guide for large doors
Three design variants, each available in three versions for different lines
Can be adjusted to be free from play if required

4FSWJDF

C-Rail Systems are spe-

cialised Roller Guides and
are ideal for constructing
compact guides, lifting doors,
sliding doors, movable guards
and enclosures etc.

The C-Rail Systems for

Profiles 5, 6 and 8 are each
available in 3 versions:

C-Rail System 1R with slides C-Rail System 3R with guide C-Rail System K with slide
on prismatic steel rollers slides that can be adjusted consisting of plastic rollers
mounted on ball bearings and via eccentrics. The 3 steel running directly on the
a polished guiding shaft. A rollers mounted on ball bear- aluminium rail profile.
second guiding shaft can also ings run free from play on 2 This variant can accom-
be fitted in order to prevent polished shafts and are ideal modate low hanging loads
the sliding door from tilting for cases where particular as shown in the illustration
when moved. requirements are placed on opposite and is adequate for
the precision of the guides. simple guide operations.
This version can accommo-
date high loads in the vertical
downward plane and features
particularly low-friction
running.

15
Note:
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

482
 Linear slides

Guide Alternatives

Line C-Rail System 3R C-Rail System 1R C-Rail System K

Load Specifications

15

C-Rail System 5 D63R C-Rail System 5 D61R C-Rail System 5 K

F1 = 250 N, F2 = 125 N F3 = 125 N F4 = 50 N
C-Rail System 6 D103R C-Rail System 6 D101R C-Rail System 6 K
F1 = 750 N, F2 = 350 N F3 = 350 N F4 = 125 N
C-Rail System 8 D143R C-Rail System 8 D141R C-Rail System 8 K
F1 = 1500 N, F2 = 750 N F3 = 750 N F4 = 250 N

483
 Linear slides

C-Rail, Bearing Units

Secure roller guides for lifting and sliding doors

Fully preassembled, compact guides

C-Rail System enclosed on three sides
Ideal for movable guards and enclosures

  


C-Rail, Bearing Unit 5 D6 1R

32.4
C-Rail, Slide Profile segment, Al, anodized, natural
C-Rail, Slide Profile Cap Set 5
C-Rail, Bearing Set 5 D6 1R
30 m = 64.0 g
65 1 pce. 0.0.460.31


C-Rail, Bearing Unit 5 D6 3R
32.4

C-Rail, Slide Profile segment, Al, anodized, natural

C-Rail, Slide Profile Cap Set 5
C-Rail, Bearing Set 5 D6 3R
m = 117.0 g
30 1 pce. 0.0.460.30
105


C-Rail, Bearing Unit 5 K
32.4

C-Rail, Slide Profile segment, Al, anodized, natural

C-Rail, Slide Profile Cap Set 5
C-Rail, Bearing Set 5 K
42 m = 60.0 g
65 1 pce. 0.0.460.33


C-Rail, Bearing Unit 6 D10 1R
C-Rail, Slide Profile segment, Al, anodized, natural
47.9

C-Rail, Slide Profile Cap Set 6

C-Rail, Bearing Set 6 D10 1R
m = 231.0 g
1 pce. 0.0.461.31
46
96

15 
C-Rail, Bearing Unit 6 D10 3R
C-Rail, Slide Profile segment, Al, anodized, natural
C-Rail, Slide Profile Cap Set 6
47.9

C-Rail, Bearing Set 6 D10 3R

m = 425.0 g
1 pce. 0.0.461.30

46
156

484
 Linear slides


C-Rail, Bearing Unit 6 K
C-Rail, Slide Profile segment, Al, anodized, natural

47.9
C-Rail, Slide Profile Cap Set 6
C-Rail, Bearing Set 6 K
m = 209.0 g
1 pce. 0.0.461.33
66
96


C-Rail, Bearing Unit 8 D14 1R
C-Rail, Slide Profile segment, Al, anodized, natural
C-Rail, Slide Profile Cap Set 8

63.3
C-Rail, Bearing Set 8 D14 1R
m = 576.0 g
1 pce. 0.0.462.31

64
128


C-Rail, Bearing Unit 8 D14 3R
C-Rail, Slide Profile segment, Al, anodized, natural
C-Rail, Slide Profile Cap Set 8
C-Rail, Bearing Set 8 D14 3R
63.3

m = 1.1 kg
1 pce. 0.0.462.30

64
208


C-Rail, Bearing Unit 8 K
C-Rail, Slide Profile segment, Al, anodized, natural
C-Rail, Slide Profile Cap Set 8
63.3

C-Rail, Bearing Set 8 K

m = 492.0 g
1 pce. 0.0.462.33

90
15
128

485
 Linear slides

C-Rail, Bearing Sets

Durable rollers for constructing customised C-Rail Guides

   4FSWJDF

Pre-assembled Bearing Sets for special bearing units for creat-

ing continuous guide profiles using Slide Profiles.
The Slide Profiles must be machined appropriately for install-
ing the Bearing Sets.


C-Rail, Bearing Set 5 D6 1R
C-Rail, slide plate complete, St, bright zinc-plated
Roller D6, centric
30 2 C-Rail, Lubricating Systems 5 D6
59 2 Countersunk Screws DIN 7991-M5x10, St, bright zinc-pl.
m = 21.0 g
1 set 0.0.460.35

C-Rail, Bearing Set 5 D6 3R
C-Rail, slide plate complete, St, bright zinc-plated
2 Rollers D6, centric
Roller D6, eccentric
30 2 C-Rail, Lubricating Systems 5 D6
99 2 Countersunk Screws DIN 7991-M5x10, St, bright zinc-pl.
m = 51.0 g
1 set 0.0.460.34

C-Rail, Bearing Set 5 K
C-Rail, slide plate complete, St, bright zinc-plated
42 C-Rail, Roller 5 K, PA
2 Countersunk Screws DIN 7991-M5x10, St, bright zinc-pl.
59 m = 21.0 g
1 set 0.0.460.37

C-Rail, Bearing Set 6 D10 1R
C-Rail, slide plate complete, St, bright zinc-plated
Roller D10, centric
2 C-Rail, Lubricating Systems 6 D10
46 2 Countersunk Screws DIN 7991-M6x12, St, bright zinc-pl.
15 m = 103.0 g
89
1 set 0.0.461.35

486
 Linear slides


C-Rail, Bearing Set 6 D10 3R
C-Rail, slide plate complete, St, bright zinc-plated
2 Rollers D10, centric
Roller D10, eccentric
2 C-Rail, Lubricating Systems 6 D10
2 Countersunk Screws DIN 7991-M6x12, St, bright zinc-pl.
46
m = 214.0 g
149
1 set 0.0.461.34


C-Rail, Bearing Set 6 K
C-Rail, slide plate complete, St, bright zinc-plated
C-Rail, Roller 6 K, PA
66 2 Countersunk Screws DIN 7991-M6x12, St, bright zinc-pl.
m = 79.0 g
89
1 set 0.0.461.37


C-Rail, Bearing Set 8 D14 1R
C-Rail, slide plate complete, St, bright zinc-plated
Roller D14, centric
2 C-Rail, Lubricating Systems 8 D14
2 Countersunk Screws DIN 7991-M8x16, St, bright zinc-plated
m = 257.0 g
64
1 set 0.0.462.35
119


C-Rail, Bearing Set 8 D14 3R
C-Rail, slide plate complete, St, bright zinc-plated
2 Rollers D14, centric
Roller D14, eccentric
2 C-Rail, Lubricating Systems 8 D14
2 Countersunk Screws DIN 7991-M8x16, St, bright zinc-plated
m = 576.0 g
64 1 set 0.0.462.34
199


C-Rail, Bearing Set 8 K
C-Rail, slide plate complete, St, bright zinc-plated
C-Rail, Roller 8 K, PA
2 Countersunk Screws DIN 7991-M8x16, St, bright zinc-plated
m = 158.0 g
90
1 set 0.0.462.37
119

15

487
 Linear slides

C-Rail, Slide Profiles

C-Rail, Rail Profiles
For constructing customised slides and C-Rail Guides

   4FSWJDF

For constructing slides for a [mm] b DIN 74 c [mm] d [mm]

C-Rail System 5, 6, or 8 using 
Bearing Sets. 14.5 Bf5 30 / 42 32.4
The positions of the holes are 
16.5 Bf6 46 / 66 47.9
identified by marking grooves

in the profiles. 22.5 Bm8 64 / 90 63.3

Bearing Units K (without The relevant holes (a) for the lock nuts and countersinks DIN 74 (b) for the Countersunk Screws
guiding shaft) or 1R (with 1 must be provided to secure the Bearing Sets.
or 2 guiding shafts) or 3R are
guided in the Rail Profiles.

Materials used in all the following products:

Al, anodized
 
C-Rail, Rail Profile 5
10
21.4 17.4

A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

4.3
44.3

6 2.62 0.71 0.91 4.67 0.76 1.78

natural, cut-off max. 6000 mm 0.0.460.01
19.3 natural, 1 pce., length 6000 mm 0.0.448.25
 
C-Rail, Rail Profile 6
15
25.4

5 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

68.4

6.23 1.68 4.84 26.26 2.74 6.22

34.4

10
natural, cut-off max. 6000 mm 0.0.461.01
natural, 1 pce., length 6000 mm 0.0.451.52
29.1
 
C-Rail, Rail Profile 8
20
32.2

2 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] Wx [cm ] Wy [cm ]
6.8 11.41 3.10 17.35 84.78 7.39 14.35
15
92.7

natural, cut-off max. 6000 mm 0.0.462.01

49.5

14
natural, 1 pce., length 6000 mm 0.0.452.52

38.8

4.3 C-Rail, Slide Profile 5
2 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] Wx [cm ] Wy [cm ]
41

32.4
19.9

2.46 0.67 0.92 2.86 0.81 1.11

10

10 natural, cut-off max. 6000 mm 0.0.460.02

19.3 
natural, 1 pce., length 6000 mm 0.0.448.27

488
 Linear slides


C-Rail, Slide Profile 6
5
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]

61
5.44 1.47 4.00 13.08 2.79 3.24

47.9
28.6
natural, cut-off max. 6000 mm 0.0.461.02

15
natural, 1 pce., length 6000 mm 0.0.451.54
15
29.1 


C-Rail, Slide Profile 8
2 4 4 3 3
A [cm ] m [kg/m] Ix [cm ] Iy [cm ] Wx [cm ] Wy [cm ]

6.8 9.81 2.65 16.08 41.91 6.71 7.63

81.5

natural, cut-off max. 6000 mm 0.0.462.02

63.3
natural, 1 pce., length 6000 mm 0.0.452.54
37
20

20

38.8
Materials used in all the following products:
PA-GF
19.3 
C-Rail, Rail Profile Cap Set 5
C-Rail, Rail Profile Cap right
C-Rail, Rail Profile Cap left
44.3

m = 2.0 g
2.5
black, 1 set 0.0.460.38
29. 
1 C-Rail, Rail Profile Cap Set 6
C-Rail, Rail Profile Cap right
C-Rail, Rail Profile Cap left
68.4

m = 5.0 g
5.0
3
black, 1 set 0.0.461.38

38. C-Rail, Rail Profile Cap Set 8


8
C-Rail, Rail Profile Cap right
C-Rail, Rail Profile Cap left
m = 13.0 g
92.7

13.0
black, 1 set 0.0.462.38
4


C-Rail, Slide Profile Cap Set 5
41.1

C-Rail, Slide Profile Cap right

2.5 C-Rail, Slide Profile Cap left
19.3 m = 2.0 g
black, 1 set 0.0.460.39

C-Rail, Slide Profile Cap Set 6
15
C-Rail, Slide Profile Cap right
61.1

C-Rail, Slide Profile Cap left

m = 4.0 g
3
black, 1 set 0.0.461.39
29.
1

C-Rail, Slide Profile Cap Set 8
C-Rail, Slide Profile Cap right
C-Rail, Slide Profile Cap left
81.5

m = 11.0 g
black, 1 set 0.0.462.39
4
38.
8
489
 Linear slides

Profiled Steel Rail Guide Systems

Four-row linear guide systems (with full complement) on profiled rails
Bearing Carriages can carry loads from all directions
High load-carrying capacity and rigidity

Four-row linear guide systems (with full complement) on pro- In a number of application cases, particularly involving high
filed rails whose special fastening geometry makes them ideal forces and moments that need to be absorbed by greater support
for use on profile constructions. distances, the carriages should not be used individually, but rather
The individual linear guide system carriages can be loaded in combination.
from all directions and can absorb moments around all axes. Solutions involving several carriages on a single rail and several
The key features of linear guide systems PS are high load- carriages on parallel rails are also possible.
carrying capacity, rigidity and compact design.
Each linear guide system carriage can be freely combined with
every Linear Guide Rail within a given Line, so that one, two
or more carriages are possible per rail and carriages can be
exchanged.

Rail Attachment

*OOPWBUJPO

Guide systems with parallel rails on a single supporting profile Guide rail PS 4-15 is attached A guide PS 4-25 with one or more guide car-
can be constructed on the profile groove without elaborate to the Profile 8 groove. The riages, one guide rail and one rail clamp on a
alignment measures due to the special fastening geometry rail has been shaped for Support Profile.
employed by the rail. The use of parallel rails on independent this purpose and centres The self-centring rail clamp also serves as a
profiles or different support constructions will require the automatically when screwed support for the guide rail and secures this to
amount of alignment and fastening which is typical for profile against Groove Profile 8 Al any Support Profile 8 with a minimum width of
rail guides (machining of location surfaces, use of parallel M4-60. 80 mm. Profile 8 lightweight and 8 E should
segments etc.). not be used for the support profiles.

15

Note:
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

490
 Linear slides

Bearing Carriages
High load-carrying capacity and rigidity in a compact package
Full complement of balls ensures low wear


XXXJUFNDPN

The Bearing Carriages can be used either individually or in Button-Head Screws ISO
various combinations on one or more rails. 7380 and Locating Washers
The Bearing Carriage has four polished tracks on which the 8 are used to fasten Profiles
bearings are in linear rolling-ball contact with the profiled rail. 8 to the Bearing Carriage.
The bearings are recirculated through the end-face reverse
units and closed return conduits. The carriages are fitted with
end-face wipers and additional longitudinal wipers in order to Button-Head Screws 147
minimise sensitivity to external influences. ISO 7380
Locating Washers 155

PS 4-15 PS 4-25
Fy = Fz 1,000 N * 2,500 N
Mx 15 Nm 60 Nm
My = Mz 10 Nm 25 Nm
C 7,200 N 17,900 N
C0 14,500 N 37,000 N
vmax. 5 m/s 5 m/s
-40 +100 C -40 +100 C
hmin. 40 mm 60 mm

The permissible load for a linear guide system depends on the load bearing *Note: The fastening of the guide rail does not enable the
capacity of the guide elements but also on the strength of the screw connec- stated tensile forces of the PS4-15 linear guide system to be
tions and the construction of the profile frame. utilised to the full in all directions.
The minimum stroke length (hmin.) is required if the rolling-ball contact is to
be adequately lubricated. The carriage is charged at the factory with lithium-
based grease. Lithium-based grease with a mineral-oil base can be used for
re-lubrication.
Given the contact pressure of the wipers, a displacement force of 10 N must be
taken into account irrespective of the load.

6 
55. 9.8 34 Bearing Carriage PS 4-15
3 30
Housing, St, hardened
2 wipers, PA, black 15
2 lubricating nipples
19

Notes on Use and Installation

M5/7 m = 140.0 g
1 pce. 0.0.443.06

57 Bearing Carriage PS 4-25
82 7
60. 40 Housing, St, hardened

2 wipers, PA, black
2 lubricating nipples DIN 3405 A M6-120
m = 545.0 g
25.6

1 pce. 0.0.443.16
M6/8
46

491
 Linear slides

Linear Guide Rail PS 4-15

Stable guide for two-sided raceway
Self-centring fastening to the profile groove


XXXJUFNDPN *OOPWBUJPO

Profiled Linear Guide Rail with special fastening geometry

for grooves of Profile 8 at the base of the rail. The rails are
provided with fastening bores and countersinks for Hexagon
Socket Head Cap Screws DIN 912-M4. Following installa-
tion, the countersinks must be covered flush using the caps
provided in order to increase the service life of the end-face
wiper systems.

Hexagon Socket Head 152

Cap Screws The rails are best fastened
to the Profile 8 using Groove
Profile 8 Al M4/60 and Hex.
Socket Head Cap Screws
DIN 912-M4x16.

8 
Linear Guide Rail PS 4-15
3.3

32x8/6.8 St, Cf 53, hardened, polished

4.6
Caps, PA
60 m = 1.30 kg/m
cut-off max. 1900 mm 0.0.443.32
20
12.4

0 1 pce., length 1900 mm 0.0.443.31

190
11.4
15

32xM4 Groove Profile 8 Al M4-60



60 Al, anodized
20
m = 590 g/m
0
200
9.5

natural, 1 pce., length 2000 mm 0.0.443.02

16

15

492
 Linear slides

Linear Guide Rail PS 4-25

Exceptional rigidity thanks to Guide Rail Clamping Profile
Simple assembly with no additional profile machining


XXXJUFNDPN *OOPWBUJPO

Profiled Linear Guide Rail with special rail base geometry.

Clamping using the Guide Rail Mounting Profile and Guide Rail
Clamping Profile makes it possible to use rails without holes
that do not require Caps, or subsequent machining.

Linear Guide Rail PS 4-25 uses fastening

profiles to create a clamping effect. A Guide
Rail Mounting Profile, a Guide Rail Clamp-
ing Profile and the appropriate number of
Hexagon Socket Head Cap Screws DIN 6912-
M6x40 are required to mount each guide rail.
The screws connect the two components of
the linear guide system while the fastening
profiles do not need to be machined.
Recommended tightening torque for the
screws MA = 10 Nm.

Hexagon Socket Head

Cap Screw DIN 6912 153
M6x40


Linear Guide Rail PS 4-25
St, Cf 53, hardened, polished
m = 2.50 kg/m
18.2

0
380 cut-off max. 3800 mm 0.0.443.34
23 1 pce., length 3800 mm 0.0.602.04


Guide Rail Mounting Profile PS 4-25
Al, anodized
6.5 m = 940 g/m
11/4 natural, 1 pce., length 2000 mm 0.0.443.17
)
24x 15
80(
0
200
40


Guide Rail Clamping Profile PS 4-25
Al, anodized
M6 m = 529 g/m
) natural, 1 pce., length 2000 mm 0.0.443.18
24x
80( 0
200
40

493
 Linear slides

Ball-bearing guide bushes

Grooves all the way round for fastening purposes
Available to suit 2 shaft diameters
Ideal for vertical lifting movements

4FSWJDF

Ball-bearing guide bushes can be integrated as compact linear

slides in profile constructions.
The length of the guide is determined solely by the length of
the guiding shaft.
The Ball Bushes offer low friction and are characterised by
high linearity of motion.
The heart of a ball-bearing guide bush is the recirculating ball
bearing which runs on a hardened steel guiding shaft. Ball
Bushes and guiding shafts are integrated into the profile cavi-
ties with the minimum of ancillary components.
Two sizes, based on shaft diameters D14 and D25, are
designed to withstand slide loads of 500 and 1500 N. The
maximum travelling speed is 2 m/s.
The double-sided seal of the Ball Bush, together with a high-
quality grease filling, guarantee a long service life for the guide
units, even under unfavourable operating conditions.
It is recommended that an evaluation should be made of the
load-bearing capacity and service life, together with an allow-
ance for deflection of the guiding shafts in the case of longer
strokes.

Note:
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

15

494
 Linear slides

Ball-Bearing Guide Bush Sets

The easy way to achieve a customised slide

Turnkey system up to 2,000 mm long

Easily combined to achieve increased load-carrying capacity
Available in two variants one-piece or parallel slides

Complete guide systems based on Shafts D14 or D25 with

variable slide (S) and stroke lengths (H) (please indicate when
ordering). Shaft length W = 80 + H + S.
The slightly shorter shaft length allows adjustments during
installation.
The maximum length of guide is 2000 mm.
The load ratings of the slides are governed by the type and
number of Ball-Bearing Guide Bush Units used.

Guide a [mm] Recommended arrangement

Alternatives for a fixing or mounting hole.
80x40 D14
3,3
160x40 D14
80x80 D25
4,3
160x80 D25


48 Ball-Bearing Guide Bush Set 8 80x40 D14
+S
= 9 6+H 8 Fully machined and pre-assembled
L
S9 2 slides 8 80x40 D14, Al, anodized, natural
4 Clamp Blocks 8 80x40 D14
4 Caps 8 80x40
4 Clamp-Block Caps 8 80x40 D14
4 Slide Caps 8 80x40 D14
40

4 Ball-Bearing Guide Bush Units 8 D14

80 4 Shaft-Clamping Bushes 8 D14
2 Shafts D14
1 set 0.0.386.11

48 Ball-Bearing Guide Bush Set 8 80x80 D25
+S Fully machined and pre-assembled
6+H
L=9 138 2 slides 8 80x80 D25, Al, anodized, natural
S
4 Clamp Blocks 8 80x80 D25
4 Caps 8 80x80
4 Clamp-Block Caps 8 80x80 D25
4 Slide Caps 8 80x80 D25
80

4 Ball-Bearing Guide Bush Units 8 D25

4 Shaft-Clamping Bushes 8 D25
2 Shafts D25 15
80
1 set 0.0.387.11

80 
Ball-Bearing Guide Bush Set 8 160x40 D14
48
Fully machined and pre-assembled
+S
6+H 8 Slide 8 160x40 D14, Al, anodized, natural
L=9 S9 2 Clamp Blocks 8 160x40 D14
2 Caps 8 160x40
2 Clamp-Block Caps 8 160x40 D14
2 Slide Caps 8 160x40 D14
40

4 Ball-Bearing Guide Bush Units 8 D14

4 Shaft-Clamping Bushes 8 D14
160 2 Shafts D14
1 set 0.0.386.10

495
 Linear slides

80 
Ball-Bearing Guide Bush Set 8 160x80 D25
48
+S Fully machined and pre-assembled
6+H Slide 8 160x80 D25, Al, anodized, natural
L=9 S138 2 Clamp Blocks 8 160x80 D25
2 Caps 8 160x80
2 Clamp-Block Caps 8 160x80 D25
2 Slide Caps 8 160x80 D25
4 Ball-Bearing Guide Bush Units 8 D25
80

4 Shaft-Clamping Bushes 8 D25

2 Shafts D25
160 1 set 0.0.387.10

Shaft-Clamping Bushes
For holding Shafts firmly and securely in the hollow chamber of a profile
For building customised ball-bearing clamp blocks

 4FSWJDF

For clamping Shafts D14 and D25.

The Shaft-Clamping Bushes are fixed in the cavities of Profiles
8 using grub screw DIN 913-M8.


24 Shaft-Clamping Bush 8 D14
St, black
14 Grub screw DIN 913-M8x16, St, bright zinc-plated
18 m = 22.0 g
1 pce. 0.0.386.03

24 Shaft-Clamping Bush 8 D25
St, black
Grub screw DIN 913-M8x27, St, bright zinc-plated
25 m = 85.0 g
3 1 pce. 0.0.387.03
4

15

496
 Linear slides

Ball-Bearing Guide Bush Units

For compact and maintenance-free Linear Units
Easily installed in Profiles 8
For customised ball-bearing guide bush slides

4FSWJDF

Ball-Bearing Guide Bush Units consist of sleeves accommo-

dating the Ball Bushes. They form the guide elements for a
ball-bearing guide bush.

The Ball-Bearing Guide Bush Units are fixed in the cavities of

Profiles 8 using grub screw DIN 914-M8.
The direction of the load for the Ball-Bearing Guide Bush Unit
should be selected such that the operating load presses the
Ball-Bearing Guide Bush Unit into the prism of the profile cavity
and not against the grub screw.

48

Ball-Bearing Guide Bush Unit 8 D14
36 Sleeve, St, black
Ball Bush D14, sealed both ends, maintenance-free
Grub screw DIN 914-M8x10, St, bright zinc-plated
14
2 C [N] C0 [N] vmax. [m/s] m [g]
1
2 620 520 2 62.0
2.7
1 pce. 0.0.386.12

68 Ball-Bearing Guide Bush Unit 8 D25
52 Sleeve, St, black
Ball Bush D25, sealed both ends, maintenance-free
Grub screw DIN 914-M8x22, St, bright zinc-plated
C [N] C0 [N] vmax. [m/s] m [g]
25 1,990 1,670 2 300.0
3 1 pce. 0.0.387.12
5
3
9.7

15

497
 Linear slides

Slide Caps
Clamp-Block Caps

Safe covering for the end face

Prevents soiling
For constructing customised ball-bearing guide bushes

Rounded face covering for cut profile end of the slides or

Clamp Blocks of ball-bearing guide bushes.

Materials used in all the following products:

PA-GF

c Slide Cap 8 80x40 D14
4

a = 40 mm b = 80 mm c = 24 mm m = 13.0 g
black, 1 pce. 0.0.386.08
b
a 
Slide Cap 8 80x80 D25
a = 80 mm b = 80 mm c = 42 mm m = 24.0 g
black, 1 pce. 0.0.387.08

Slide Cap 8 160x40 D14
4

80
a = 40 mm b = 160 mm c = 24 mm m = 26.0 g
c black, 1 pce. 0.0.386.06

b Slide Cap 8 160x80 D25
a = 80 mm b = 160 mm c = 42 mm m = 53.0 g
a
black, 1 pce. 0.0.387.06

c

Clamp-Block Cap 8 80x40 D14
4

a = 40 mm b = 80 mm c = 15 mm m = 14.0 g
black, 1 pce. 0.0.386.09
b
a 
Clamp-Block Cap 8 80x80 D25
a = 80 mm b = 80 mm c = 26 mm m = 28.0 g
black, 1 pce. 0.0.387.09

Clamp-Block Cap 8 160x40 D14
4

80
a = 40 mm b = 160 mm c = 15 mm m = 28.0 g
15 c
black, 1 pce. 0.0.386.07

Clamp-Block Cap 8 160x80 D25
b
a = 80 mm b = 160 mm c = 26 mm m = 56.0 g
a black, 1 pce. 0.0.387.07

498
 Linear slides

Ball-bush block guides

Modular blocks enable customisation
Special block profiles for different heights

4FSWJDF

The application and characteristics of the modular ball-bush filling ensure a long service life, even under difficult operating
block guides are similar to those of the ball-bearing guide conditions.
bushes. By separating the sliding carriage into two units, the It is advisable to carry out calculations to check the load-
distance between the points of support on the guides can be bearing capacity and service life and to make an allowance
selected in accordance with the applied loads. for the deflection of the guiding shafts in the case of longer
The special profiles of sizes 40x40 and 60x60 (with Line 8 strokes.
grooves) accommodate both the shaft and the Ball Bushes. The Direct-Fastening Set is particularly suitable for connecting
The range of sizes and the different shaft diameters are the profiles of the ball-bush block guides to other profiles, so
designed to withstand applied loads ranging from 500 to 1500 that the profiles can be moved and no machining is required.
N at a maximum travelling speed of 2 m/s. The Ball Bushes,
which are sealed at both ends, and the high-quality grease

Ball-bush block guides, size 40x40, Shaft D14 Ball-bush block guides, size 60x60, Shaft D25

The blocks can be pinned in the areas marked (depending on requirements).

Note: 15
Section 19 includes equations for calculating the statistically
projected service life of all linear slides mounted on rolling
elements.

499
 Linear slides

Shaft-Clamp Block Sets

Ball-Bush Block Sets

Compact components for customised linear slides

All necessary components in one package
Stable hold for Shafts

The Shaft-Clamp Blocks hold The Ball-Bush Blocks serve An individual Ball Bush is unable to absorb any moment. It
and clamp the shafts. as the guide elements with is therefore always necessary to use two shafts for a guide
The shafts are clamped by integral press-fitted recirculat- system, with at least two Ball Bushes being located one after
means of appropriate grub ing Ball Bushes. the other on a single shaft.
screws. The distances must be appropriate for the moment loads.


Shaft-Clamp Block Set 8 D14

14 2 Shaft-Clamp Blocks 8 D14, Al, anodized, natural

Block-End Cap Set 8 40x40, PA-GF, black
Block-Cap Set 8 D14, PA-GF, black
DIN914
24

M8x8 m = 220.0 g
26 1 set 0.0.629.05

DIN914
M8x6
4 40
0
4


Shaft-Clamp Block Set 8 D25
2 Shaft-Clamp Blocks 8 D25, Al, anodized, natural
25 Block-End Cap Set 8 60x60, PA-GF, black
Block-Cap Set 8 D25, PA-GF, black
m = 537.0 g
15 DIN914
34

M10x12 1 set 0.0.629.08

36

DIN914
M10x10
6 40
0

500
 Linear slides


Ball-Bush Block Set 8 D14
14 Ball-Bush Block 8 D14, Al, anodized, natural
Block-Cap Set 8 D14, PA-GF, black
C [N] C0 [N] vmax. [m/s] m [g]

24
620 520 2 112.0
26 40 1 set 0.0.629.16
4 4
0


Ball-Bush Block Set 8 D25
Ball-Bush Block 8 D25, Al, anodized, natural
Block-Cap Set 8 D25, PA-GF, black
25
C [N] C0 [N] vmax. [m/s] m [g]
1,990 1,670 2 260.0
34

1 set 0.0.629.17

36 40
6 4
0

15

501
 Linear slides

Shafts
Hardened and polished guiding shafts
Extremely
versatile for use with linear slides, roller guides, linear guide
elements, C-Rails, ball-bearing guide bushes, ball-bush block guides
Available with additional corrosion-resistant coating (Shaft D14K)
Shaft D14 also available in stainless steel

Shaft D6
6 h6
St, Cf 53, hardened, polished
Hardness HRc 60 2
Roughness Ra = 0.3 m, Rz = 1.6 m
Hardening depth min. 0.4 mm
Roundness 4 m, Parallelism 5 m/1000 mm
m = 0.22 kg/m
bright, cut-off max. 3000 mm 0.0.356.01
bright, 1 pce., length 3000 mm 0.0.453.75

Shaft D10
10 h6 St, Cf 53, hardened, polished
Hardness HRc 60 2
Roughness Ra = 0.3 m, Rz = 1.6 m
Hardening depth min. 0.4 mm
Roundness 4 m, Parallelism 6 m/1000 mm
m = 0.62 kg/m
bright, cut-off max. 6000 mm 0.0.401.09
bright, 1 pce., length 3000 mm 0.0.453.76
bright, 1 pce., length 6000 mm 0.0.615.19

Shaft D14

14 h6 St, Cf 53, hardened, polished

Hardness HRc 60 2
Roughness Ra = 0.3 m, Rz = 1.6 m
Hardening depth min. 0.6 mm
Roundness 5 m, Parallelism 8 m/1000 mm
m = 1.21 kg/m
bright, cut-off max. 6000 mm 0.0.294.01
bright, 1 pce., length 3000 mm 0.0.453.77
bright, 1 pce., length 6000 mm 0.0.614.59

Shaft D14 K
St, Cf 53, hardened, polished
Hardness HRc 60 2
15 Roughness Ra = 0.3 m, Rz = 1.6 m
Hardening depth min. 0.6 mm
Roundness 5 m, Parallelism 8 m/1000 mm
With corrosion-resistant coating
m = 1.21 kg/m
black, cut-off max. 3000 mm 0.0.294.55
black, 1 pce., length 3000 mm 0.0.453.78

502
 Linear slides

Shaft D14
St, X 46 Cr 13, hardened, polished
Hardness HRc 54 2
Roughness Ra = 0.3 m, Rz = 2 m
Hardening depth min. 0.6 mm
Roundness 5 m, Parallelism 8 m/1000 mm
m = 1.21 kg/m
stainless, cut-off max. 3000 mm 0.0.472.30
stainless, 1 pce., length 3000 mm 0.0.472.31

Shaft D25
St, Cf 53, hardened, polished
Hardness HRc 60 2
25 h6 Roughness Ra = 0.3 m, Rz = 1.6 m
Hardening depth min. 0.9 mm
Roundness 6 m, Parallelism 9 m/1000 mm
m = 3.85 kg/m
bright, cut-off max. 6000 mm 0.0.350.09
bright, 1 pce., length 3000 mm 0.0.453.80
bright, 1 pce., length 6000 mm 0.0.615.23

15

503
 Linear slides

Limit Stop
Slide stop integrated into the profile groove
No protruding components
Suitable for positioning anywhere along the groove

Limit Stop for hand-operated sliding carriage or additional

mechanical safeguard.
A Limit Stop is required for each terminal position.
The Limit Stop can also be located in the area of the groove
covered by a Timing Belt.

Arrangement of the plastic

buffer in the groove of the
supporting profile. Grub
screw M8x44 is secured in
the opposing groove of the
moving carriage.

6 Limit Stop 8


T-Slot Nut 8 St M8, bright zinc-plated

14

Grub screw DIN 916-M6x12, St, bright zinc-plated

T-Slot Nut M6x8 with thrust piece, St, bright zinc-plated
Nut DIN 508-M6x8, St, bright zinc-plated
10 Plastic buffer 10x40 mm, PUR yellow, 90 Shore A
Grub screw M8x44, St, bright zinc-plated
Washer DIN 6340-8.4, St, bright zinc-plated
Hexagon nut DIN 6331-M8, St, bright zinc-plated
8 66 m = 65.0 g
1 set 0.0.337.11

15

504
 Linear slides

Slide Clamp 8 heavy-duty

Hold slides in place
Large clamping area for high holding force
Can be used with any slide design

Slide Clamp 8 heavy-duty is used for securing the guide

slide relative to the guide profile.
It can be screw-connected under any carriage of items
linear slides where there is a clearance of 20 mm to the
guide profile.
It is advisable to additionally pin Slide Clamp 8 heavy-duty to
the sliding profile (dowel DIN 6325-5m6 x 30).
Fixing bores have already been provided in Slide Clamp 8
heavy-duty for this purpose.
The special design of Slide Clamp 8 heavy-duty prevents
undue force being applied to the bearings as a result of the
clamping action.

Clamping elements F* [N]

dry Approx. 1,500 N
oily Approx. 1,000 N
*Holding force for maximum tightening torque of 15 Nm


Slide Clamp 8 heavy-duty
Slide Clamp Profile 8, Al, anodized, natural
M8 2 Caps, PA, black
Special clamping nut, St, black
Spacer sleeve, St
2 wipers
Hexagon Socket Head Cap Screw DIN912 M8x20, St
T-Slot Nut 8 St M8
Clamp lever, black
18

m = 385.0 g
1 pce. 0.0.463.65
120
39

15

505
 Linear slides

15

506
Mechanical drive elements 16
Linear Units
Timing-Belt Drives
Chain Drive
Rack Drive
Ball Screw Units
Bevel Gearbox 16
Accessories for Mechanical Drive Elements
 M e ch a n ic a l dri v e e l e m e n ts

Mechanical drive elements

Products in this section

Linear Unit KLE Linear Unit KRF Timing-Belt Reverse Units Timing-Belt Counter- Timing Belt
High-precision Linear Unit High-strength steel tracks For driving and reversing Reverse Units Quiet running, rigid traction
with compact dimensions integrated into the guide Timing Belt R25 T10 Movable axes for mobile device
fully assembled profile With multi-spline hub or applications Highly flexible steel cables
Functional elements Criss-crossed Rollers for hub processed to customer Drive with Timing-Belt swith polyurethane sheath-
covered for safe, clean high load-to-size ratio specifications Reverse Unit on the slide ing for long service life
operation

510 518 522 531 533

Chain drive Rack drive Ball Screw Unit KGT Bevel Gearbox WG Couplings
Chain drive for Linear Slides The rack sits entirely in the For Linear Units with the ulti- For connecting drives in Compensation for alignment
Ideal for simple drive profile groove mate positioning accuracy virtually any position errors
solutions High drive rigidity with mini- Low-wear spindle for long- Five connection variants Cushioning of drive influ-
mum space requirements term precision from 90 to 360 ences

537 539 542 544 547

Coupling Housing Multi-Spline Shafts Synchronising Shaft Proximity Switch

Stable connection between For building drive shafts and Profiles Inductive proximity switch for
motor and linear drive Synchroniser Shafts For easily constructing added safety in linear drives
Can be modified to suit the Simple power transmission Synchroniser Shafts between Can be fitted to a Line 8
size of the coupling and the through plug connection drive elements groove or on a Timing-Belt
16 drive casing Torsion angle can be modified Reverse Unit
using an equaliser coupling

548 552 554 559

Note:
Technical data on the couplings can be
found in Section 19.

508
 M e ch a n ic a l dri v e e l e m e n ts

Overview the quickest route to the ideal drive element

Drive elements are the perfect complement to the linear slides available from Linear Unit KLE combines a roller guide and a timing-belt drive in one very
item. They deliver reliable and precise power transmission for automated compact design. All drive and guide elements are enclosed and protected
processes. A range of solutions are available to suit a number of tasks, ensur- within the housing. Two sizes are available.
ing that the ideal combination of linear slide and drive element can be found Linear Unit KRF provides an exceptional load-to-size ratio in an extremely
whatever the requirements. space-saving system. The criss-crossed roller guide with timing-belt drive
Two turnkey solutions (KLE, KRF) make it easier to build typical Linear Units. is sturdy and torsion resistant. The solid aluminium slide also enhances the
They contain coordinated individual components that are supplied ready for systems impressive features.
installation and therefore cut planning and installation costs.

Speed Repeat Stroke length Motive power

Drive elements a comparison
(max.) accuracy (max.) (max.)

v h
+-

Linear Unit KLE 510

Compact turnkey solution with timing-belt drive 10 m/s 0.1 mm 5,700 mm 1,500 N
Preassembled ready to install

Linear Unit KRF 518

Extremely torsion resistant and strong 10 m/s 0.1 mm 5,700 mm 1,000 N
Preassembled turnkey solution with timing-belt drive

Timing-belt drive 522

Universal solution for high speeds 5 m/s 0.15 mm 11,700 mm 2,100 N
Ideal for long stroke lengths

Chain drive 537

Robust for contaminated environments 2 m/s 0.5 mm 5,700 mm 1,400 N
Consistently high power transmission

Rack drive 538

Ideal for vertical movements 3 m/s 0.1 mm 5,700 mm 1,000 N
Extremely rigid and precise

Ball Screw Unit 540

Highest precision of all item drives 1 m/s 0.05 mm 2,700 mm 2,000 N
Low wear and outstanding rigidity
16

Note:
Drive elements from item can be operated with a whole range
of motors. item enables users to choose the drive motor that
best suits their requirements. Flexible couplings are available
for integrating the motor of choice and even synchronised
drives are possible. Information on couplings can be found in
this section.

509
 M e ch a n ic a l dri v e e l e m e n ts

Linear Units KLE

Big performance in a small space
High-precision Linear Unit with compact dimensions fully assembled
Functional elements covered for safe, clean operation
Durable, low-maintenance timing-belt drive
Flexible drive set allows connection to virtually any motor

-JOF   4FSWJDF
XXXJUFNDPN

Linear Units KLE are available in two designs. The item profile This modular drive concept using the drive units means that
grooves in the Housing Profile support a variety of KLE installa- virtually any motor can be adapted. It is also possible to link
tion and fastening options. two KLEs using Synchronising Sets.
All guide and drive elements are protected inside the sturdy KLEs are supplied by your item partner fully assembled and
Housing Profile. This integrated construction reduces possible ready for use. The modular design, with no need for complex
malfunctions caused by soiling and cuts the risks posed by machining, results in short delivery times and facilitates instal-
moving parts. lation and maintenance.
KLEs can be built in housings of any length up to 6000 mm
thanks to the modular design principle. KLEs of type LR are
provided with roller-bearing Slides on guiding shafts and are
driven by Timing Belts. Covered by the Timing Belt, the roller
guide runs protected inside the housing.
The motor drive of a KLE is provided by the drive unit prepared
in advance for this purpose via Drive Sets with coupling ele-
ments.

1 2 3 4 5 6 7 8 9 10

1 Drive Unit KLE with connection facility for drive motor and 6 Rollers, adjustable
synchronisation 7 Rollers, fixed
2 Profile KLE 8 Lubricating Systems
3 Timing Belt AT with PA fabric backing 9 Shaft
4 Cover Plate for Slide KLE 10 Reverse Unit KLE with integrated Timing Belt tensioning
5 Slide KLE with belt clamping device

Determination of the Stroke Length

To obtain a specific working stroke H, the total length L of a
KLE can be derived from the following diagram:
S L = 2 x B + 2 x S + Ls + H
H
L [mm] KLE 6 60x60 KLE 8 80x80
LS
16 B Housing length B 75.0 100.0
S Safety distance S 26.0 63.5
Slide length Ls 198.0 273.0
80

Note: The stated safety distances S apply for average operat-

ing conditions. Depending on the application (speed, load),
B other safety distances may be required.

510
 M e ch a n ic a l dri v e e l e m e n ts

KLE Load Specifications

x Simplified method for determining the maximum permissible
load for the Roller Guides of a KLE:
y

z Fx Mx max My max Mz max Fy max Fz max

KLE
Mz Mx [Nm] [Nm] [Nm] [N] [N]
6 60x60 25 50 100 750 500
Fz
8 80x80 50 100 150 1,500 1,000

My |Mx| ____ |My| |Mz| |Fy| |Fz|

Fy M + M + ____
____
M + ___
F + ___
F 1
x max y max z max y max z max

Deflection KLE
The maximum deflection fmax of the system is governed by the
dimension of the profile cross-section, the free profile length
and the force applied.
It should not exceed 1mm/m.
F
The KLE profile must be given appropriate support if the linear-
ity of movement has to be very precise.
10

L
fmax

10

The moments of inertia of the profiles provide the basis for

calculating the deflection:
Y
Profile KLE Profile KLE
Z 6 60x60 8 80x80
Iy 44.32 cm4 135.59 cm4
Iz 57.46 cm4 179.77 cm4
It 7.23 cm 4
20.31 cm4
Wy 13.08 cm3 29.88 cm3
Wz 19.15 cm 3
44.94 cm3

The formula for the calculation depends on the load scenario.

16

511
 M e ch a n ic a l dri v e e l e m e n ts

Complete Linear Units with variable stroke length (H), Drive The KLEs boast exceptional precision and low-vibration linear
Unit and Reverse Unit, Housing Profile with integrated roller movement. Repeat accuracy is 0.1 mm.
guide on hardened guiding shafts, preset to be free of play. The mass of a KLE can be determined from the overall length
The Timing Belt in its guide grooves acts as a labyrinth seal, of the KLE Housing Profile (without payload):
the Timing-Belt tensioning device is integrated into the Reverse m = m1 + H x m2
Unit along with the ball-bearing mounted pulleys.
Acceleration: max. 10 m/s2
Guide slide with four-piece roller-bearing mounting, Stroke velocity: max. 10 m/s
oil-lubricated roller contact (re-lubrication every 6 months or
every 2500 km)

-JOF 
Linear Unit KLE 6 60x60 LR
S
8
+H +34 H Lmin = 400 mm
= 2S smin = 26 mm
L 198 Hmax = 5750 mm
75 m1 = 4.8 kg
S
m2 = 5 g/mm
Installation guide
60

m = 4.8 kg
1 pce. 0.0.605.07
75
-JOF 
Linear Unit KLE 8 80x80 LR
S Lmin = 600 mm
73 H smin = 63.5 mm
+ H+4
2S Hmax = 5600 mm
L = 73 m1 = 11.6 kg
2 100 m2 = 8.8 g/mm
S Installation guide
m = 11.6 kg
1 pce. 0.0.605.02
80

100

Carriage Plate KLE

Compatible with Linear Units KLE
Profile grooves provide universal fastening options
Fastening for cross members and grippers

-JOF   4FSWJDF

-JOF 
Carriage Plate KLE 6 60x60
30
30 Profile X 6 60x12, Al natural
30 3
2 Caps X 6 60x12, PA-GF, grey
4 Hexagon Socket Head Cap Screws DIN 912-M6x25,
St, bright zinc-plated
4 Washers DIN 433-6.4, St, bright zinc-plated
184 m = 275.0 g
60 1 set 0.0.609.25
-JOF 
Carriage Plate KLE 8 80x80
16 40 Profile X 8 80x16, Al natural
40 4 2 Caps 8 80x16, PA-GF, grey
40 4 Hexagon Socket Head Cap Screws DIN 912-M8x30,
St, bright zinc-plated
4 Washers DIN 433-8.4, St, bright zinc-plated
m = 675.0 g
254
1 set 0.0.609.24
80

512
 M e ch a n ic a l dri v e e l e m e n ts

Drive Sets KLE

For connecting virtually any motor or drive
Compatible with Linear Units KLE
Versatile coupling connects motor and Linear Unit
Drive torque transmitted free of play

-JOF   4FSWJDF

The relevant Drive Set is attached to the Drive Unit for driving
a KLE. This Drive Set consists of a Coupling Half for connec-
10 tion to the pulley, a Coupling Half for connection to the motor
9 shaft, a Coupling Housing with Adapter Plate for connecting
8
the motor to the housing of the Drive Unit, a Centring Piece and
fasteners.
7
The prepared Coupling Half and the hub of the pulley are con-
6 nected with positive locking and bolted together. The elastic
v [m/s]

5 Coupling Insert transmits the drive torque free of play.

4
3
2
K L E 6 60x60
1 K L E 8 80x80
0 Transmission ratios of Drive Units KLE
0 1000 2000 3000 4000
The effective radius of the pulleys is
n [min -1 ] KLE 6 60x60: rW = 24.5 mm
KLE 8 80x80: rW = 33.5 mm

e e
f
g
f

kmin
kmin kmax
kmax

[mm] KLE 6 60x60 KLE 8 80x80

e 62 70
f min 47 59.5
g 60 80
k min 34 30
k max 38 44

The Drive Set is designed so that the interface may be easily The permissible drive torques for the Drive Units and coupling
machined to suit the motor being attached: must be taken into account when specifying the motor. To in-
- The universal Coupling Half bore is easily machined to accom- crease the rigidity of the drive connection, it may be necessary
modate the motor shafts. Parallel keyways or similar can be to use a profile construction to support the motor.
added if necessary.
The hubs of the Couplings Halves can be bored up to the
16
- The Adapter Plate can be machined to suit the motor plate.
Consequently, virtually any motor can be used for driving a diameter of the motor/gearbox shafts. For higher drive torques,
KLE. a key to DIN 6885 T1 is recommended.
The Centring Piece supplied must always be fitted between the
housing parts to prevent alignment errors during assembly.

513
 M e ch a n ic a l dri v e e l e m e n ts

Simplified method for determining the maximum permissible load for the drive elements of a
KLE:
Fx
Clamping connection of motor shaft to coupling KLE 6 60x60 KLE 8 80x80
Clamping Screw M6 M6
Tightening torque [Nm] 10.5 10.5
Hole diameter D[mm] of motor shaft D6-D20 D8-D28
Transferrable drive torque MA max [Nm] 12 30

Rigid connection of motor shaft to coupling

KLE 6 60x60 KLE 8 80x80
(e.g. with key)
Transferrable drive torque MA max [Nm] 12 50

MA Permissible operating load of Drive Unit for

KLE 6 60x60 KLE 8 80x80
vmean = 1.5 m/s
Fx max [N] 500 1,500

-JOF 
Drive Set KLE 6 60x60
Coupling Housing, KLE 6 60x60, Al
47 Coupling Half D40 KLE 6 60x60, Al
Coupling Half D40/D5, Al
60

2
Coupling Insert D40, PU 64 Sh D, green
Centring Piece D40 KLE 6 60x60
36

Adapter Plate KLE 6 60x60

5
4 4 Hexagon Socket Head Cap Screws DIN 912-M5x25,
75 St, bright zinc-plated
4 62 4 Hexagon Socket Head Cap Screws DIN 912-M5x65,
7 18
St, bright zinc-plated
62 Hexagon Socket Head Cap Screw DIN 912-M6x20,
7 St, bright zinc-plated
5
m = 911.0 g
-JOF 
1Drive
set Set KLE 8 80x80 0.0.609.80
Coupling Housing, KLE 8 80x80, Al
Coupling Half D55 KLE 8 80x80, Al
59.5 Coupling Half D55/D8, Al
Coupling Insert D55, PU 64 Sh D, green
80

2 Centring Piece D55 KLE 8 80x80

Adapter Plate KLE 8 80x80
4 Hexagon Socket Head Cap Screws DIN 912-M6x25, St, bright zinc-plated
50

7 4 Hexagon Socket Head Cap Screws DIN 912-M6x85, St, bright zinc-plated
4
100
Hexagon Socket Head Cap Screw DIN 912-M8x25, St, bright zinc-plated
70 m = 1750.0 g
5
9.5 20 1 set 0.0.609.77
84
10
0

16

514
 M e ch a n ic a l dri v e e l e m e n ts

Synchronising Sets KLE

For connecting two Linear Units KLE via a common shaft

Two couplings create a flexible connection

 

The permissible speed of the

Synchroniser Shaft depends a
2000
on its length. b
1800
n = Rotational speed of the
1600
Synchroniser Shaft
1400 a = Distance between Linear
1200 Units
n [min -1 ]

1000
800 A suitable Tube St (sawn to length) turns the Synchronising Set
600 into a complete Synchroniser Shaft.
400
200 KLE 6 60x60 KLE 8 80x80
0 Tube D20x3 St D25x3 St
0 1000 2000 3000
b a - 65 mm a - 70 mm
a [mm]
a Distance between Linear Units


Synchronising Set KLE 6 60x60
2 Coupling Halves D40 KLE 6 60x60, Al
2 2 Coupling Halves D40/D20, Al
0
2 Coupling Inserts D40, PU 64 Sh D, green
2 Hexagon Socket Head Cap Screws DIN 912-M6x20,
4 St, bright zinc-plated
0
m = 285.0 g
1 set 0.0.609.81

Tube D20x3 St
14 St
20 m [kg/m] Iy [cm4] Ix [cm4] Wx [cm3] Wy [cm3]
1.26 1.19 1.19 1.19 1.19
bright zinc-plated, cut-off max. 6000 mm 0.0.609.86
bright zinc-plated, 1 pce., length 6000 mm 0.0.609.85

Synchronising Set KLE 8 80x80
2 Coupling Halves D55 KLE 8 80x80, Al
2 2 Coupling Halves D55/D25, Al
5 2 Coupling Inserts D55, PU 64 Sh D, green
2 Hexagon Socket Head Cap Screws DIN 912-M8x25,
St, bright zinc-plated
5 m = 715.0 g
5 16
1 set 0.0.609.78

Tube D25x3 St
19 St
25 m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
1.63 2.55 2.55 2.04 2.04
bright zinc-plated, cut-off max. 6000 mm 0.0.609.83
bright zinc-plated, 1 pce., length 6000 mm 0.0.609.82

515
 M e ch a n ic a l dri v e e l e m e n ts

Synchroniser Shaft Cover Sets KLE

Synchroniser Shaft Cover Set KLE

Shaft covered for added safety
Prevents soiling

 

The components contained in the Synchroniser Shaft Cover Set are used to
secure the conduit elements between the Drive Units of the KLEs.
KLE 6 60x60:
Conduit Profile U 60x60 E and Lid Profile D60 E
10 c = a - 24 mm (Adapter Plate thickness = 12 mm)
a c KLE 8 80x80:
Conduit Profile U 80x80 E and Lid Profile D80 E
c = a - 32 mm (Adapter Plate thickness = 16 mm)
10
DIN 74-Af4 a = Distance between Linear Units
c = Length of conduit elements
The Conduit Profiles must be provided with countersink DIN 74-Af4 to secure
them.

Conduit Profiles E 431

Lid Profiles (for Installa- 436
tion Conduits)

60 
Synchroniser Shaft Cover Set KLE 6 60x60
2 Synchroniser Adapter Plates KLE 6 60x60, Al
4 Hexagon Socket Head Cap Screws DIN 912-M5x16,
M4 St, bright zinc-plated
4 Washers DIN 433-5,3, St, bright zinc-plated
4 Countersunk Screws DIN 7991-M4x8, St, bright zinc-plated
60

m = 300.0 g
M4
1 set 0.0.612.46

4
3
57
12
75

80 
Synchroniser Shaft Cover Set KLE 8 80x80
2 Synchroniser Adapter Plates KLE 8 80x80, Al
4 Hexagon Socket Head Cap Screws DIN 912-M6x20,
St, bright zinc-plated
M4 4 Washers DIN 433-6,4, St, bright zinc-plated
4 Countersunk Screws DIN 7991-M4x8, St, bright zinc-plated
m = 625.0 g
80

1 set 0.0.612.45
16 M4

60
78
100 16

516
 M e ch a n ic a l dri v e e l e m e n ts

Proximity Switch KLE

Linear Unit KLE is prepared for the direct integration of switches and cables
Proximity Switch KLE can be integrated into the profile groove of the casing
Inductive actuation via switching lug on slide

 

KLE 6 60x60: dmin = 80 mm+S

KLE 8 80x80: dmin = 100 mm+S
Note: The Cover Profiles must be interrupted at the locations of
Proximity Switches.

The following applies to all the products below:

Inductive proximity switch, positive switching
Housing Al, anodized, natural
Fixing mechanism, fixing screws
Voltage = 1030 V DC
Switching currentmax. = 150 mA
Operating distance = 2 mm
Cable, grey, l = 10 m; d = 3 mm
5 
Proximity Switch KLE 6 60x60 - 1NO
6
m = 125.0 g
1 pce. 0.0.609.31
40


Proximity Switch KLE 6 60x60 - 1NC
m = 125.0 g
1 pce. 0.0.604.41
8 
Proximity Switch KLE 8 80x80 - 1NO
8.5
m = 125.0 g
1 pce. 0.0.609.30
55


Proximity Switch KLE 8 80x80 - 1NC
m = 125.0 g
1 pce. 0.0.600.59
16

517
 M e ch a n ic a l dri v e e l e m e n ts

Linear Units KRF 8 80x40 ZR

Especially compact thanks to innovative criss-crossed roller guide
High-strength steel tracks integrated into the guide profile
Criss-crossed Rollers for high load-to-size ratio
Versatile thanks to three Line 8 grooves for customised structures
Internal Drive Unit for smooth movement

-JOF  4FSWJDF

80 8 rollers arranged in a criss-

cross pattern to eliminate
play ensure maximum
load-carrying capacity with
compact size.

100

80
40

7 7

40 40

40 40
8 8

M8 M8
200 200

16
Complete Linear Units with variable stroke length (H), Drive Acceleration: max. 10 m/s
Unit and Reverse Unit, support profile with integrated Roller Stroke velocity: max. 10 m/s
Guide on guide tracks, preset free of play. Timing-belt tension- Linear Unit KRF boasts exceptional precision and low-vibration
ing device integrated into Reverse Unit, ball-bearing-mounted linear movement. Repeat accuracy is 0.1 mm.
pulleys.
The mass of a Linear Unit KRF can be determined from the
Guide slide with eight-piece roller-bearing mounting, oil- stroke length (without payload):
lubricated roller contact (re-lubrication every 6 months or every
2500 km) m = m1 + H x m2

518
 M e ch a n ic a l dri v e e l e m e n ts

Load Specifications
x Simplified method for determining the maximum permissible
load for the Roller Guides of a KRF:
y
z Fx Mx max My max Mz max Fy max Fz max
Mx KRF
Mz [Nm] [Nm] [Nm] [N] [N]
50 175 175 2,500 2,500
Fz
|Mx| ____ |My| |Mz| |Fy| |Fz|
____ ____ ___ ___
My Mx max My max + Mz max + Fy max + Fz max 1


+

Fy

Deflection
The maximum deflection, fmax of the system is governed by the
dimension of the profile cross-section, the free profile length
and the force applied. It should not exceed 1 mm/m. The KRF
F profile must be given appropriate support if the linearity of
movement has to be very precise.

10
The mass moments of inertia of the profile provide the basis
for calculating the deflection:
Y

Z
Linear Unit KRF 8

Iy 95.66 cm4
fmax

10 Iz 22.05 cm4
lt 20.06 cm4
Wy 23.80 cm3
Wz 11.02 cm3

-JOF 
Linear Unit KRF 8 80x40 ZR, left-hand input shaft
S Lmin = 400 mm
0 Smin = 20 mm
H +36 H
x S+ Hmax = 5760 mm
L=2 m1 = 6 kg
200 m2 = 4.3 g/mm
80
S 1 pce. 0.0.641.21
100

-JOF 
Linear Unit KRF 8 80x40 ZR, right-hand input shaft
40 80 S Lmin = 400 mm
H+360 200
Smin = 20 mm
x S+ Hmax = 5760 mm
L=2 m1 = 6 kg 16
H m2 = 4.3 g/mm
80
S 1 pce. 0.0.648.66
100

40 80

519
 M e ch a n ic a l dri v e e l e m e n ts

Drive Set KRF 8 ZR

Flexible coupling allows connection to virtually any motor
Compatible with Linear Unit KRF
Rigid torque transmission

-JOF  4FSWJDF

The connection on the motor side must be adapted to suit the

specific motor selected. The relevant components must be
Fx processed accordingly:
- The connection surface on the motor side can be bored out
as necessary to accommodate motor shafts. Processing with a
parallel keyway or similar is possible.
- The connection housing is processed as appropriate for
attaching the motor. It is advisable to use Centring Pieces.

MA

93
5 53
22
80

k min
k max

Simplified method for determining the maximum permissible

load for the drive elements of a KRF:
Connection for clamping KRF 8 [mm] Length of drive shaft [mm]
motor shaft to coupling
Kmin 42
Hole diameter D[mm] for 8 - 25
motor shaft kmax 62
Transferable drive torque 23
MA max [Nm]
Permissible operating load 1,000
of Timing Belt Fx max [N]
Effective radius of pulley
23.1
rW [mm]
Clamping screw M6
Tightening torque [Nm] 14.5

-JOF 
16 Drive Set KRF 8 ZR
Connection housing, Al, white aluminium, similar to RAL 9006
Equaliser coupling D50
Centre ring D32/D48
Fastening materials and caps
m = 1.9 kg
1 set 0.0.627.46

5
3
8 93
0
520
 M e ch a n ic a l dri v e e l e m e n ts

Limit-Switch Holder KRF 8

For fastening inductive Proximity Switch 8 from item to a Line 8 groove
Compatible with Linear Unit KRF and other linear slides

Limit-Switch Holder KRF 8 fastens Limit Switch 8 (0.0.600.05

or 0.3.001.30) directly to the Profile 8 groove of the KRF guide
profile.

Proximity Switches 559

Tip
1

Limit-Switch Holder KRF 8 can also be used for position detection

60
on other item linear slides.

0.3.001.30
0.0.600.05

8 Limit-Switch Holder KRF 8



Holder, Al, natural

2 Countersunk Screws DIN 7991 M6x30, St, bright zinc-plated
41

T-Slot Nut 8 St 2xM6-36

m = 120.0 g
1 pce. 0.0.626.55
8

60
20
M6x30

16

521
 M e ch a n ic a l dri v e e l e m e n ts

Modular Timing-Belt Drives

Timing-Belt Reverse Units
Drive and Reverse Unit for timing-belt drives
Can be connected to virtually any motor
Available
with Multi-Spline Shaft or processed according to
customer specifications

4FSWJDF

Timing-belt drives are particularly suitable for high speeds and

extended stroke lengths.
The Timing Belt is fastened to the slide with a Timing Belt
Tensioner (1), it is then looped 180 through a Timing-Belt
Reverse Unit at the end of the supporting profile (2) and fed
back either through or outside the profile (3) to a second
Timing-Belt Reverse Unit, where it is again looped 180 (4)
before the loose end is connected to and/or tightened on the
sliding carriage (5).

Reversal of the Timing Belt around 180. The Timing Belt can The special apertures in the Connection of Timing-Belt Reverse Units either with Multi-
be returned either inside or outside the profile. The timing Timing-Belt Reverse Unit Spline Shafts or, for distances in excess of 500 mm, with
pulley is provided with multi-spline toothing for attaching drive can also be used to turn the Adapter Shafts, hollow shafts or Synchroniser Shafts.
units or Multi-Spline / Adapter Shafts, or with a bore which can belt through 90, with the
be machined for other shaft / hub connections. The housings return path being located at
of the Timing-Belt Reverse Units feature grooves for connect- any distance from the sliding
ing to profiles of the relevant Lines. carriage. If necessary, an
additional slide can also be
powered, offset at 90 from
the first, using the same drive
mechanism.

General function of bore and belt covers (exception: Timing-

Belt Reverse Units R50 and R75)
- Top belt cover (a) can be detached when used as belt drive
- Timing pulley (b) with multi-spline hub or bore
16 - Bores in basic shell (c) for mounting Coupling Housings,
Adapter Flange, Bevel Gearbox and Ball Screw Unit or for
interconnecting Timing-Belt Reverse Units
- Bottom belt cover (d) can be detached where space is
restricted

522
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Reverse Units 5 40 R10

For driving and reversing Timing Belt R10 T5
With multi-spline hub or hub processed to customer specifications
Various motors can be used

 4FSWJDF
XXXJUFNDPN

Couplings 547

To protect the Timing Belt against damage, the profiles must Mounting at a height of
be rounded at the joint to the Timing-Belt Reverse Unit. 40 mm in the groove of Pro-
file 5 with Universal-Fastening
Set 5.

4 8 Timing-Belt Reverse Unit 5 40 R10 VK14


40 0
Timing-Belt Reverse Unit, die-cast aluminium, black
4

10 Ball-bearing timing pulley with multi-spline hub, hub geometry VK14 for Multi-
Spline Shaft VK14 DIN ISO 14 - 6x11x14, hub depth 18 mm,
64
40

22/2.5 One revolution corresponds to 140 mm, effective radius rw = 22.3 mm,
Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 0.05 Nm
DIN ISO 14 64 Max. load: MD = 3.3 Nm
Timing Belt length in the Timing-Belt Reverse Unit for
6x11x14 20
90 reversal: 110 mm
180 reversal (outer dimension 80): 135 mm
180 reversal (outer dimension 64): 150 mm
2 Universal-Fastening Sets 5, die-cast zinc, bright zinc-pl.
Pitch p = 5 mm Number of teeth z = 28
Notes on Use and Installation
m = 262.0 g
1 pce. 0.0.410.01

4 8 Timing-Belt Reverse Unit 5 40 R10 with Bore


40 0
Timing-Belt Reverse Unit, die-cast aluminium, black
4

10 Ball-bearing timing pulley with bore 8H7, reborable up to max. 15 mm

Hub depth 18 mm
64

One revolution corresponds to 140 mm, effective radius rw = 22.3 mm,

40

22/2.5
Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 0.05 Nm
64 Max. load: MD = 3.3 Nm
8H7
Timing Belt length in the Timing-Belt Reverse Unit for
20
90 reversal: 110 mm
180 reversal (outer dimension 80): 135 mm
180 reversal (outer dimension 64): 150 mm
2 Universal-Fastening Sets 5, die-cast zinc, bright zinc-pl. 16
Pitch p = 5 mm Number of teeth z = 28
Notes on Use and Installation
m = 277.0 g
1 pce. 0.0.410.06

523
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Reverse Units 8 40 R25

For driving and reversing Timing Belt R25 T10
With multi-spline hub or hub processed to customer specifications
Various motors can be used

 4FSWJDF
XXXJUFNDPN

To protect the Timing Belt against damage, the profiles must Timing-Belt Reverse Unit 8 40 R25 mounted at a height of 40
be rounded at the joint to the Timing-Belt Reverse Unit. mm in the groove of Profile 8 using Universal Fastener 8 and
special T-Slot Nut or in the core bore using Button-Head Screw
ISO 7380-M8 and washer DIN 125-8.4.
The special T-Slot Nut can be split in the centre and halved if
required.

Couplings 547

5.6 
100 Timing-Belt Reverse Unit 8 40 R25 VK14
10 40
7 Timing-Belt Reverse Unit, die-cast zinc, black
Ball-bearing timing pulley with multi-spline hub, hub geometry VK14 for Multi-
5.6

Spline Shaft VK14 DIN ISO 14-6x11x14, hub depth 30 mm

64

One revolution corresponds to 150 mm, effective radius rw = 23.9 mm

80

Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 0.30 Nm

40

Max. load: MD = 20 Nm
22/2.5 Timing Belt length in the Timing-Belt Reverse Unit for 90 reversal: 140 mm
40 180 reversal (emerg. on 100 mm side): 160 mm
DIN ISO 14
6x11x14 180 reversal (emerg. on 80 mm side): 200 mm
40 2 Universal Fasteners 8
2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-pl.
Special T-Slot Nut M8, cast steel
Button-Head Screw ISO 7380-M8x20, St, bright zinc-pl.
Washer DIN 125-8.4 St, bright zinc-plated
Pitch p = 10 mm Number of teeth z = 15
Notes on Use and Installation
m = 1.3 kg
1 pce. 0.0.337.26

16

524
 M e ch a n ic a l dri v e e l e m e n ts

5.6 
100 Timing-Belt Reverse Unit 8 40 R25 with Bore
10 40
7 Timing-Belt Reverse Unit, die-cast zinc, black
Ball-bearing timing pulley with bore 8H7, reborable up to max. 15 mm, hub

5.6
depth 30 mm

64
One revolution corresponds to 150 mm, effective radius rw = 23.9 mm

80
Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 0.30 Nm

40
Max. load: MD = 20 Nm
22/2.5 Timing Belt length in the Timing-Belt Reverse Unit for
40 90 reversal: 140 mm
8H7
180 reversal (emerg. on 100 mm side): 160 mm
40 180 reversal (emerg. on 80 mm side): 200 mm
2 Universal Fasteners 8
2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-pl.
Special T-Slot Nut M8, cast steel
Button-Head Screw ISO 7380- M8x20, St, bright zinc-pl.
Washer DIN 125-8.4 St, bright zinc-plated
Pitch p = 10 mm Number of teeth z = 15
Notes on Use and Installation
m = 1.3 kg
1 pce. 0.0.337.34

16

525
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Reverse Units 8 80 R25

For driving and reversing Timing Belt R25 T10
Variable emergence dimension of 40 or 80 mm
With multi-spline hub or hub processed to customer specifications
Various motors can be used

 4FSWJDF
XXXJUFNDPN

Timing-Belt Reverse Unit 8 80 R25 mounted at a profile height The variation in the emergence dimensions from 80 mm to
of 40 mm in the groove of Profile 8 using Universal Fastener 8 40 mm is achieved by rerouting the Timing Belt internally. The
and special T-Slot Nut or at a profile height of 80 mm by split- Timing Belt is routed with its smooth reverse side over the
ting the special T-Slot Nut at the specified break point. reversing pulleys.
The allowable driving torque of Timing-Belt Reverse Units 8
80 R25 is limited to MD = 40 Nm when the loaded belt runs
through the reversing pulleys.
In this case, a Timing-Belt Reverse Unit 8 40 R25 can be used
as a second reverse unit.

Couplings 547

To protect the Timing Belt against damage, the profiles must

be rounded at the joint to the Timing-Belt Reverse Unit.


Timing-Belt Reverse Unit 8 80 R25 VK14
160
Timing-Belt Reverse Unit, die-cast zinc, black
Ball-bearing timing pulley with multi-spline hub, hub geometry VK14 for Multi-
7
14 53. Spline Shaft VK14 DIN ISO 14 - 6x11x14, hub depth 29 mm
5 One revolution corresponds to 280 mm, effective radius rw = 44.6 mm
Frict. moment with 1 pre-tensioning of the Timing Belt:
8

(Emergence dim. 40) MR = 1.05 Nm

(Emergence dim. 80) MR = 0.55 Nm
120
11

Max. load: MD = 28 Nm
78

16 60/2.5 Timing Belt length in the Timing-Belt Reverse Unit for

90 reversal: 190 mm
60
8

DIN ISO 14 180 reversal (emergence dim. 40): 360 mm

6x11x14 103 180 reversal (emergence dim. 80): 340 mm
.5 2 Universal Fasteners 8
40 2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-pl.
Special T-Slot Nut M8, cast steel
Pitch p = 10 mm Number of teeth z = 28
Notes on Use and Installation
m = 3.3 kg
1 pce. 0.0.366.02

526
 M e ch a n ic a l dri v e e l e m e n ts


Timing-Belt Reverse Unit 8 80 R25 VK32
160
Timing-Belt Reverse Unit, die-cast zinc, black
Ball-bearing timing pulley with multi-spline hub, hub geometry VK14 for Multi-
7
14 53. Spline Shaft VK32 DIN ISO 32 - 6x26x32, hub depth 29 mm
5 One revolution corresponds to 280 mm, effective radius rw = 44.6 mm
Frict. moment with 1 pre-tensioning of the Timing Belt:

8
(Emergence dim. 40) MR = 1.05 Nm
(Emergence dim. 80) MR = 0.55 Nm

120
11
Max. load: MD = 52 Nm

78
60/2.5
Timing Belt length in the Timing-Belt Reverse Unit for
90 reversal: 190 mm
60

8
DIN ISO 14 180 reversal (emergence dim. 40): 360 mm
6x26x32 103 180 reversal (emergence dim. 80): 340 mm
.5 2 Universal Fasteners 8
40 2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-pl.
Special T-Slot Nut M8, cast steel
Pitch p = 10 mm Number of teeth z = 28
Notes on Use and Installation
m = 3.2 kg
1 pce. 0.0.366.11


Timing-Belt Reverse Unit 8 80 R25 with Bore
160
Timing-Belt Reverse Unit, die-cast zinc, black
Ball-bearing timing pulley with bore 11H7, reborable up to max. 50 mm,
7 hub depth 29 mm
53.
14 5 One revolution corresponds to 280 mm, effective radius rw = 44,6 mm
Frict. moment with 1 pre-tensioning of the Timing Belt:
8

(Emergence dim. 40) MR = 1.05 Nm

(Emergence dim. 80) MR = 0.55 Nm
120
11

Max. load: MD = 52 Nm
78

Timing Belt length in the Timing-Belt Reverse Unit for

60/2.5 90 reversal: 190 mm
60
8

11H7 180 reversal (emergence dim. 40): 360 mm

103 180 reversal (emergence dim. 80): 340 mm
.5 2 Universal Fasteners 8
40 2 Button-Head Screws ISO 7380-M8x30, St, bright zinc-pl.
Special T-Slot Nut M8, cast steel
Pitch p = 10 mm Number of teeth z = 28
Notes on Use and Installation
m = 3.3 kg
1 pce. 0.0.366.07

16

527
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Reverse Units 8 80 R50 II

For driving and reversing Timing Belt R50 T10
Compatible with Profiles 8 in dimensions of 80 x 80 mm and larger
With multi-spline hub or hub processed to customer specifications
Various motors can be used

 4FSWJDF

Connection of Timing-Belt Reverse Unit 8 80 R50 II based 90 reversal of Timing Belt R50 T10.
on a profile height of 120 mm (return of the Timing Belt in The opening for the Timing Belt is marked out on the inside
the profile cavity) or a profile height of 80 mm with Standard- and must be removed from the cap.
Fastening Sets 8. To do this, the Timing-Belt Reverse Unit is If for design reasons the Timing-Belt Reverse Unit is fitted
partially dismantled, secured to the profile and then refitted. without a cap, the length of the Timing Belt in the Reverse Unit
The emergence dimension of the Timing Belt is 80 mm. reduces by 10 mm.

Couplings 547

To protect the Timing Belt The profile cavities of Profiles

against damage, the profiles 8 120x80 and 8 200x80 are
must be rounded at the joint suitable for routing back the
to the Timing-Belt Reverse Timing Belt internally.
Unit.

16

528
 M e ch a n ic a l dri v e e l e m e n ts


Timing-Belt Reverse Unit 8 80 R50 II VK32
160
Timing-Belt Reverse Unit, Al, black
10 Ball-bearing timing pulley with multi-spline hub, Hub geometry VK32 for Multi-
Spline Shaft VK32 DIN ISO 14 - 6x26x32, hub depth 75 mm
One revolution corresponds to 280 mm, effective radius rw = 44.6 mm
M8/12 Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 1.05 Nm

10
Max. load: MD = 92 Nm
Timing Belt length in the Timing-Belt Reverse Unit for
90 reversal: 220 mm

140
78
180 reversal: 300 mm
60/2 Pitch p = 10 mm Number of teeth z = 28
m = 3.9 kg
1 pce. 0.0.426.19
DIN ISO 14 10
4 
6x26x32
40
80


Timing-Belt Reverse Unit 8 80 R50 II with Bore
160
Timing-Belt Reverse Unit, Al, black
Ball-bearing timing pulley with bore 16H7, reborable up to max. 36 mm,
10

hub depth 75 mm
One revolution corresponds to 280 mm, effective radius rw = 44.6 mm
M8/12 Frictional moment with 1 pre-tensioning of the Timing Belt: MR = 1.05 Nm
10

Max. load: MD = 92 Nm
Timing Belt length in the Timing-Belt Reverse Unit for
90 reversal: 220 mm
140
78

180 reversal: 300 mm

60/2 Pitch p = 10 mm Number of teeth z = 28
m = 4.2 kg
1 pce. 0.0.426.21
16H7 10
4 

40
80

16

529
 M e ch a n ic a l dri v e e l e m e n ts

Mounting Plate
For
fastening Timing-Belt Reverse Unit 8 80 R50 II to Profiles 8 160x160
and 320x160.

4FSWJDF

1. Fitting the Mounting Plate to the end face of the profile:

Secure plate to the profile core bores using four bolts
DIN 912-M8x40.
2. Fitting the Timing-Belt Reverse Unit 8 80 R50 II to the
Mounting Plate:
Drive 3 Button-Head Screws M8x20 with washers
DIN 125-8.4 into the threaded bores of the Mounting Plate.

The Mounting Plate can be used to fasten Timing Belt R50 to

any face of the profile.

10
Connecting Plate 160x160 U80R50
60
Al
40 m = 1.0 kg
M8 black, 1 pce. 0.0.480.71
4040
20
40

15/10
9
16 12
0
16
0
15

530
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Counter-Reverse Unit 8 R25

For installing the drive on the slide
Emergence dimension of Timing Belt 40 mm
Ideal for vertical axes
Drive with Timing-Belt Reverse Unit 8 40 R25 or 8 80 R25

 4FSWJDF

If the Counter-Reverse Unit is Possible connection to Moving support profile with When fastening and tensioning the Timing Belt on a sliding
used, the Timing-Belt Tension- Timing-Belt Reverse Unit 8 stationary carriage unit and carriage or support profile (using Counter-Reverse Unit 8) a
er is employed to attach and 40 R25 / 80 R25. drive. Tensioning Block is required for each end of the Timing Belt.
tension the Timing Belt on the The number of Fixing Blocks is determined by the application.
supporting profile.

The Line 8 groove on the rear

of the Timing-Belt Counter-
80
Reverse Unit can be used
10 12 12 10 for fastening the Timing-Belt
7
8.1
Reverse Units and Proximity
Switch M8.

40 
14/4.5 Timing-Belt Counter-Reverse Unit 8 R25
8.3
8

Counter-Reverse Unit, Al, black

100 7 40
48

Frictional moment with 1 pre-tensioning of the Timing Belt:

24

MR = 0.30 Nm
Timing Belt length in Counter-Reverse Unit:
2 x 105 mm
m = 770.0 g
M8 1 pce. 0.0.362.00
40
20

M4 120
59

140
160

16

531
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Counter-Reverse Unit 8 80 R50

For installing the drive on the slide
Emergence dimension of Timing Belt 80 mm
Ideal for vertical axes
Drive with Timing-Belt Reverse Unit 8 80 R50 II

 4FSWJDF

The Line 8 grooves of the Housing Profile can be used for fas-
40 7
tening the Timing-Belt Reverse Unit and the slide construction.

53. 
5 Timing-Belt Counter-Reverse Unit 8 80 R50
12 Housing Al, black
2 caps, PA, black
75 2 ball-bearing reverse rollers, for Timing Belt width 50 mm
Frictional moment with 1 pre-tensioning of the Timing Belt:
MR = 0.75 Nm
Timing Belt length in the Counter-Reverse Unit:
2 x 202 mm
m = 4.7 kg
1 pce. 0.0.362.07
118

280
300
80

16

532
 M e ch a n ic a l dri v e e l e m e n ts

Timing Belts
Quiet running, rigid traction device
Highly
flexible stranding results in a low-maintenance belt
despite tight bending radii
Steel cables with polyurethane sheathing
Designed
specifically for use with Timing-Belt Reverse Units and Timing-Belt
Counter-Reverse Units from item
  4FSWJDF

The overall length of the Timing Belt is calculated from the L . FV

length of the supporting profile and the Timing Belt segments L = ______

1000 . K
located in the Timing-Belt Reverse Units.
The pre-tensioning should be larger than or equal to the ex-
pected operating load. The pre-tensioning and operating load
together must not exceed the maximum permissible load. L = Total length of the Timing Belt in mm
To set the calculated pre-tensioning distance L, it is advisable FV = Pre-tensioning force in N
to measure the elongation during the tensioning process. K = Constant of expansion in N (equivalent to the pre-tension-
The required minimum pre-tensioning distance of the Timing ing force to expand the Timing Belt by 1)
Belt must be calculated as a function of the pre-tensioning
force FV :

5
Timing Belt R10 T5
With integrated steel wires
Perm. load 300 N
10 K = 75 N
T5,DIN7721 m = 23 g/m
black, cut-off max. 50 m 0.0.400.04
black, 1 roll length 50 m 0.0.400.11
10
Timing Belt R25 T10
With integrated steel wires
Perm. load 2,400 N
K = 500 N
m = 125 g/m
25
T10,DIN7721 black, cut-off max. 50 m 0.0.337.10
black, 1 roll length 50 m 0.0.337.64
10
Timing Belt R50 T10
With integrated steel wires
Perm. load 4,200 N
K = 1,000 N
m = 250 g/m
50 black, cut-off max. 50 m 0.0.426.03
T10,DIN7721 black, 1 roll length 50 m 0.0.426.10

16

533
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Tensioner
For fastening and tensioning Timing Belts
Can be installed underneath the sliding carriage or at the profile end

 

Fastening and tensioning the Timing Belt on a sliding carriage 5 R10 8 R25 8 R50
using Tensioning Blocks and Fixing Block and the appropriate
bolts. a = hexagon nut DIN 985 M3 M6 M6
Where high loads are involved, Tensioning Block 8 and Fixing b = Hexagon Socket Head
M3x50 M6x80 M6x100
Block 8 will need to be pinned (dowel ISO 2338- 6 mm). Cap Screw DIN 912
The position of the dowels is indicated by the prepared bores c = Hexagon Socket Head
5.5 mm. M3x60 M6x100 M6x140
Cap Screw DIN 912
Hexagon Socket Head 152
Cap Screws

7.2 4.2 
Timing-Belt Tensioner, Tensioning Block 5 R10

20 Tensioning Block, die-cast aluminium, black

Interlocking fixing piece, die-cast aluminium, black
9

m = 8.5 g
28 1 set 0.0.400.07


Timing-Belt Tensioner, Fixing Block 5 R10
9

Fixing Block, die-cast aluminium, black

Cap Screw DIN 912-M4x10, St, bright zinc-plated
T-Slot Nut 5 St M4, bright zinc-plated
10 20 2 hexagon nuts DIN 985-M3, self-locking, St, bright zinc-plated
2 Cap Screws DIN 912-M3x50, St, bright zinc-plated
m = 13.0 g
1 set 0.0.400.06
16
10.5/5 Timing-Belt Tensioner, Tensioning Block 8 R25


40
Tensioning Block, cast steel, black
Interlocking fixing piece, cast steel, black
19

m = 136.0 g
44 1 set 0.0.426.29

534
 M e ch a n ic a l dri v e e l e m e n ts

5.5 Timing Belt Tensioner, Fixing Block 8 R25



Fixing Block, cast steel, black

19
Cap Screw DIN 912-M6x25, St, bright zinc-plated
T-Slot Nut 8 St M6, bright zinc-plated
2 hexagon nuts DIN 985-M6, self-locking, St, bright zinc-plated
20 2 Cap Screws DIN 912-M6x80, St, bright zinc-plated
40 m = 128.0 g
1 set 0.0.426.30
5.5 Timing-Belt Tensioner, Tensioning Block 8 R50


80 11/4.3 Tensioning Block, Al, anodized, black

M8
Interlocking fixing piece, Al, anodized, black
m = 205.0 g
19

1 set 0.0.426.04

64

11/4.8 Timing-Belt Tensioner, Fixing Block 8 R50


M8
5.5 Fixing Block, Al, anodized, black
19

2 hexagon nuts DIN 985-M6, self-locking, St, bright zinc-pl.

2 Hexagon Socket Head Cap Screws DIN 912-M6x100, St, bright zinc-plated
m = 119.0 g
1 set 0.0.426.05
20

80

16

535
 M e ch a n ic a l dri v e e l e m e n ts

Timing-Belt Tensioner Holder

For reinforcing the hold of Timing-Belt Tensioners on driven linear axes
For holding down tensioners and ensuring the belt runs straight and level
For reducing vibrations and taking strain off screw connections

Drawing of a linear drive with moving axis. Holders prevent the The Timing-Belt Tensioner Holder is screwed together with the
timing-belt tensioners lifting away from the profile. fixing block. The tensioning screws of the timing-belt tensioner
are accessed through the holes provided.

76 Timing-Belt Tensioner Holder 8 R25


10

Holder, Al, anodized, natural

Countersunk Screw DIN 7991-M6x40, St, bright zinc-plated
30

3 adapter washers DIN 988, St, stainless

m = 160.0 g
1 set 0.0.426.33
12

6.5
120 31
40


40 96 Timing-Belt Tensioner Holder 8 R50
Holder, Al, anodized, natural
10

2 Countersunk Screws DIN 7991-M6x40, St, bright zinc-plated

6 adapter washers DIN 988, St, stainless
30

m = 360.0 g
1 set 0.0.426.36
12

140 6.5 61
80

16

536
 M e ch a n ic a l dri v e e l e m e n ts

Modular Chain Drive

Chain Carrier 8
Chain drive for Linear Slides
Chain Carrier connects slide and drive chain
Ideal for simple drive solutions

Chain Carrier 8 connects the drive chain and the carriage of

the linear slide.
Note:
The connecting block is fastened to the carriage and the chain All the required drive elements for the chain drive can be found
pick-up is inserted into the chain. After the carriage has been in Section 12 on Conveyors
mounted onto the slide, the components are screwed together.

378

Options for fastening the Chain Carrier.

The connecting block must also be pinned (dowel ISO 2338-
6 mm) under high loads. The position of the dowels is deter-
mined by the 5.5 mm holes which have been prepared.

10.5/5 Chain Carrier 8


40 6.8
5.5 Connecting block, St, black
18.5

Chain pick-up, St, black

2 Cap Screws DIN 912-M6x55, St, bright zinc-plated
2 hexagon nuts DIN 985-M6, St, bright zinc-plated
40 m = 300.0 g
20 1 set 0.0.463.46

16

537
 M e ch a n ic a l dri v e e l e m e n ts
Rack
Modular
8 Segment
rack drive
and End Section

Modular Rack Drive

Rack 8
The rack sits entirely in the profile groove
High drive rigidity with minimum space requirements
Practical clamping technology eliminates need for machining during installation
Only End Sections need to be screwed into place

 4FSWJDF

This rack drive is unrivalled in its compact design. Theres Precise manufacturing tolerances and an effective and innova-
nothing above it and no space is wasted. High rigidity and long tive longitudinal fastening system result in reduced pitch error
service life combine with minimum maintenance. over longer lengths.
Rack drive 8 is designed for use with a Linear Slide 8 D14.

1 2 3 4 5

Rack 8 Assembly Tool 591

Rack 8 End Section and Rack 8 Segment 80 The short but precise length of each rack segment eliminates
The two parts of the Rack 8 End Section form the start and finish of a rack. As systematic errors typical in longer lengths. The connecting
many Segment 80 pieces as required can be used between these two points. clips form an effective fastening system that holds each rack
The protected clamp technology secures each Segment with no extra work segment securely in place.
required.Note:
Rack 8 must not be installed in profiles of type light or E.

8 Rack 8 Segment 80


80
Rack segment, St
Spring clip, St, stainless
8
m = 47.0 g
1 set 0.0.621.94


40 Rack 8 End Section
16 2 rack end sections, St
8
2 dowel screws M5x22, St
Spring clip, St, stainless
m = 50.0 g
1 set 0.0.621.93

538
 M e ch a n ic a l dri v e e l e m e n ts

Rack 8 Drive Module

Slide driven directly via the rack
Versatile coupling ensures virtually any motor can be connected

 4FSWJDF

51
43

8
M

21.2

The item rack drive can also be used with a motor of the customers choosing. Thats why The Rack 8 Coupling Module fits nearly any motor simply
the Coupling Module comes with a universal coupling for connecting virtually any motor. The process the housing and coupling to suit your needs. You will,
coupling is connected directly to the modules housing. however, need to take care over how far the shaft extends into
Technical data: the coupling half.

Maximum drive force 1000 N

Mmax = 23 Nm
n = 1200 /min (Vmax = 3m/s) Service offering from your item partner
The item rack drive comes complete with a Linear Slide 8
D14 as a service offering from your item partner. Quick,
simple and delivered to your specifications.


Rack 8 Drive Module
178 Drive housing, Al, white aluminium similar to RAL 9006
Height-adjustable carriage connection plate, St, white aluminium
57.5

78 Drive gear, double ball bearing, z = 18, St

One revolution corresponds to 144 mm
2 felt discs
5
4 Hexagon Socket Head Cap Screws DIN 912-M8x20, bright zinc-plated
4 T-Slot Nuts 8 St M8, heavy duty
18

15 Notes on Use and Installation

44
24 40 m = 1.5 kg
1 set 0.0.621.69
10 Rack 8 Coupling Module

0
Coupling housing, Al, white aluminium 16
Coupling set D55
Screws, fastening elements and centring sleeves
79

m = 1.7 kg
1 set 0.0.621.73

0
6

539
 M e ch a n ic a l dri v e e l e m e n ts

Ball Screw Units

High accuracy, high efficiency, high rigidity

For use in Linear Units and handling systems
Drive side can be selected as required
Can be combined with any guides

4FSWJDF

Ball Screw Units KGT are suitable for use as a drive mecha-
nism for linear slides, particularly for low speeds and short
strokes. They feature high precision, high efficiency, high
rigidity of the drive system and low mechanical wear:
- For use in linear units, conveyors, handling devices, work
bench design and any other fixtures
- Powered by hand wheel, AC/DC motors, stepper motors and
hydraulic or pneumatic drive mechanisms
- Choice of power input end
- Can be combined with any type of guide
- Individual components are replaceable
- Full compatibility with MB Building Kit System products

The modular design of the Ball Screw Units KGT with no need for complex machining results in
short delivery times and facilitates installation and maintenance.

The Ball Screw Unit KGT can be driven from the fixed or floating bearing end.
The Ball Screw Unit should be positioned so as to ensure that the main load is a
tensile load from the fixed bearing end (i.e. fixed bearing at the top in a vertical
unit).
The maximum stroke velocities of the Ball Screw Unit depend on the spindle
length (see diagram opposite).
Under axial compression, the buckling behaviour of the spindle must be taken
into consideration.

16

540
 M e ch a n ic a l dri v e e l e m e n ts

Suitable for combination with all item linear slides. The yoke adapter can be matched to the height of the slide by
The necessary guidance for the yoke must be provided by the means of grub screws DIN 913-M5x5.
external linear slide. The position of the connecting thread M8 for securing the slide
The driving nut is suspended on gimbals to prevent strains and can be either central or offset relative to the slide depending
allow for slight errors in alignment with the load. on the position the yoke adapter is used in.

Connection dimensions of the The hub is reborable up to Direct drive connection Direct connection to Bevel Parallel arrangement of Ball
Bearing Blocks at the floating max. 17 mm or 14 mm with Adapter Plate 120x80. Gearbox WG via Adapter Plate Screw Units in connection
(L) and fixed (F) bearing ends. for insertion of a parallel Various drives adaptable 80x80. Drives can be con- with Bevel Gearboxes.
Depending on the drive type keyway as per DIN 6885 T1. using the Adapter Shaft and nected to Bevel Gearbox WG
selected, the Bearing Blocks Adapter Flange Universal. with the Coupling Housings.
and drive holders may need
to be machined.

Couplings 547

Calculation of Service Life

The service life of the spindle / drive nut combination can be calculated as a function of the axial
load and drive speed.
16

541
 M e ch a n ic a l dri v e e l e m e n ts

Ball Screw Units KGT

Ball Screw Units KGT

For Linear Units with the ultimate positioning accuracy
Low-wear spindle for long-term precision
Complete drive unit in a profile that is enclosed on three sides
Compatible with various item linear slides

 4FSWJDF
XXXJUFNDPN

Complete drive units of variable stroke length (H), spindle pitch play-minimised drive nut suspended on gimbals,
5 mm or 20 mm and drive option via Multi-Spline Shaft or rolled spindle,
individually machined hubs. grease lubrication
Supporting profile with integrated lip seals, Lubrication interval: every 400-500 service hours with lithium-
fixed and floating bearing blocks, based ball-bearing grease (not general purpose grease)
specially designed ball-bearing collet mechanism for holding Accelerationmax. = 5 m/s2
the spindle, Stroke length max. = 2762 mm
end of stroke damping, Total length L = stroke length + 308 mm
secure yoke,
Adapter Plates (for 556
motors and drives)
Couplings 547


Ball Screw Unit KGT 20x5, VK14
Pitch p = 5 mm
17 Stroke velocity max. = 0.25 m/s
08 Efficiency of overall unit = 80 %
H+3 H
L= Backlashmax.(spindle/drive nut) = 0.04 mm
m = 5 kg + H x 0.011 kg/mm
4xM8 1 pce. 0.0.414.33
140 0 
4 Ball Screw Unit KGT 20x5, bored and keyed to customer specification
35 Pitch p = 5 mm
Stroke velocity max. = 0.25 m/s
Efficiency of overall unit = 80 %
Backlashmax.(spindle/drive nut) = 0.04 mm
m = 5 kg + H x 0.011 kg/mm
1 pce. 0.0.414.51
100

8 Ball Screw Unit KGT 20x20, VK14


0
35
Pitch p = 20 mm
Stroke velocity max. = 1.00 m/s
Efficiency of overall unit = 85 %
Backlashmax.(spindle/drive nut) = 0.08 mm
m = 5 kg + H x 0.011 kg/mm
1 pce. 0.0.414.32

Ball Screw Unit KGT 20x20, bored and keyed to customer specification
Pitch p = 20 mm
Stroke velocity max. = 1.00 m/s
Efficiency of overall unit = 85 %
16 Backlashmax.(spindle/drive nut) = 0.08 mm
m = 5 kg + H x 0.011 kg/mm
1 pce. 0.0.414.50

542
 M e ch a n ic a l dri v e e l e m e n ts
Gear Boxes > Bevel Gearboxes
Bevel Gearboxes

Bevel Gearbox
Power transmission, drive and linear axis
For a timing-belt drive, chain drive or Ball Screw Unit
Input torque redirected by 90.
Distribution
of input torque and option of adjusting direction of
rotation on output shafts
Subsequent changeover to other kinematics is also possible
High efficiency, low backlash and low mechanical wear

The diagram is used for calculating the permissible torques M

and speeds n of the Bevel Gearboxes. For loads in the continu-
ous rated zone, continuous operation is permissible.
In the intermittent rated zone, operating times must be reduced
accordingly.

The geometry for connecting multi-spline hub to Multi-Spline

Shaft or solid shaft 30 mm can be changed by using Con-
necting Shaft U-WG or the Adapter Shaft.

Adapter Plates (for

16
556
motors and drives)

The Bevel Gearboxes with special kinematics and the ability to

combine several Bevel Gearboxes allows flexible positioning of
drives and linear units.

543
 M e ch a n ic a l dri v e e l e m e n ts

Bevel Gearboxes WG
For connecting drives in virtually any position
Five connection variants from 90 to 360
Also suitable for synchronising drive elements

 4FSWJDF

Bevel Gearbox WG 90 Bevel Gearbox WG 180 Bevel Gearbox WG 180 D Bevel Gearbox WG 360 Bevel Gearbox WG 360 D

The following applies to all the products below:

Box, box lid and Bearing Blocks, Al, anodized, black
Straight-toothed ball-bearing bevel gear pairs, made of high strength steel with
minimal backlash and wear-resistant surface
Prelubricated, maintenance-free
Gear ratio i = 1 : 1
Nominal torque Mnom = 10 Nm
Nominal speed nnom = 400 min-1
Nominal power Pnom = 0.419 kW
Torque Mmax. = 28 Nm
Speed nmax. = 1000 min-1
Power Pmax. = 1.173 kW
Service life L = 10,000 h
Play angle amax. = 20


80 Bevel Gearbox WG 90

31 Efficiency = 93% m = 2.0 kg

1 pce. 0.0.408.10
64

DIN ISO14
6x11x14 5
0/2
64 4xM6 

8
0

16

544
 M e ch a n ic a l dri v e e l e m e n ts


80 Bevel Gearbox WG 180
31 Efficiency = 90% m = 2.6 kg
1 pce. 0.0.408.20

Bevel Gearbox WG 180 D
64
Efficiency = 91% m = 2.7 kg
1 pce. 0.0.408.25
DIN ISO14
6x11x14 5
0/2
64 4xM6 

8
0


80 Bevel Gearbox WG 360

31 Efficiency = 87% m = 3.4 kg

1 pce. 0.0.408.26

Bevel Gearbox WG 360 D
64

Efficiency = 88% m = 3.4 kg

1 pce. 0.0.408.27
DIN ISO14
6x11x14 5
0/2
64 4xM6 

8
0

16

545
 M e ch a n ic a l dri v e e l e m e n ts

Fastening Sets for Bevel Gearboxes

For connecting Bevel Gearboxes to Timing-Belt Reverse Units

 4FSWJDF


8 Fastening Set U40-WG
2 0
Locating profile 80x80x9, Al, anodized, black
Centring piece D50-D22
Connecting Shaft U-WG
3 Hexagon Socket Head Cap Screws DIN 912-M6x55, St, black
Circlip N
m = 185.0 g
1 set 0.0.408.23
9
2
2

120 Fastening Set U80-WG 2

x80
Adapter Plate 120x80
Centring Piece D60-D60
Centring Piece D50-D50
Connecting Shaft U-WG
Circlip N
4 Button-Head Screws ISO 7380-M6x16, St, bright zinc-plated
2 Button-Head Screws ISO 7380-M8x50, St, black
2 hexagon nuts DIN 936-M8, St, black
m = 320.0 g
1 set 0.0.408.24
6 9
0

16

546
 M e ch a n ic a l dri v e e l e m e n ts

Couplings
Compensation for alignment errors
Cushioning of drive influences
Simple installation and maintenance

4FSWJDF
XXXJUFNDPN

Couplings can be installed between the mechanical drive

elements (Timing-Belt Reverse Units, chain drives, Ball Screw
Units, Bevel Gearboxes) and the drive in order to suppress and
compensate for angular errors and radial or axial offset.
The use of couplings means that a plug-type connection is
possible between the drive and mechanical drive elements,
thereby facilitating assembly, machining and maintenance. To
achieve a safe connection between drive and drive element,
the coupling shafts must be covered by a Coupling Housing
with a length and diameter that is suitable for the various
couplings.

The connection dimensions and the permissible torque range The connection dimensions and the permissible torque range
(MD < 8 Nm) make Coupling D30 ideally suited for use with Ball (MD < 50 Nm) make Coupling D55 ideally suited for use with
Screw Units (Ball Screw Units KGT; Centring Piece D50-D50), Timing-Belt Reverse Unit 8 40 R25 with multi-spline VK14
Timing-Belt Reverse Unit 5 40 R10 with multi-spline VK14 (Centring Piece D50-D22) and (optionally) Bevel Gearboxes
(Centring Piece D50-D22) and (optionally) Bevel Gearboxes WG (Centring Piece D50-D50: note torque limit 28 Nm!).
WG (Centring Piece D50-D50).

Coupling Housing 8 D30, D55 or D80 should be used as ap-

propriate to the connection dimensions of the motors.

Note:
Further technical data on the couplings can be found in
Section 19.

16

Coupling D80 is used with an appropriately sized Coupling

Housing for the purpose of transferring the high torque (MD
< 100 Nm) of Timing-Belt Reverse Units 8 80 R25 and 8 80
R50 II with multi-spline VK32. The Coupling Housing has a
corresponding Centring Piece ( 60 mm) for the Timing-Belt
Reverse Units.

547
 M e ch a n ic a l dri v e e l e m e n ts

Coupling Housing 8
Stable connection between motor and linear drive
Can be modified to suit the size of the coupling and the drive casing

In addition to the connection between the rotating elements described above,

the casings of the mechanical drive elements must also have a static connec-
tion to the drives. This is achieved using various Coupling Housings which are
adapted in length and diameter to the various couplings. Universal Coupling
Adapter Plates, which have to be provided with fastening bores and centring
diameters for the relevant drives, enable the drive to be secured to the Coupling
Housing.
The Coupling Housings create a stable connection between mechanical drive
elements and motors. Coupling Adapter Plates Universal are used to make the
connection with the drive. They need to be selected in a size that is suitable for
the housing type and machined according to the connection geometry of the
drive.
It is advisable to provide separate support for the drive unit (motor and cou-
pling) at the Coupling Housing.

8 Coupling Housing 8 D30 80x80


0
Coupling Housing 8 D30, black
2 hexagon screws DIN 933-M8x22, St, black
M8
Coupling Adapter Plate D30/D55 Universal 80x80, Al, black
m = 460.0 g
1 set 0.0.628.95
60

12

4 10 48
0 12
8
0

8 Coupling Housing 8 D30 120x120


0

M8 Coupling Housing 8 D30, black

2 hexagon screws DIN 933-M8x22, St, black
Coupling Adapter Plate D30/D55 Universal 120x120, Al, black
m = 1.0 kg
60

1 set 0.0.628.96

12

10 48
16 4
0
12 12
0

548
 M e ch a n ic a l dri v e e l e m e n ts

8 
0 Coupling Housing 8 D55 80x80
Coupling Housing 8 D55, black
2 Hexagon Socket Head Cap Screws DIN 912-M8x20, St, black
Coupling Adapter Plate D30/D55 Universal 80x80, Al, black
M8 m = 750.0 g
1 set 0.0.628.97
60

12

10
108
4
0 12
8
0

8 
0 Coupling Housing 8 D55 120x120
Coupling Housing 8 D55, black
2 Hexagon Socket Head Cap Screws DIN 912-M8x20, St, black
M8 Coupling Adapter Plate D30/D55 Universal 120x120, Al, black
m = 1.0 kg
1 set 0.0.628.98
60

12

10
108
4
0
12 12
0


12 Coupling Housing 8 D80 120x120
0
Coupling Housing 8 D80, black
4 Hexagon Socket Head Cap Screws DIN 912-M8x20, St, black
Coupling Adapter Plate D80 Universal 120x120, Al, black
m = 1.8 kg
M8
1 set 0.0.628.99
104

12

8 144
5
6
12 16
0


12 Coupling Housing 8 D80 160x160
0
Coupling Housing 8 D80, black
4 Hexagon Socket Head Cap Screws DIN 912-M8x20, St, black
M8 Coupling Adapter Plate D80 Universal 160x160, Al, black
m = 2.3 kg
1 set 0.0.629.00
104

16

12

8 144
5
6
16 16
0

549
 M e ch a n ic a l dri v e e l e m e n ts

Coupling Sets
Rigid torque transmission
Elastic Coupling Inserts, easy to install
Prepared multi-spline connections enable plug-in connection

The Coupling Halves with multi-spline hubs VK14 and VK32 can be connected
with the corresponding Connecting Shafts or mechanical drive elements
without the need for machining.
In the case of Coupling Halves with bores, simple machining (reboring, parallel
keyway, etc.) is required to ensure they match the drive output shaft of gear-
boxes/motor drives.
The Coupling Halves are connected to the Coupling Inserts, which exhibit an
elasticity that is configured for the item drive elements.
In conjunction with Ball Screw Units driven with stepper motors, the flexible
couplings make it possible to decouple the moving masses of the spindle and
drive.

DIN ISO14 Coupling D30

6x11x14
3
0
Coupling Half D30 D6 AI, reborable up to 16 mm
Coupling Half D30 VK 14, reborable up to 28 mm
6 Coupling Insert D30, hardness 80 Sh A
11 Torque range: MD < 8 Nm
Elasticitydyn. = 0.318 / Nm
12 5
3
0 22. Elasticitystat. = 0.955 / Nm
Perm. offsetaxial = 1.00 mm
Perm. offsetradial = 0.21 mm
Perm. offsetangular = 1.1
m = 52.0 g
1 set 0.0.628.83

DIN ISO14 Coupling D55

6x11x14
Coupling Half D55 D8, reborable up to 28 mm
5
5 Coupling Half D55 VK14
Coupling Insert D55, hardness 98 Sh A
8 Torque range: MD < 50 Nm
30 Elasticitydyn. = 0.009 / Nm
Elasticitystat. = 0.028 / Nm
46
16.5 Perm. offsetaxial = 1.40 mm
Perm. offsetradial = 0.10 mm
5 Perm. offsetangular = 0.9
5
m = 280.0 g
1 set 0.0.628.84

DIN ISO14 Coupling D80

6x26x32
16 8 Coupling Half D80 D12,
0 Coupling Insert D80, hardness 98 Sh A
Coupling Half D80 VK32, reborable up to 45 mm
Torque range: MD < 200 Nm
12 Elasticitydyn. = 0.003 / Nm
45 Elasticitystat. = 0.008 / Nm
6 6 Perm. offsetaxial = 1.80 mm
Perm. offsetradial = 0.12 mm
22 Perm. offsetangular = 0.9
m = 924.0 g
8 1 set 0.0.628.85
0

550
 M e ch a n ic a l dri v e e l e m e n ts

Connecting Shafts
Torsionally rigid connection between drives and couplings
Simple plug-in connection thanks to Multi-Spline Shaft

46 Connecting Shaft VK14 R10/KGT

18
Multi-Spline Shaft similar to DIN ISO 14-6x11x14, St, C 45 k
Snap ring W14
m = 44.0 g
DIN ISO14
1 pce. 0.0.463.17
6x11x14

76 Connecting Shaft VK14 R25/WG

20
Multi-Spline Shaft similar to DIN ISO 14-6x11x14, St, C 45 k
Snap Ring W14
m = 73.0 g
DIN ISO14 1 pce. 0.0.463.15
6x11x14
Connecting Shaft VK32 R25
94
60 Multi-Spline Shaft similar to DIN ISO 14-6x26x32, St, C 45 k
Snap Ring W32
m = 470.0 g
1 pce. 0.0.337.93

DIN ISO14
6x26x32
Connecting Shaft VK32 R50
136 60
Multi-Spline Shaft similar to DIN ISO 14-6x26x32, St, C 45 k
Snap Ring W32
m = 680.0 g
1 pce. 0.0.337.92

DIN ISO14
6x26x32

16

551
 M e ch a n ic a l dri v e e l e m e n ts

Multi-Spline Shafts
Simple power transmission through plug-in connection
For building drive shafts and Synchroniser Shafts

Multi-Spline Shaft a max. [mm]

VK 14 500
VK 32 1,000

Suitable for use in combination with Timing-Belt Reverse Units

for generating synchronous movements up to a distance a.

2.500

2.000

1.500
n [min-1 ]

1.000

VK 14
500
VK 32

0
0 250 500 750 1.000
a [mm]

The permissible speed of a Synchroniser Shaft depends on its

length.

DIN ISO14 Multi-Spline Shaft VK14

6x11x14 Multi-Spline Shaft, similar to DIN ISO 14-6x11x14, St, C 45 k
Polar resistance moment: Wt = 261 mm3
m = 0.92 kg/m
cut-off max. 3000 mm 0.0.337.05
1 pce., length 3000 mm 0.0.453.82

16 Multi-Spline Shaft VK32

DIN ISO14 Multi-Spline Shaft, similar to DIN ISO 14-6x26x32, St, C 45 k
6x26x32 Polar resistance moment: Wt = 3,450 mm3
m = 5.00 kg/m
cut-off max. 3000 mm 0.0.337.63
1 pce., length 3000 mm 0.0.452.50

552
 M e ch a n ic a l dri v e e l e m e n ts

Adapter Shaft
Fora torsionally rigid connection between shafts and Reverse
Units, Bevel Gearboxes or Ball Screw Units

The Adapter Shaft only uses half the hub

width of timing pulleys R25 for transferring
the torque.
With alternating loads, it is necessary to
reduce the torque values of the Timing-Belt
Reverse Units with Adapter Shafts. The plug-in
connection must be lubricated with a multi-
purpose grease or similar.

3
0 Adapter Shaft VK14

16 St
surface-hardened
38
61
m = 275.0 g
DIN ISO14
6x11x14 75 black, 1 pce. 0.0.337.25

16

553
 M e ch a n ic a l dri v e e l e m e n ts

Synchroniser Shaft Profiles

For easily constructing Synchroniser Shafts between drive elements
Connection made via Multi-Spline Shafts
Increased torsional rigidity

4FSWJDF

Synchronising Shaft Profile

VK14 VK32
a 8 mm 10 mm
b 10 mm 15 mm
c 20 mm 30 mm
d min. 40 mm min. 60 mm
M 28 Nm 100 Nm
Use of a synchronising shaft for connecting two Timing-Belt
Reverse Units. 3.500 The permissible speed of a
The length of a Multi-Spline Shaft section depends on the Synchroniser Shaft depends
minimum penetration depth (d), the construction sizes of the 3.000 on its length.
connected dynamic elements and the gap between the rotating 2.500
and fixed parts. 2.000
n [min-1]

1.500

1.000
500
0
0 500 1.000 1.500 2.000 2.500 3.000
l [mm]

The mounting holes for the The tensioning screws are The clamping set contains all parts required for fastening the
tensioning screws are drilled tightened through the mount- Multi-Spline Shaft sections to both ends of a Synchronising
perpendicular to the profiles ing holes drilled earlier. Shaft Profile.
centre axis along the marking Snap Rings W should be used to secure the Synchroniser
grooves. Shaft axially between the drive elements.

Synchronising Shaft Profile VK14

Al, anodized
DIN ISO14 A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4]
6x11x14 5.1
4.77 1.29 7.17 6.68 10.63
16 44
natural, cut-off max. 3000 mm 0.0.463.57
natural, 1 pce., length 3000 mm 0.0.454.04

Clamping Set for Synchronising Shaft Profile VK14

8 standard connecting plates 5, St, bright zinc-plated
4 T-Slot Nuts 6 St 2xM5-40, bright zinc-plated
8 screws M5x16, St, bright zinc-plated
m = 88.0 g
1 set 0.0.463.72

554
 M e ch a n ic a l dri v e e l e m e n ts

Synchronising Shaft Profile VK32

Al, anodized
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] It [cm4]

DIN ISO14 11.62 3.13 47.42 45.09 65.95

6x26x32 6.2 natural, cut-off max. 3000 mm 0.0.463.56
72 natural, 1 pce., length 3000 mm 0.0.454.05

Clamping Set for Synchronising Shaft Profile VK32

8 standard connecting plates 6, St, bright zinc-plated
4 T-Slot Nuts 8 St 2xM6-60, bright zinc-plated
8 screws M6x25, St, bright zinc-plated
m = 196.0 g
1 set 0.0.463.30

Synchroniser Shaft Equaliser Couplings

For the precise angular alignment of synchronised linear drives
Power-lock connection for Multi-Spline Shafts

Synchronizer Shaft Equaliser Coupling

VK14 VK32
L 80 mm 120 mm
a 1-1.5 mm 2-3 mm
b min. 40 mm min. 60 mm

The Synchroniser Shaft Equaliser Coupling is positioned at the ends of the Multi-Spline Shafts
and power-lock connected using clamping screws. The tightening torque of the clamping
screws is 25 Nm (Equaliser Coupling VK14) or 50 Nm (Equaliser Coupling VK32).
The two halves of the coupling must be screwed onto degreased shaft ends using the waxed
screws supplied, so as to transfer the necessary torque.

Synchroniser Shaft Equaliser Coupling VK14

14 2 half shells, St, bright zinc-plated
8 Hexagon Socket Head Cap Screws DIN 912-M8x20, St, bright zinc-plated and
waxed
4 80 m = 0.7 kg
4
1 set 0.0.472.28
16
Synchroniser Shaft Equaliser Coupling VK32
2 half shells, St, bright zinc-plated
32 8 Hexagon Socket Head Cap Screws DIN 912-M10x30, St, bright zinc-plated and
waxed
m = 2.8 kg
1 set 0.0.472.29
7 120
2

555
 M e ch a n ic a l dri v e e l e m e n ts

Adapter Plates
For
connecting together drives, Bevel Gearboxes,
Reverse Units and profiles
Suitable bores for a range of connection dimensions

4FSWJDF

Attachment of drives (pos- Where space is restricted,

sibly with Adapter Flange hexagon screws DIN 931-M8
Universal) and Timing- can be used.
Belt Reverse Units to the
Bevel Gearboxes with Adapter
Plates.

Possibilities for butt fastenings with Adapter Plates and Auto-

matic Fasteners.

64 Adapter Plate 80x80

40
Al, anodized
m = 91.0 g
M6
40

black, 1 pce. 0.0.408.16

50/2
66.5

66.
5
8
0 9

64 Adapter Plate 120x80

40
Al, anodized
m = 164.0 g
black, 1 pce. 0.0.408.06
120

16 M6
40

60/2
66.5
103.5

66.
5
80
9

556
 M e ch a n ic a l dri v e e l e m e n ts

Centring Pieces
For centring housings and Adapter Plates

4FSWJDF

Centring Piece D50-D50

4 St
4 m = 21.0 g
0
5 black, 1 pce. 0.0.408.12
0

Centring Piece D60-D60

St
4 m = 48.0 g
4
0 black, 1 pce. 0.0.408.11
6
0

20 Centring Piece D50-D22

2 St
2 4 m = 27.0 g
2
5 black, 1 pce. 0.0.379.17
0

34 Centring Piece D60-D50

St
2 m = 47.0 g
4
5 black, 1 pce. 0.0.379.18
0
6
0

16

557
 M e ch a n ic a l dri v e e l e m e n ts

Adapter Flange
Universal adapter for connecting motors
Integrated centring system for Timing-Belt Reverse Units
Easily machined to suit connection geometry

4FSWJDF

Virtually any drive can be connected to a Ball

Screw Unit KGT, Bevel Gearbox or profile using
the Adapter Shaft, Adapter Plate 120x80 and
Adapter Flange Universal.

Adapter Flange Universal

16
0 Al, anodized
64 m = 635.0 g
black, 1 pce. 0.0.337.32
M8
103.5

M6

20
2

2
2
6
0
12
1.5

16

558
 M e ch a n ic a l dri v e e l e m e n ts

Proximity Switch
Inductive proximity switch for added safety in linear drives
Installed in Line 8 groove (Proximity Switch 8)
Installed in Timing-Belt Reverse Unit (Proximity Switch M8)


XXXJUFNDPN

Proximity Switch M8 is a versatile device for limiting the ter- The Proximity-Switch Proximity-Switch Connecting
minal position or for reference on linear units with timing-belt Fastening Set is used to Cable in plug-in design with
drives. It is available with a permanent or plug-in connecting position and attach inductive integrated LEDs for display-
cable. Proximity Switches M8 on the ing the switch function and
Timing-Belt Reverse Units. operating voltage.
The cam reaching the Proximity Switch signals the electrical
terminal position and/or the reference point of the unit on the
Timing Belt.

Possible arrangement of Proximity Switches 8 and Proximity- Possible arrangement of Proximity Switches 8 and Proximity-
Switch Cams 8: Switch Cams 8:
The Proximity-Switch Cams run through the Timing-Belt The Proximity-Switch Cams do not run through the Timing-Belt
Reverse Units. Reverse Units.
Particularly suitable when used with the drive end Timing Belt
Reverse Unit for simplifying cable routing between the drive
unit, Proximity Switch and motor control unit.

16
When using Proximity-Switch Cams 8 with Proximity-Switch Cam 8 is
reversing on the flat side (Timing-Belt Counter- pressed into the Timing Belt
Reverse Unit 8 R25/ Timing-Belt Reverse Unit at the required positions from
8 80 R25 with emergence 40 mm), these the flat side.
must not pass through the Timing-Belt Reverse
Units. In this case, Proximity Switches 8 and
Proximity-Switch Cams 8 must be positioned
to prevent this from happening.

559
 M e ch a n ic a l dri v e e l e m e n ts

Options for fastening Proxim- Proximity Switch 8 is particularly suitable in conjunction with
ity Switches 8 in conjunction Timing-Belt Reverse Units 8 or Timing-Belt Counter-Reverse
with the Proximity-Switch Unit 8, Proximity-Switch Fastening Set 8 and Proximity-Switch
Fastening Set. Depending on Cams 8. Timing-Belt Reverse Units 8 are provided with open-
the application, the Proximity- ings for the Proximity Switch at appropriate points in order to
Switch Fastening Set must be ensure compact installation.
shortened accordingly.

M8x1 Proximity Switch M8



St, stainless
4

Inductive Proximity Switch, positive switching,

38

suitable for installation in thread M8x1

13 Voltage = 10...30 V DC
Max. switching current = 200 mA
Sensing range = 1.5 mm
LED control display
Connecting cable, black l = 3 m; d = 3.5 mm
m = 54.0 g
1 pce. 0.0.337.14
M8x1 Proximity Switch M8, Plug Connection


St, stainless
4

Inductive Proximity Switch, positive switching,

38
46

suitable for installation in thread M8x1

0.8

Voltage = 10...30 V DC
13 Max. switching current = 200 mA
Sensing range = 1.5 mm
LED control display
m = 16.0 g
1 pce. 0.3.001.24

.6 Proximity-Switch Connecting Cable


9
Outer sheath PUR, black
Structure LifY11Y, 3x0.25 mm2
Plug: integrated 3-pole plug with metal collar M8x1
16.7

28 Cable inlet angled by 90

LED control display: Green = Operating display, Yellow/orange = Switch function
display
Connecting cable l = 5 m; d = 4.0 mm
m = 144.0 g
1 pce. 0.3.001.25

16

560
 M e ch a n ic a l dri v e e l e m e n ts

5 M8x1 
43. Proximity-Switch Fastening Set 8
5
22. 5 St
6.
2 washers DIN 433-8.4, St, bright zinc-plated
50 Button-Head Screw ISO 7380- M8x10, St, bright zinc-pl.
8.4 m = 37.0 g
16 1 set 0.0.337.31

8 Proximity-Switch Cam 8


0.5
St
m = 0.2 g

4.7
2
black, 1 pce. 0.0.337.15

Proximity Switch for use directly in the profile groove

12 8 Proximity Switch 8 - 1NC


Inductive Proximity Switch, positive switching

Casing Al, anodized, natural
40

Fixing mechanism, fixing screws

Voltage = 1030 V DC
Switching currentmax = 150mA
Sensing range = 2 mm
Cable, grey l = 3 m ; d = 3 mm
m = 51.0 g
1 pce. 0.0.600.05

12 8 Proximity Switch 8 - 1NO



Inductive Proximity Switch, positive switching

Casing Al, anodized, natural
40

Fixing mechanism, fixing screws

Voltage = 1030 V DC
Switching currentmax = 150mA
Sensing range = 2 mm
Cable, grey l = 3 m ; d = 3 mm
m = 51.0 g
1 pce. 0.3.001.30

16

561
 M e ch a n ic a l dri v e e l e m e n ts

16

562
Co m p o n e n ts m a d e o f s p ec i a l m at e r i a ls 17
Profile St
Fastening Elements for Profile St
Floor Elements for Profile St
Profile KH
Fastening Elements for Profile KH

17
 C o mp o nents made o f special materials

Components made of special materials

Products in this section

Profile St 8 40x40 Standard-Fastening Set Universal-Fastening Set T-Slot Nuts (Profile St) 8 Profile Bar (Profile St) 8
Steel profile that is fully (Profile St) 8 (Profile St) 8 Strong steel T-Slot Nut Customised fastening op-
compatible with Line 8 Power-lock, right-angled Robust profile connections Designed for the special tion in the profile groove
Corrosion resistant and re- connection between made from steel groove of Profiles St 8 Made from high-strength,
sistant to acids and alkalis profiles Maximum stability and easy corrosion-resistant steel
installation

566 567 568 569 569

Footplate (Profile St) 8 Drill D12.2 Profile KH 8 40x40 Standard-Fastening Set Angle Bracket 8 PA
40x40 M8 Drill bit specifically Innovative 70 percent wood KH 8 Additional hold for Profiles
Mounting plate for fitting intended for machining composite material Fully concealed in the pro- KH
a Knuckle Foot to a Profile high-strength steel profiles Electrically insulating and file groove when installed Easy-to-fit plastic Angle
St 8 does not interfere with Quick-action installation Bracket for temporary
For stainless steel Knuckle radiowaves thanks to self-tapping structures
Feet screw

570 570 571 573 574

17

564
 C o mp o nents made o f special materials

Profile St 8

Resistant to corrosion and high temperatures.

Special tasks require special materials. Corrosion-resistant stainless steel in the tried-and-tested
design of Profiles 8 from the item MB Building Kit System opens up a whole range of additional
applications for the construction of production facilities. Line St 8 Profiles combine the univer-
sality of the building kit with an alternative material.
The stainless steel (V2A) used in Profiles St 8 is resistant to acids and chemicals. It is also physi-
ologically safe and can therefore be used for items that come into contact with foodstuffs. The
steels high-grade, smooth surfaces are also easy to clean.
And even temperatures of 200C and above do not impair the strength of the Profiles and
fastening elements.
Conductive profile connections with tried-and-tested fastening technology.
This is where the building kit principle is used to great advantage. In just a short time, it is pos-
sible to create even complex structures without any special knowledge or tools. The fastening
techniques are easy to learn and quick to apply, with reliable results. Conductive materials and
surfaces make it far easier to construct earthed and ESD-safe structures.
Fully compatible with the elements of the item MB Building Kit System.
Profiles St 8 are a further addition to the comprehensive MB Building Kit System. When design-
ing these Profiles, particular attention was paid to ensuring their compatibility with the kits
modular elements. For example, all major proven components in Line 8, such as Multiblocks,
can be used without any restrictions whatsoever.
Special accessories for Profiles St 8 increase the number of applications still further. In terms of
material selection and load-carrying capacity, they fit in perfectly with the features of stainless
steel profiles. The focus is primarily on corrosion resistance and mechanical properties.
Also suitable for welding in special applications.
A further advantage of Profiles St 8 is the fact that they are easy to weld. When necessary,
they can be welded firmly and permanently together or to other frame elements. This creates
load-bearing structures that combine all the advantages of steel and profile-based building
techniques. The profile groove forms a universal slot, significantly increasing the flexibility of the
entire structure during both assembly and in subsequent use.
Existing screw connections can also be subsequently welded, thereby increasing their load-
carrying capacity and ensuring that any definitive position arrived at following adjustments can
be made permanent.

17

565
 C o mp o nents made o f special materials

Profile St 8 40x40
Cap (Profile St) 8
Strong steel for special applications
Steel profile that is fully compatible with Line 8
Corrosion resistant and resistant to acids and alkalis
For extremely strong constructions
Compatible accessories available


The basic Line 8 profile made from corrosion-resistant steel

(1.4301) is suitable for all kinds of structures requiring a par-
ticularly high load-carrying capacity and fatigue resistance.

Cap to cover the end faces of Profile St 8

40x40. Easy to assemble thanks to a press fit
in the Profiles central cavity.

Tip:
Profile St 8 has a specially shaped profile groove and core bore.
As a result, specially designed T-Slot Nuts, Caps, etc. need to be
used with these Profiles.


Profile St 8 40x40
St
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
4.64 3.65 7.44 7.44 3.72 3.72
stainless, cut-off max. 6000 mm 0.0.603.16
stainless, 1 pce., length 6000 mm 0.0.492.61

4

Cap (Profile St) 8 40x40

PA-GF
40
m = 6.0 g
40
black, 1 pce. 0.0.494.33

17

566
 C o mp o nents made o f special materials

Standard-Fastening Set (Profile St) 8

Power-lock, right-angled connection between profiles
Both Profiles need to be machined

The fasteners counterpart takes the form of

a pin with threaded bore which is inserted in
one of the cross-holes ( 12.2 mm) in the
Profile.
Access to the head of the fastener is provided
by a correctly positioned through hole
( 8 mm).


Standard-Fastening Set (Profile St) 8
St
Standard connecting plate 8
17 Button-Head Screw ISO 7380-M8x35, tin-plated
Threaded bolt D12x40 M8
35 Mstainless = 20 Nm m = 59.0 g
stainless, 1 set 0.0.494.35

40
12

17

567
 C o mp o nents made o f special materials

Universal-Fastening Set (Profile St) 8

Sound profile connection made from steel
Maximum stability and easy installation
Only basic profile machining required

The Universal-Fastening Set (Profile St) 8 40 creates a right-

angled profile connection for Profiles St 8 with the option of
subsequent movement along the profile groove or subsequent
insertion of struts in profile frames that are already closed.
This means that it is not necessary to specify the position of
the fastening point in advance.

The pre-tensioning force of the Universal-Fastening Set (Profile

St) 8 is applied by two screws which are tightened from the
profile groove. They are screwed into T-Slot Nuts (Profile St) 8
M6, which are inserted in the opposite profile groove.
The fasteners counterpart takes the form of a pin with two
through holes, which is inserted in one of the cross-holes (
12.2 mm) in the Profile.
The caps are also used to fix the positions of the screws during
assembly.


4 Universal-Fastening Set (Profile St) 8 40
40 26.
St
Connecting pin D12x40 2D6
12

2 Button-Head Screws ISO 7380-M6x32, tin-plated

2 T-Slot Nuts (Profile St) 8 M6
2 Caps, PA black
Mstainless = 8 Nm m = 65.0 g
17

stainless, 1 set 0.0.601.03

8

17

568
 C o mp o nents made o f special materials

T-Slot Nuts (Profile St) 8

Strong T-Slot Nut made from corrosion-resistant steel
Designed for the special groove of Profiles St 8

T-Slot Nuts (Profile St) 8 are adapted to suit the special shape Tip:
of the profile groove of Profiles St 8. They can be inserted into
the grooves at any location and are fixed in place using a ball This special T-Slot Nut must be used whenever fastening
thrust piece. accessories to Profiles St 8.
An anti-torsion feature simplifies the process of moving the
T-Slot Nut and stops it slipping out of the profile groove when
doing so.

7.5

T-Slot Nut (Profile St) 8 M4
M4;M5;
M8 St
7.8

m = 14.0 g
23 stainless, 1 pce. 0.0.494.38
14

T-Slot Nut (Profile St) 8 M5
St
m = 13.0 g
stainless, 1 pce. 0.0.494.37

T-Slot Nut (Profile St) 8 M8
St
m = 12.0 g
stainless, 1 pce. 0.0.494.28
6.5

T-Slot Nut (Profile St) 8 M6
M6
St
7.8

m = 13.0 g
23 stainless, 1 pce. 0.0.494.36
14

Profile Bar (Profile St) 8

Customised fastening option in the profile groove
Made from high-strength, corrosion-resistant steel


Profile Bar (Profile St) 8
17
St
m = 313.0 g
500 stainless, 1 pce., length 500 mm 0.0.495.11
7

14
569
 C o mp o nents made o f special materials

Footplate (Profile St) 8 40x40 M8

Mounting plate for fitting a Knuckle Foot to a Profile St 8

Footplate (Profile St) 8 40x40 is intended for attaching

Knuckle Feet with a central M8 thread. The Footplate is
pressed into the end face of Profiles St 8. The threaded bore
engages with the spindle of a height-adjustable Knuckle Foot.
Use of Knuckle Foot D40, M8x60 stainless (0.0.475.41) is
particularly recommended.
Note: Footplate (Profile St) 8 40x40 is only designed to absorb
compressive forces!
Fmax. = 350 N

M8 
1

Footplate (Profile St) 8 40x40 M8

4

15
Die-cast zinc
m = 36.0 g
40 40 black, 1 pce. 0.0.602.30

Drill D12.2
Drill bit specifically intended for machining high-strength steel profiles

Drill D12.2 is a special drill for machining Profiles St 8. It is

used to drill the 12.2 mm through-hole for the bolts in
Standard-Fastening Set (Profile St) 8 and Universal-Fastening
Set (Profile St) 8.
An appropriate Drill Paste must be used to lubricate the Drill
when drilling the Profiles.


Drill D12.2
High-performance, high-speed steel
m = 81.0 g
1 pce. 0.0.602.12
17
100
124.4

12

570
 C o mp o nents made o f special materials

Profile KH 8 40x40
Innovative composite material made of wood and plastic
Lightweight and strong
Electrically insulating

The metal-free alternative in the item MB Building Kit System. lightweight applications. Thanks to ease of processing (the
An innovative, high-strength material that is particularly easy material is cut and drilled like conventional wood) and special,
to process. adapted fastening elements, no special machines or tools are
Profile KH 8 40x40 is made from environmentally friendly needed when working with the profiles.
material (more than 70 percent wood fibre) and has exactly the When a construction has to be lightweight, when electrical
same design as the equivalent item aluminium profile. As a re- insulation is a requirement or when a particularly low-cost
sult, it is fully compatible with all attachments and can also be solution from the building kit system is needed, Profile KH is
combined with other building kit system elements. The Line 8 the answer.
groove can accommodate all fastening elements and enables The profile is also ideal for use with laboratory equipment for
users to insert panels directly into profile frames. EMC measurements and when building shelving, table frames,
This top-quality innovative material is a combination of ther- guards and enclosures.
moplastic and renewable raw materials that offers the best of
both worlds. Coloured all the way through in elegant anthracite
grey with a smooth plastic outer surface, it is moisture
resistant, dimensionally stable and strong the ideal basis for

Physical properties of material KH

Modulus of elasticity in tension 9900 N/mm2
Tensile strength 43 N/mm2
Tensile elongation at failure point 1.2 %
Modulus of elasticity in bending 7000 N/mm2
Flexural strength 77 N/mm2
Heat distortion temperature +100/-15 C
Volume swelling: 1.16 %
Water absorption 1d
Mass swelling: 3.08 %
Acid resistance (dil.) +
Alkali resistance (dil.) +

Profiles KH 8 are connected using a special Standard-Fasten-

ing Set or Angle Bracket Sets 8 PA. Cap 8 40x40 seals off the
profile end face.

The wood used in Profile KH 8 is sourced from sustainably

managed forests. It carries the PEFC label. Further information
is available at: www.pefc.co.uk.

17

571
 C o mp o nents made o f special materials

Permissible tensile load F on the groove

flanks. This nominal load incorporates safety
factors (S > 2) that act against deformation
and fracturing.
F = 750 N

400.5 Profile KH 8 40x40



8+0.4
Wood-PP composite
A [cm2] m [kg/m] Ix [cm4] Iy [cm4] Wx [cm3] Wy [cm3]
9.21 1.06 14.70 14.70 7.04 7.04
anthracite, cut-off max. 6000 mm 0.0.641.61
anthracite, 1 pce., length 6000 mm 0.0.626.86

17

572
 C o mp o nents made o f special materials

Standard-Fastening Set KH 8
The quick-action profile fastening
Concealed in the profile groove
Position of the fastening must be fixed

The special fastening techniques for Profile KH 8 40x40

7
require little processing work and use self-tapping screws that
are driven into the core bore of the profile. Only a through-hole

20
9
for the tool (TX 30; 7 mm) specifies the location of the
connecting point.
Standard-Fastening Set KH 8 is entirely concealed in the pro-
file groove maximum integration ensures no space is wasted
and creates clean, clear lines for an elegant construction.
The Button-Head Screw is also available separately for fasten-
ing attachments to the core bore of Profile KH. Position of the through holes Quick-action profile connection thanks to self-
for the key. tapping screw.

TX30 Standard-Fastening Set KH 8



Standard connecting plate 8, St

Button-Head Screw KH 8x55, TX 30, St
10.2

Mbright zinc-plated = 10 Nm m = 27.0 g

2.2

bright zinc-plated, 1 set 0.0.642.18

17
8
35

14 Button-Head Screw KH 8x55, TX 30

TX30
3.5

St
m = 16.0 g
bright zinc-plated, 1 pce. 0.0.642.17
55

17
8

573
 C o mp o nents made o f special materials

Angle Bracket 8 PA
Holds profiles with no additional machining
Also ideal as a temporary fastening

The flexible machining-free profile fastening. Using the Angle Angle Bracket 8 40x40 PA F < 200 N ^ F x l < 10 Nm
Bracket ensures constructions can be easily reconfigured, as it l
Angle Bracket 8 80x80 PA F < 400 N ^ F x l < 30 Nm
does not need to be permanently fixed in one place. F
Because Angle Brackets reinforce fastening points, they are The load-carrying capacity is to be checked to ensure both
particularly useful in applications that are likely to involve conditions are met.
bending loads.
Angle Bracket Sets 8 PA include all the necessary fastening
materials for joining two Profiles KH.

Angle Brackets PA come with removable anti-torsion features,

meaning that attachments without a profile groove can also be
screw-connected with ease.


20 40 Angle Bracket Set 8 40x40 PA
40
20 Angle Bracket 8 40x40 PA, black
2 Button-Head Screws ISO 7380-M8x18, St, bright zinc-plated
40

2 washers 9x20x2, St, bright zinc-plated

2 T-Slot Nuts 8 St M8, bright zinc-plated
m = 53.0 g
8.5 1 set 0.0.647.03

20 40 Angle Bracket Set 8 80x80 PA
80 0
4 Angle Bracket 8 80x80 PA, black
20 4 Button-Head Screws ISO 7380-M8x18, St, bright zinc-plated
4 washers 9x20x2, St, bright zinc-plated
17 4 T-Slot Nuts 8 St M8, bright zinc-plated
80

m = 177.0 g
1 set 0.0.647.05

8.5

574
Jigs, fixtures and tools 18
Machining Profile Connections
Machining Dynamic Elements
General Tools

18
 J i gs , f i xtur e s a n d t o o ls

Jigs, fixtures and tools

Products in this section

Drilling Jigs and Step Drilling Unit T-Slot Opener 8N T-Slot Deburrer 8N Lip Seal Assembly Tool
Drills Drilling Stands for simpli- For opening closed grooves For smoothing the edges The easy and reliable way
For rapid and precise fied profile machining quickly and carefully of grooves that have been to press Lip Seals into
profile machining without a pillar drill For Profiles 8 and X 8 with opened place
Simple handling on pillar removable groove covering Adjustable shaft length Suitable roller size for a
drills for ergonomic working range of profile sizes
practices

577 583 585 586 587

Shaft Mounting Aid Pin Spanners Rack 8 Assembly Tool Track Oil for Linear Keys
The easy way to press For adjusting the eccentrics For connecting together Guides Designed specifically for
Shafts into Shaft-Clamp on roller guides and C-Rail the rack segments of a For reducing friction use with profiles and fasten-
Profiles Guides rack drive For a longer service life ing elements from item
For the lock nuts in Bearing Also models suitable for
Units difficult-to-reach screws

589 590 591 592 593

Key Insert Security L-Key Set Multi-Purpose Pliers

For checking the tightening For all security fastenings For cutting plastic, rubber,
torque of screw fastenings using items special bolts wood and thin aluminium
under heavy loads The easy way to cut Cover
Profile PP to length

595 596 596

18

576
 J i gs , f i xtur e s a n d t o o ls

Drilling Jigs and Step Drills

Standard Connection and Universal Connection
For rapid and precise profile machining
Simple handling on pillar drills

    

Drilling Jigs for precisely positioned machining

of profiles with the required through holes for
Standard Fasteners and Universal Fasteners.


Drilling Jig 5
St, black
Drill bushes, St, hardened and polished
Slewable longitudinal limit stop
Clamp attachment on the profile
4.3 Depth limit stop for the Step Drill
m = 390.0 g
10
40 20 1 pce. 0.0.370.19

10
10

80 12


Step Drill, Universal Connection 5
High-performance, high-speed steel
Shaft: 12 mm
m = 80.0 g
1 pce. 0.0.370.35
151

12
10

4.3

Drilling Jig 6
St, black
Drill bushes, St, hardened and polished
Slewable longitudinal limit stop
Clamp attachment on the profile
5.5 Depth limit stop for the Step Drill
15 m = 832.0 g
60 30 1 pce. 0.0.434.25
15
16

16
80 18

577
 J i gs , f i xtur e s a n d t o o ls


Step Drill, Universal Connection 6
13 High-performance, high-speed steel
Shaft: 13 mm
m = 150.0 g
1 pce. 0.0.431.19

173
16

13
5.5

7 Drilling Jig 8, small, Standard Connection 8


40
40 St, black
20 Drill bushes, St, hardened and polished
16

Slewable longitudinal limit stop

Clamp attachment on the profile
m = 420.0 g
1 pce. 0.0.026.09
80

7 Drilling Jig 8, large, Standard Connection 8



80 40 St, black
20 Drill bushes, St, hardened and polished
Slewable longitudinal limit stop
16

Clamp attachment on the profile

m = 810.0 g
1 pce. 0.0.026.19

80

9 Drilling Jig 10, small, Standard Connection 10


50
50 St, black
25 Drill bushes, St, hardened and ground
16

Fold-out longitudinal limit stop

Clamp fastening for profile
m = 662.0 g
100 1 pce. 0.0.632.12


Drilling Jig 8
80

Base plate, plastic, green

20 Profile, Al, anodized, natural
Drill bush, St, hardened and polished
10

Slewable stop
Profile-guide elements
m = 2.3 kg
400 1 pce. 0.0.026.91

200

18

578
 J i gs , f i xtur e s a n d t o o ls


Step Drill, Universal Connection 8, MT2
High-performance, high-speed steel
Taper shank: MT 2
m = 260.0 g
1 pce. 0.0.026.90

20

17 103
7

Step Drill, Universal Connection 8, D13
High-performance, high-speed steel
Shaft: 13 mm
13
m = 240.0 g
1 pce. 0.0.465.90

20
103
17

7

Step Drill, Universal Connection 10
High-performance, high-speed steel
Taper shank: MT 3
m = 431.0 g
1 pce. 0.0.632.09

25
80
21

9

Step Drill with tapered countersink, Universal Connection 12
High-performance, high-speed steel
Taper shank: MT3
m = 550.0 g
1 pce. 0.0.014.03

32
100

30
24 24

12

18

579
 J i gs , f i xtur e s a n d t o o ls

Drilling Jig and Step Drill

Mitre Connection and Central Fastening
Straightforwardprofile machining for Mitre-Fastening Set
and Central-Fastening Set
Suitable for any mitre angle
For cutting the correct bore in the cut profile

  

9.1 Drilling Jig, Mitre Connection 6 D9.1



80 St, black
150 Depth limit stop
Notes on Use and Installation
m = 1.3 kg
1 pce. 0.0.616.77

30
60


Drilling Jig, Mitre Connection 6 D5.5
87.5 30 St, black
Depth limit stop
Notes on Use and Installation
m = 390.0 g
1 pce. 0.0.616.89
9.1

5.5
b Drill D9.1
High-performance, high-speed steel
a = 125 mm b = 9.1 mm m = 63.0 g
1 pce. 0.0.628.25

Drill D5.5
a

High-performance, high-speed steel

a = 93 mm b = 5.5 mm m = 18.0 g
1 pce. 0.0.628.55

18

580
 J i gs , f i xtur e s a n d t o o ls

14.2 Drilling Jig Mitre Connection 8 D14.2



100
St, black
Depth limit stop
200
Notes on Use and Installation
m = 1.8 kg
1 pce. 0.0.493.72

40
80


Drilling Jig Mitre Connection 8 D9
100 40
St, black
Notes on Use and Installation
m = 0.8 kg
1 pce. 0.0.493.71
14.2

9

Step Drill, Mitre Connection 8
13
High-performance, high-speed steel
m = 104.0 g
1 pce. 0.0.492.60
142

14.2
12.5

7

Step Drill Central-Fastening Set 10
High-performance, high-speed steel
Taper shank DIN 228-MK-B2 AT6
m = 244.0 g
1 pce. 0.0.632.75
206

18.2
16

18

581
 J i gs , f i xtur e s a n d t o o ls

Drilling Jigs and Step Drills

Clamp Profiles
For
machining profiles when creating a 90 connection between
Clamp Profiles 6 30x30 and 8 40x40

 


Drilling Jig 6, Clamp Profile 6 30x30
St, black
Drill bush, St, hardened and polished
30 Slewable longitudinal limit stop
11
15 Clamp attachment on the profile
15

Depth limit stop for the Step Drill

m = 388.0 g
1 pce. 0.0.434.23
60


Step Drill, Clamp Profile 6 30x30
High-performance, high-speed steel
Shaft: 11 mm
m = 63.0 g
1 pce. 0.0.431.20
142

11
19

7

Drilling Jig 8, Clamp Profile 8 40x40
St, black
Drill bush, St, hardened and polished
40 Slewable longitudinal limit stop
15 Clamp attachment on the profile
20 Depth limit stop for the Step Drill
25

m = 880.0 g
1 pce. 0.0.265.22

80


Step Drill, Clamp Profile 8 40x40
High-performance, high-speed steel
Shaft: 15 mm
m = 150.0 g
1 pce. 0.0.265.21
170

15

R1
30

9
18

582
 J i gs , f i xtur e s a n d t o o ls

Drilling Unit
Straightforward profile machining on site

Drilling Stands for simplified profile machining without a pillar drill

Fasten direct to the profile
Adapter for various profile lines

  
XXXJUFNDPN

Stepped bore for the Through hole and thread for The Drilling Unit can be
Universal-Fastening Set. the Standard-Fastening Set. operated with a commercially
available drilling machine
with European mount
( 43 mm). A machine with
electronic speed control, R/L
operation and 2-speed gear-
ing is recommended.

Drilling Unit, Drilling Stand

St
Notes on Use and Installation
m = 3.0 kg
1 pce. 0.0.465.88
50

43
333

152
.5

18

583
 J i gs , f i xtur e s a n d t o o ls


Drilling Unit, Drilling Adapter Set 5
12 Adapter Plate, St, black
Angle Bracket, St, black
Step Drill, Universal Connection 5, high-performance, high-speed steel
Drill 4.3 DIN 338, high-performance, high-speed steel
12 m = 1.2 kg
4.3
1 set 0.0.464.30

4.3

132
.5
40

Drilling Unit, Drilling Adapter Set 6
13 Adapter Plate, St, black
Angle Bracket, St, black
Step Drill, Universal Connection 6, high-performance, high-speed steel
Drill 5.5 DIN 338, high-performance, high-speed steel
m = 1.3 kg
16
1 set 0.0.459.33
5.5

5.5

147
.5
40

Drilling Unit, Drilling Adapter Set 8
13 Adapter Plate, St, black
Angle Bracket, St, black
Step Drill, Universal Connection 8, high-performance, high-speed steel
20 Drill 7 DIN 338, high-performance, high-speed steel
m = 1.3 kg
1 set 0.0.465.89
7
7

18 155

40
584
 J i gs , f i xtur e s a n d t o o ls

T-Slot Opener 8N
For opening closed grooves quickly and carefully
For Profiles 8 and X 8 with removable groove covering

40 80

T-Slot Opener 8N is used to remove the groove cover over any T-Slot Opener 8N for Standard-Fastening Set:
length beginning from the end face of the profile or any other Each levering movement will open the profile groove over the
opening of sufficient size. If the opening does not extend to the length of a Standard-Fastening Set 8.
end of the profile, the end of the opening must be defined with
a hole of 9.2 mm.


T-Slot Opener 8N
St, galvanized
Handle, PVC
m = 580.0 g
1 pce. 0.0.612.88
262


T-Slot Opener 8N for Standard-Fastening Set
St, galvanized
Handle, PVC
m = 500.0 g
1 pce. 0.0.612.89
262

8
18

585
 J i gs , f i xtur e s a n d t o o ls

T-Slot Deburrer 8N
For smoothing the edges of grooves that have been opened
Adjustable shaft length for ergonomic working practices


T-Slot Deburrer 8N
m = 88.0 g
1 pce. 0.0.612.47
164

Clamping Jaws D40

For careful machining of profiles with the cylindrical D40 cross-section
Simple and rapid clamping in a vice

80 40 Clamping Jaws D40

PA
4 magnetic inserts
m = 185.0 g
1 pce. 1.0.003.75

120

18

586
 J i gs , f i xtur e s a n d t o o ls

Assembly Tool Lip Seal

The easy and reliable way to press Lip Seals into place
Suitable roller size for a range of profile sizes

    


Assembly Tool Lip Seal 5
Roller, PA
Bolt, St
Button-Head Screw ISO 7380-M5x10
Handle, PA
b = 11 mm m = 85.0 g
1 pce. 0.0.484.40
200

Lip Seal Assembly Tool 6-12

Roller, PA
Bolt, St
Button-Head Screw ISO 7380-M5x10
Handle, PA
b = 8 mm m = 81.0 g
1 pce. 0.0.493.28

18

587
 J i gs , f i xtur e s a n d t o o ls

Combination Drilling Jigs

For easier machining of Shafts, Shaft-Clamp Profiles and Support Profiles
For cutting precisely positioned fixing bores

4 10 Combination Drilling Jig for Shaft D10


40
St, black
Drill bush, St, hardened and polished
Clamp lever
Slewable longitudinal limit stop
30

m = 715.0 g
1 pce. 0.0.444.68
13.2
50 80

14. 
6 5 Combination Drilling Jig for Shaft D14
40
St, black
Drill bush, St, hardened and polished
Clamp attachment
m = 780.0 g
40

1 pce. 0.0.373.55

19
40 80

10 25 
Combination Drilling Jig for Shaft D25
40
St, black
Drill bush, St, hardened and polished
Clamping lever
Slewable longitudinal limit stop
m = 1.4 kg
64

1 pce. 0.0.373.15

33.
2
50 80

18

588
 J i gs , f i xtur e s a n d t o o ls

Mounting Aid
The easy way to press Shafts into Shaft-Clamp Profiles

  

Using a round steel bar to

press guiding shafts into
place

Mounting Aid for Shaft D6/D14/D25

22 St
m = 270.0 g
16 black, 1 pce. 0.0.265.38
90

60
18

18

589
 J i gs , f i xtur e s a n d t o o ls

Pin Spanners
For adjusting the eccentrics on roller guides and C-Rail Guides

 

For tightening lock nuts in the Bearing Units of Roller Guides 5

D6, 8 D10, 8 D14 and 8 D25.

 
6 Pin Spanner 5 D6, 8 D10
St
2
m = 40.0 g
80

black, 1 pce. 0.0.390.13


Pin Spanner 8 D14
9
St
3 m = 90.0 g
120

black, 1 pce. 0.0.294.41


Pin Spanner 8 D25
9
St
m = 430.0 g
4 black, 1 pce. 0.0.350.30
200

18

590
 J i gs , f i xtur e s a n d t o o ls

Rack 8 Assembly Tool

For connecting together the rack segments of a rack drive


Rack 8 Assembly Tool
St, stainless
m = 451.0 g
1 pce. 0.0.625.39

200
8
8

18

591
 J i gs , f i xtur e s a n d t o o ls

Track Oil for Linear Guides

Oil Can for Linear Guides
Assembly Paste
High-quality oils increase the service life of linear slides
Ideal for product maintenance and care
Assembly Paste reduces friction when assembling structures

The maintenance and care products from item are the perfect
complement to our high-quality components. Linear slides
need to be lubricated on a regular basis and fully synthetic
Track Oil is the ideal product. It spreads out evenly and does
not tend to gum up. The Oil Can enables you to access difficult-
to-reach lubricating points.
Components made from stainless steel are extremely strong
but, due to high levels of friction, can often be difficult to
position during assembly. item Assembly Paste ensures that
screws and profiles slot easily into position.
Track Oil and Assembly Paste are approved for contact with
foodstuffs.

The special Track Oil for Linear Guides is entirely synthetic Assembly Paste helps ensure
and approved for contact with foodstuffs. It is used to maintain screws and profiles made from
oil-lubricated guide tracks. stainless steel glide more easily
into position. This makes it far
easier to adjust components so
that they are flush-mounted.

Track Oil for Linear Guides

Synthetic lubrication oil ISO VG 460
Content: 250 ml (bottle)
m = 285.0 g
1 pce. 0.0.612.75

Oil Can for Linear Guides

Pump-action oil dispenser Al with pointed tip
Content: 200 ml
m = 600.0 g
1 pce. 0.0.612.74

Assembly Paste
Contents: 100 g (tube)
m = 115.0 g
1 pce. 1.0.003.61

Grease for Linear Guide Carriage Units

Contents: 250 g (tube)
m = 300.0 g
1 pce. 0.0.644.87

Grease Gun for Linear Guide Carriage Unit D14

Conical adapter with needle mouthpiece
Contents: 50 ml
18 m = 150.0 g
1 pce. 0.0.644.88

592
 J i gs , f i xtur e s a n d t o o ls

Keys
Designed specifically for use with profiles and fastening elements from item
Also models suitable for difficult-to-reach screws

Ball-Headed Keys are particularly suitable for initial tightening A special L-Key 5 A/F N is used for the Automatic-Fastening
and for screws which are difficult to reach (tightening angles Sets 8 N.
up to 25). The keys are made of high-grade chrome-vanadium steel, matt-
Keys with T-Handle and L-Keys are suitable for the maximum chrome plated. The ergonomic plastic handles have an elastic
tightening torques of the various screws. coating of TPE.
L-Keys are particularly suitable for tightening the screws of
Universal Connections.

Ball-Headed Key 1.5 A/F

a [mm] b [mm] c [mm] m [g]
179 75 1.5 29.0
1 pce. 0.0.473.79

Ball-Headed Key 2 A/F

a [mm] b [mm] c [mm] m [g]
204 100 2 30.0
a

c 1 pce. 0.0.473.78

Ball-Headed Key 3 A/F

b

a [mm] b [mm] c [mm] m [g]

204 100 3 30.0
1 pce. 0.0.370.58

Ball-Headed Key 4 A/F

a [mm] b [mm] c [mm] m [g]
211 100 4 54.0
1 pce. 0.0.406.60

Ball-Headed Key 5 A/F

a [mm] b [mm] c [mm] m [g]
211 100 5 64.0
1 pce. 0.0.026.54

Ball-Headed Key 6 A/F

a [mm] b [mm] c [mm] m [g]
243 125 6 105.0
1 pce. 0.0.406.61

Ball-Headed Key 8 A/F

a [mm] b [mm] c [mm] m [g]
268 150 8 150.0
1 pce. 0.0.480.34

Ball-Headed Key 10 A/F

a [mm] b [mm] c [mm] m [g]
18
271 150 10 211.0
1 pce. 0.0.480.35
593
 J i gs , f i xtur e s a n d t o o ls

Key with T-Handle 3 A/F

a [mm] b [mm] c [mm] m [g]
170 145 3 33.0
1 pce. 0.0.370.59
Key with T-Handle 4 A/F
a c
a [mm] b [mm] c [mm] m [g]
b 170 145 4 45.0
1 pce. 0.0.406.39

Key with T-Handle 5 A/F

a [mm] b [mm] c [mm] m [g]
230 195 5 90.0
1 pce. 0.0.026.29

Key with T-Handle 6 A/F

a [mm] b [mm] c [mm] m [g]
230 195 6 110.0
1 pce. 0.0.406.38

Key with T-Handle 8 A/F

a [mm] b [mm] c [mm] m [g]
330 295 8 200.0
1 pce. 0.0.480.36

Key with T-Handle 10 A/F

a [mm] b [mm] c [mm] m [g]
330 295 10 320.0
1 pce. 0.0.480.37

Materials used in all the following products:

Chrome vanadium steel, matt chrome-plated
L-Key 3 A/F
b
a [mm] b [mm] c [mm] m [g]
93 66 3 9.0
1 pce. 0.0.440.73
L-Key 4 A/F
a [mm] b [mm] c [mm] m [g]
a

109 74 4 19.0
1 pce. 0.0.440.74

L-Key 5 A/F
a [mm] b [mm] c [mm] m [g]
c 125 85 5 34.0
1 pce. 0.0.026.89

L-Key 5 A/F N
a [mm] b [mm] c [mm] m [g]
163 20 5 30.0
1 pce. 0.0.492.59

L-Key 6 A/F
a [mm] b [mm] c [mm] m [g]
200 160 6 150.0
1 pce. 0.0.007.01

L-Key 8 A/F
a [mm] b [mm] c [mm] m [g]
18 300 200 8 300.0
1 pce. 0.0.007.12

594
 J i gs , f i xtur e s a n d t o o ls

Key Inserts
For checking the tightening torque of screw fastenings under heavy loads

 

The key insert 5 is suitable for item profile fastenings with 5 A/F hexa-
gon sockets (e.g. Universal-Fastening Sets 8 and Automatic-Fastening
Sets 8). The special shape of the tip enables users to turn the key from
outside the groove, thereby ensuring that tightening our best fasteners
is effortless.
With a square drive for use with torque wrenches.

Key insert 8 A/F- enables the use of a torque wrench with

square drive to check the tightening torques of Universal Connec-
tions 12.

" Key Insert 5 A/F-



Chrome vanadium steel, matt chrome-plated

23

m = 39,0 g
chrome-plated, 1 pce. 0.0.644.68
160

" Key Insert 8 A/F-



Chrome vanadium steel, matt chrome-plated

m = 320,0 g
38

1 pce. 0.0.007.47
340

8 18

595
 J i gs , f i xtur e s a n d t o o ls

Security L-Key Set 2.5-6 A/F

For all security fastenings using items special bolts

For all item security bolts: L-Keys that give authorized person-
nel the access they need.

51 Security L-Key Set 2.5-6 A/F

Chrome vanadium steel, black
In plastic holder, black
m = 75.0 g
93

1 set 0.0.627.48

Multi-Purpose Pliers

Pliers for cutting Cover Profiles or similar elements made from

rubber, leather, plastic, wood or aluminium.

Multi-Purpose Pliers
Scissor body, sheet steel, bright nickel-plated
Blade, special steel
Anvil, light steel
Handle plastic-coated, non-slip design
200 40 m = 300.0 g
1 pce. 0.0.265.63

18

596
T e c h n i c al D ata 19
Aluminium Profiles
Fastening Technology
T-Slot Nuts
Linear Slides
Mechanical Drive Elements

19
 T echnical D ata

Technical Data for Section 1 Profiles and accessories

Extruded Profile Tolerances

Symbol Al Mg Si 0.5 F 25 Deformations such as straightness and flatness tolerance to
Material number 3.3206.72 DIN EN 12020 Part 2.
Status: artificially aged Profiles not cut to size may be up to 100 mm longer than speci-
Mechanical values (apply only in pressing direction) fied, due to manufacturing methods.
Tensile strength Rm min. 245 N/mm2
Surface
Yield point Rp0.2 min. 195 N/mm2
The aluminium profiles are natural (C0) or black (C35)
Density 2.7 kg/dm3
anodized and are therefore permanently resistant to scratching
Ductile yield A5 min.10 %
and corrosion. Surface with matt finish (E 6), compressed
Ductile yield A10 min. 8 %
with anodic oxidation. Minimum layer thickness 10 m, layer
Linear coefficient
hardness 250 - 350 HV. The all-round hard anodized surface
of expansion 23.6x10-6 1/K
covering makes saw cuts virtually burr-free, thereby eliminating
Modulus of elasticity E approx. 70,000 N/mm2
the need for remachining.
Modulus of rigidity G approx. 25,000 N/mm2
Hardness approx. 75 HB - 2.5/187.5 All standard Profiles and Profiles light and Profiles E
feature defined points of support on the Profile exterior and
inclined groove flanks. These ensure a firm and stable con-
nection with other components. Thanks to controlled elastic
deformation in the groove flanks, the fastening screw creates a
vibration-free connection.

Groove position, external dimensions

and modular dimensions

Modular dimension R [mm]

    

20 30 40 50 60

Profile edge length a [mm] Tolerances of external dimensions a and groove

position n [mm]
from up to
0 10 0.10
10 20 0.15
20 40 0.20
40 60 0.30
60 80 0.40
80 100 0.45
100 120 0.50
120 160 0.60
160 240 0.80
240 320 1.50

598
19
 T echnical D ata

Groove Dimensions

    

a 5.0 +0.3
6.2 +0.3
8.0 +0.4
10.0 +0.4
12.0 +0.4

b 11.5 +0.3
16.3 +0.3
20.0 +0.4
25.0 +0.4
30.0 +0.3

c 6.35 0.15 9.75 +0.2

12.25 +0.3
15.5 +0.3
18.3 +0.3

d 1.8 0.1
3.0 -0.25 4.5 +0.3
5.3 +0.3
6.6 +0.3

e 0.15 0.1
0.15 0.1
0.2 0.1
0.25 0.1
0.3 0.1

Core Bores

    

Drilled hole 4.30.1 mm 5+0.2 mm 6.8-0.2 mm +0.1

8.5 -0.2 mm 10.2-0.2 mm
d1 for M5 for M6 for M8 for M10 for M12
Reborable 6 mm 8 mm 13 mm 16 mm 20 mm
up to or M6 or M8 or M12 or M16 or M20
d2 (not (not
Profile E) Profile E)

Profiles with Open Grooves Closed Grooves

Number of Holes z [mm] Number of Holes z [mm]
1 0.4 1 0.6
2 to 4 0.6 >1 0.8
>4 0.8

The hole position tolerance depends on the

number of core bores and the profile contour.

Tensile Loading

    
Groove shape

Normal 500 N 1,750 N 5,000 N 7,000 N 10,000 N

Light 500 N 2,500 N 5,000 N

E 1,750 N 3,500 N

The permissible tensile forces F on the groove

flanks. These nominal loads include safety fac-
tors (S > 2) against plastic deformation.

599
19
 T echnical D ata

Torsion

Torsion tolerance v
b [mm]
for Length l [mm]
up to up to up to up to up to up to
from up to
1,000 2,000 3,000 4,000 5,000 6,000
- 25 1.0 1.5 1.5 2.0 2.0 2.0
25 50 1.0 1.2 1.5 1.8 2.0 2.0
50 75 1.0 1.2 1.2 1.5 2.0 2.0
75 100 1.0 1.5 1.8 2.2 2.5 3.0
100 125 1.2 1.5 1.8 2.2 2.5 3.0
125 150 1.2 1.5 1.8 2.2 2.5 3.0
150 200 1.5 1.8 2.2 2.6 3.0 3.5
200 300 1.8 2.5 3.0 3.5 4.0 4.5
300 320 2.0 2.0 3.5 4.0 4.5 5.0

Straightness Tolerance transverse

Width a [mm] Straightness Tolerance

from up to t [mm]
0 80 0.3
80 120 0.4
120 160 0.5
160 240 0.7
240 320 1.0

600
19
 T echnical D ata

Straightness Tolerance longitudinal

Length Tolerances
l1 [mm] h1 [mm] h2
up to 1,000 0.7
up to 2,000 1.3
up to 3,000 1.8 For every length section of l2 =
300 mm, a maximum deviation
up to 4,000 2.2 of 0.3 mm is allowed
up to 5,000 2.6
up to 6,000 3.0

Angular Tolerance

Width b [mm] Angular Tolerance

from up to w [mm]
0 20 0.2
20 40 0.4
40 80 0.6
80 120 0.8
120 200 1.2
200 1.5

601
19
 T echnical D ata

Construction profiles: Determination of the Profile Deflection

The following equations apply for calculating deflection f: An approximate calculation of the deflection is possible with the help of the nomogram shown
on the right.
Example load 1 The example shown is worked through in the direction of the arrow to determine the deflection.

F x l3 Example:
f = ________

3 x E x x 104 Given:
F = 1,000 N
l = 500 mm
Example load 2 y = 5,14 cm4 (Profile 5 40x20, upright)
F x l3 Find:
f = _________
x x x 4 f = Deflection in mm
48 E 10
Results:
Example load 1
Example load 3 f = 11.6 mm
Example load 2
F x l3
f = __________
f = 0.72 mm
192 E x x 104
x
Example load 3
f = 0.18 mm

The bending values that are either calculated or determined using graphs must be added to the
deflection caused by the dead weight of the profiles.
For an approximate calculation of the deflection caused by the dead weight, the dead weight is
entered as F in the nomogram and the resulting values should be halved.
The following equations are to be used for calculating the
deflection caused by the dead weight:
As example load 1 Check of the bending stress
F x l3 Mb
f = __________
= ________

8 x E x x 104 W x 103

As example load 2 = Bending stress in N/mm2

Mb = Max. bending moment in Nmm
5 x F x l3 W = Resistance moment in cm3
____________
f = Rp0,2 Al = 195 N/mm2
384 x E x x 104

As example load 3
The calculated bending stress must be compared with
Fxl
____________
3 the permissible bending stress perm .

f = 4
384 x E x x 10 Rp0.2
perm = _______

F = Load in N S
l = Free profile length in mm
= Moment of inertia in cm4 The safety factor S must be selected depending on the
E = Modulus of elasticity in N/mm2 required application conditions.
EAI = 70,000 N/mm2

Note:
Calculate the deflection in a profile easily online: A profile
deflection calculator that takes into account all three load
scenarios is available online at www.item24.com.

602
19
 T echnical D ata

l
0.01 0.1 1 10 100 1.000 mm Load 1
F

f
l
0.001 0.01 0.1 1 10 100 mm F Load 2

l
f

f
0.001 0.01 0.1 1 10 100 mm F Load 3

f
N cm4
F 1.000.000 10.000
900.000 9.000
800.000 8.000
700.000 7.000
600.000 6.000
500.000 5.000
400.000 4.000

300.000 3.000

200.000 2.000

100.000 1.000
90.000 900
80.000 800
70.000 700
60.000 600
50.000 500
40.000 400

30.000 300

20.000 200

10.000 100
9.000 90
8.000 80
7.000 70
6.000 60
5.000 50
4.000 40

3.000 30

2.000 20

1000 10
900 9
800 8
700 7
600 6
500 5
400 4

300 3

200 2

100 1
90 0.9
80 0.8
70 0.7
60 0.6
50 0.5
40 0.4

30 0.3

20 0.2

10 0.1
100

200

300

400
500
600
700
800
900
1.000

1.500

2.000

3.000

4.000
5.000
6.000
mm

l 603
19
 T echnical D ata

Construction profiles: Determination of the torsion angle

The following equations apply for calculating the torsion The example shown on the nomogram opposite is based on the free profile
angle : length and a given torsional moment. The result is the torsion angle as a defor-
Example load 1 mation of Profile 5 40x40.
It is naturally also possible to use the nomogram in reverse and begin with
180 x Mt x l
_____________ a maximum permissible torsion to calculate the required profile sizes or the
x x x
=
G t 10 maximum loading moments for a specified profile length.

Example load 2 Example:

Given:
180 x Mt x l
_____________ Mt = 20 Nm
x x x x
=
4 G t 10 l = 500 mm
t = 5.42 cm4 (Profile 5 40x40)
Where:
Find:
Mt = Torsional moment in Nm = Torsion angle in decimal degrees
l = Free profile length in mm
t = Moment of inertia in cm4
G = Modulus of rigidity in N/mm2 Results:
GAI = 25,000 N/mm2 Example load 1
= Torsion angle in decimal degrees = 0.42

Example load 2
= 0.11

The values for the profiles torsional moments of inertia were determined
experimentally or through an approximate calculation. Component tolerances
and simplifying assumptions mean the actual torsion angles can differ from the
calculated value by up to 15%.

Check of the torsional stress

In practice, the criterion for a profile to fail under a torsional load is less the
fact that the permissible torsional stress is exceeded, but rather the pres-
ence of excessive twist (torsion angle) even though it is still within the elastic
limit. This deformation greatly impairs correct functioning of the components.
Consequently, a more torsionally rigid profile must be selected long before the
permissible stress values are reached.

604
19
 T echnical D ata

l
0.02 0.05 0.1 0.2 0.5 1 2 4 10 Mt
Load 1
o
o l
0.005 0.01 0.02 0.05 0.1 0.2 0.5 1 2 Mt
Load 2

Nm cm4
Mt 600 600
500 500
400 400

300 300

200 200

100 100
90 90
80 80
70 70
60 60
50 50
40 40

30 30

20 20

10 10
9 9
8 8
7 7
6 6
5 5
4 4

3 3

2 2

1 1
0.9 0.9
0.8 0.8
0.7 0.7
0.6 0.6
0.5 0.5
0.4 0.4

0.3 0.3

0.2 0.2

0.1 0.1
100

200

300

400
500
600
700
800
900
1.000

2.000

3.000

4.000
5.000
6.000

605
19
 T echnical D ata

Technical Data for Section 2 Fastening technology

F MT M Can be retrofit-
ted to existing
constructions
Application options Line Displacement Torsional mo- Bending mo- Profile machining
force ment * ment *
Automatic-Fastening Sets
5 ++ ++ ++ No Yes
6
8
10
12
77
Universal-Fastening Sets
5 ++ ++ ++ Yes Yes
6 1 stepped bore
each
8
10
12
79
Standard-Fastening Sets
5 ++ + + Yes No
6 1 bore
1 threaded bore
8
10
12
82
Central-Fastening Set
8 Yes Yes
2 stepped bores

87
Click-Fastening Set 90
8 1 threaded bore Yes

88
Direct-Fastening Set 90
8 1 threaded bore No

89

Fixed Movable (linear) Twistable (axial) Freely selectable ++ Excellent + Good Recommended for Not recommended
angle some cases
* Dependent on line and profile design

606
19
 T echnical D ata

F MT M Can be retrofit-
ted to existing
constructions
Application options Line Displacement Torsional mo- Bending mo- Profile machining
force ment * ment *
Angle Bracket Zn
5 ++ ++ ++ No Yes
6
8
12

90
Angle Bracket V Zn
5 + + + No Yes
6
8

95
Angle Bracket Al and St
8 ++ ++ ++ No Yes
12

96
Corner Fastening Sets
5 ++ Yes
6 3 threaded bores

99
Angle Elements
45 6 ++ + + No Yes
8

105
Hinges, heavy-duty
0-180 5 + Dependent Yes
90-180
6 on assembly

scenario
8

107

Fixed Movable (linear) Twistable (axial) Freely selectable ++ Excellent + Good Recommended for Not recommended
angle some cases
* Dependent on line and profile design

607
19
 T echnical D ata

F MT M Can be retrofit-
ted to existing
constructions
Application options Line Displacement Torsional mo- Bending mo- Profile machining
force ment * ment *
Ball-Bearing Hinge
0-180 8 + Dependent Yes
on assembly
scenario

109
Ball joints
0-180 8 + No Yes

110
Mitre-Fastening Sets
30-150
6 Yes Yes
8

111
Direct-Fastening Set
360 8 No Yes

112
Click-Fastening Set
360 8 No Yes

113
Angle Hinge Brackets, Angle Clamp Brackets
10-170
5 + + + No Yes
6
8

115

Fixed Movable (linear) Twistable (axial) Freely selectable ++ Excellent + Good Recommended Not recommended
angle for some cases
* Dependent on line and profile design

608
19
 T echnical D ata

F MT M Can be retrofit-
ted to existing
constructions
Application options Line Displacement Torsional mo- Bending mo- Profile machining
force ment * ment *
Angle Locking Bracket 8 80x40
360 8 + + + No Yes

117
Automatic Butt-Fastening Sets
5 + + No Yes
6
8
12

120
Mitre-Butt-Fastening Sets
6 Yes No
8

60-120

122
Parallel Fastener 8
8 No Yes

124
Connecting Profiles
8 ++ ++ ++ No Yes

125
Pin Elements
8 ++ ++ ++ Yes No
10 Yes
No
12

127

Fixed Movable (linear) Twistable (axial) Freely selectable ++ Excellent + Good Recommended for Not recommended
angle some cases
* Dependent on line and profile design

609
19
 T echnical D ata

Technical Data for Section 3 T-Slot Nuts

T-Slot Nuts Order No. Recommended tightening torque Permissible operating load

5 St M5 0.0.370.01 4.5 Nm 500 N
5 St M5, stainless 0.0.425.11 3.6 Nm 400 N
5 St M4 0.0.370.06 3.0 Nm 500 N
5 St M4, stainless 0.0.425.10 2.4 Nm 400 N
5 St M3 0.0.437.19 1.5 Nm 500 N
5 Zn M3 0.0.391.20 1.0 Nm 50 N

6 St M6 0.0.419.40 14.0 Nm 1,750 N *
6 St M6, stainless 0.0.439.75 11.0 Nm 1,400 N *
6 St M5 0.0.419.43 8.0 Nm 1,750 N *
6 St M5, stainless 0.0.439.72 6.5 Nm 1,400 N *
6 St M4 0.0.419.46 4.0 Nm 1,750 N *
6 St M3 0.0.459.44 1.5 Nm 500 N
6 Zn M4 0.0.441.45 1.5 Nm 150 N

8 St M8, heavy 0.0.420.83 34.0 Nm 5,000 N *
8 St M6, heavy 0.0.427.75 14.0 Nm 3,500 N *
V 8 St M8 0.0.480.48 20.0 Nm 4,000 N *
V 8 St M6 0.0.480.50 14.0 Nm 3,500 N *
V 8 St M5 0.0.480.54 8.0 Nm 2,500 N *
V 8 St M4 0.0.480.57 4.0 Nm 2,500 N *
8 St M8 0.0.026.18 25.0 Nm 5,000 N *
8 St M8, stainless 0.0.388.49 20.0 Nm 4,000 N *
8 St M6 0.0.026.23 14.0 Nm 3,500 N *
8 St M6, stainless 0.0.388.51 11.0 Nm 2,800 N *
8 St M5 0.0.420.05 8.0 Nm 2,500 N *
8 St M5, stainless 0.0.428.55 6.5 Nm 2,000 N *
8 St M4 0.0.420.06 4.0 Nm 2,500 N *
8 St M4, stainless 0.0.428.54 3.2 Nm 2,000 N *
8 St/PA M6 0.0.416.17 8.0 Nm 1,000 N
8 St/PA M5 0.0.416.20 4.5 Nm 1,000 N
8 St/PA M4 0.0.416.23 2.0 Nm 500 N
8 St/PA M3 0.0.416.26 1.0 Nm 500 N
8 Zn M5 0.0.373.44 1.5 Nm 250 N
8 Zn M4 0.0.373.58 1.5 Nm 250 N
8 Zn M3 0.0.373.59 1.0 Nm 250 N
8 PA 0.0.436.52 1.5 Nm 150 N

610
19
 T echnical D ata

T-Slot Nuts Order No. Recommended tightening torque Permissible operating load

10 St M10, heavy 0.0.624.95 65 Nm 7,000 N *
10 St M8, heavy 0.0.624.97 34 Nm 6,000 N *
10 St M10 0.0.625.02 46 Nm 7,000 N *
10 St M8 0.0.625.04 34 Nm 6,000 N *
10 St M6 0.0.625.06 14 Nm 3,500 N *

12 St M12, heavy 0.0.003.68 100 Nm 10,000 N *
12 St M10, heavy 0.0.003.67 65 Nm 10,000 N *
12 St M8, heavy 0.0.003.66 34 Nm 6,000 N *
12 St M12 0.0.003.65 80 Nm 10,000 N *
12 St M10 0.0.003.64 46 Nm 10,000 N *
12 St M8 0.0.003.63 34 Nm 6,000 N *
12 St M6 0.0.003.72 14 Nm 3,500 N
* Maximum load achievable in standard Profile only. Check profile properties if using e.g. Profile Light or Profile E.

The total load of a screw connection comprises the sum of the pre-tensioning force and the operating load!
The permissible operating load is based on a safety factor of 1.5.

611
19
 T echnical D ata

Technical Data for Section 15 Linear slides

Calculation of service life for all linear slides mounted on rolling elements

( )
C 3 L = Service life in km
__
L = . 100 Lh = Service life in h
P
C = Dynamic load rating in N
P = Load in N

( )
C 3 1666 = Mean slide speed in m/min
Lh = __
. ____

P

Co S0 = Static load safety factor > 3

S0 = __

P C0 = Static load rating in N

612
19
 T echnical D ata

Technical Data for Section 16 Mechanical drive elements

Combination options for couplings and accessories

The table of options shown below shows the required components for combining mechanical drive elements

Coupling D30 Coupling D55 Coupling D80

MD < 8 Nm MD < 50 Nm MD 100 Nm

Ball Screw Units KGT Connecting Shaft VK14 R10/KGT

Coupling Half D30 VK14
Coupling Insert D30
Coupling Half D30 D6
20x5: MD < 1 Nm (Machining required)

20x20: MD < 4 Nm Centring Piece D50-D50

Coupling Housing 8 D30
Coupling Adapter Plate D30/D55 Universal 80x80 or
120x120
(Machining required)
2 x Button-Head Screw ISO 7380 M6x16

Timing-Belt Reverse Unit 5 40 R10 Connecting Shaft VK14 R10/KGT

Coupling Half D30 VK14
with VK14 Coupling Insert D30
Coupling Half D30 D6
MD < 4 Nm (Machining required)
Centring Piece D50-D22
Coupling Housing 8 D30
Coupling Adapter Plate D30/D55 Universal 80x80 or
120x120
(Machining required)
2 x Button-Head Screw ISO 7380 M6x25

Timing-Belt Reverse Unit 8 40 R25 Connecting Shaft VK14 R25/WG

Coupling Half D55 VK14
with VK14 Coupling Insert D55
Coupling Half D55 D8
MD < 20 Nm (Machining required)
Centring Piece D50-D22
Coupling Housing 8 D55
Coupling Adapter Plate D30/D55 Universal 80x80 or
120x120
(Machining required)
2 x Button-Head Screw ISO 7380 M6x45

Timing-Belt Reverse Unit 8 80 R25 Connecting Shaft VK32 R25

Coupling Half D80 VK32
with VK32 Coupling Insert D80
Coupling Half D80 D12
MD < 60 Nm (Machining required)
Coupling Housing 8 D80
Coupling Adapter Plate D80 Universal
120x120 or 160x160
(Machining required)
2 x Button-Head Screw ISO 7380 M8x45

Timing-Belt Reverse Unit 8 80 R50 II Connecting Shaft VK32 R50

Coupling Half D80 VK32
with VK32 Coupling Insert D80
Coupling Half D80 D12
MD < 100 Nm (Machining required)
Coupling Housing 8 D80
Coupling Adapter Plate D80 Universal
120x120 or 160x160
(Machining required)
4 x Hexagon Socket Head Cap Screw DIN 912 M8x20

Bevel Gear Box WG Only for MD < 8 Nm (in conjunction with Ball Screw Units Only for MD < 28 Nm:
KGT or Timing-Belt Reverse Unit 540 R10):

MD < 28 Nm Connecting Shaft VK14 R10/KGT

Coupling Half D30 VK14 Connecting Shaft VK14 R25/WG
Coupling Insert D30 Coupling Half D55 VK14
Coupling Half D30 D6 Coupling Insert D55
(Machining required) Coupling Half D55 D8
(Machining required)
Centring Piece D50-D50
Coupling Housing 8 D30 Centring Piece D50-D50
Coupling Adapter Plate D30/D55 Universal 80x80 or Coupling Housing 8 D55
120x120 Coupling Adapter Plate D30/D55 Universal 80x80 or
(Machining required) 120x120
(Machining required)
4 x Button-Head Screw ISO 7380 M6x16
4 x Button-Head Screw ISO 7380 M6x16

613
19
 A lphabetical I nde x

Belt > Timing Belts 533

A
Bevel Gearboxes 543
Acrylic Glass 297 Bevel Gearboxes WG 544
Adapter 8 D40 104 Bolts (for Roller Guides) 477
Adapter Flange (for motors and drives) 558 Box > Electronic Boxes 454
Adapter Plate Profiles and Accessories 162 Bracket Zn 157
Adapter Plates for Castors 353 Brackets, flat 158
Adapter Plates (for motors and drives) 556 Brush Insert, Brush Insert ESD 370
Adapter Profile 12/8 161 Buffer Strip 426
Adapter Shaft 553 Buffer > Parabolic Buffer 427
Adapter, Socket / Plug (for Light Fitting 55W) 414 Button-Head Screw KH 573
Adjustable Foot 319 Button-Head Screws ISO 7380 147
Adjustable Foot PA 328 Button-Head Screws T4 (for plastics) 138
Adjustable Stand Foot 334
Adjustable Stand Foot Side Brace 8 334 C
Aluminium profiles > Profiles 16 Cable Conduits > Conduits 430
Aluminium Roller Shutters 260 Cable Entry Protector, Lid (for Conduits) 443
Angle Bracket Al (Profile connection) 96 Cable Entry Protector, Wall (for Conduits) 443
Angle Bracket Caps (for Angle Bracket Zn) 92 Calculations (Profiles) 598
Angle Bracket Sets (Profile connection) 93 Cap 45 Angle and 120 Angle 62
Angle Bracket St (Component connection) 158 Cap for Handle PA 160 265
Angle Bracket St (Profile connection) 96 Cap (Profile St) 8 566
Angle Bracket V 95 Cap > Caps for Profiles 52
Angle Bracket Zn (Component connection) 157 Caps PA (for Bores / Holes) 63
Angle Bracket Zn (Profile connection) 90 Caps PA (for Cover Profiles Al) 68
Angle Brackets 158 Caps PA (for Profile End Face) 198
Angle Clamp Brackets 115 Caps St (for Profile End Face) 55
Angle Elements 105 Caps TPE (for Protective Profile) 425
Angle Hinge Brackets 115 Caps Zn (for Profile End Face) 57
Angle Locking Bracket 117 Caps, Button-Head Screws 151
Angled Profiles 50 Captive Nuts 125, 187
Anti-Loss Washer 175 Cap, rubber coated 56
Anti-Vibration Insert (for Knuckle Feet) 324 Castor Adapter Plates 353
Assembly Paste 592 Castor Ball Insert, Castor Ball Set 370
Assembly Tool Lip Seal 587 Castor Insert D30 368
Automatic Butt-Fastening Sets 120 Castor Rail 8 40x40 366
Automatic-Fastening Sets 77 Castor Rail 8 40x40 Brake 369
Castor Rail 8 40x40, Slide Strip ESD 371
B
Castor Rail 8 Cap 372
Ball Latch 281 Castor Support 8 354
Ball Screw Units 540 Castor Units 253, 257
Ball Screw Units KGT 542 Castors 252, 340
Ball-Bearing Guide Bush Sets 495 Castors swivel with Connecting Plate 347, 350
Ball-Bearing Guide Bush Units 497 Castors, Fixed 340
Ball-Bearing Guide Bushes 494 Castors, Swivel 340
Ball-Bearing Hinge 109 Catch Mounting Bracket 282
Ball-Bush Block Guides 499 Central-Fastening Set 87
Ball-Bush Block Sets 500 Central-Fastening Set P 8 123
Ball-Headed Keys 593 Centring Pieces 557
Ball Joints 110 Chain Carrier 537
Base Plates 338 Chain Counter-Reverse Unit 383
Base Plates > Base Plates/Transport Plates 357 Chain Guidance in the Profile Groove 381
Bearing Carriages 491 Chain Guide Profile 381
Bearing Units (for Roller Guides) 471 Chain Link 381
Bed Plate Profiles 36 Chain Reverse Units 382

614
 A lphabetical I nde x

Chain Transfer 384 Corner-Fastening Set Clamp-Profile 8 32x18 199

Chain Transfer End Ramp 384 Corrugated Mesh Al 308
Chain Transfer Slide Strips 384 Corrugated Mesh St 309
Chain 217, 381 Counter Reverse Unit > Chain Counter-Reverse Unit 383
Chain-Driven Conveyor Rollers 378 Counter Reverse Unit > Timing-Belt Counter-Reverse 531
Chequer Sheet 307 Unit
Clamp Multiblocks 178 Countersunk Screw SF 57
Clamp Profiles (for Panel Elements) 204 Countersunk Screws DIN 7991 154
Clamping Element > Dual-Rod Mesh Clamping 214 Countersunk Screw, self-threading DIN 7982 407
Element Coupling Housings 548
Clamping Jaws 586 Coupling sets 550
Clamping Sets (for Synchronising Shaft Profiles) 554 Couplings 547
Clamping Spring (for Clamp Profile) 198 Cover Profile 32 (for Connection Profile 8) 125
Clamp-Block Caps (for Ball-Bush Block Guide) 498 Cover Profile 60 (for Stand Profile) 446
Clamp-Profile Cross Connector 207 Cover Profiles Al (for Profile Groove) 65
Clamp-Profile Fasteners 206 Cover Profiles Al (for profile side face) 68
Clamp-Profile Fastening Set 198 Cover Profiles NBR (for profile side face) 70
Clamp-Profile Hangers E 210 Cover Profiles PP 66, 165
Clamp-Profile Strips 202 C-Rail Systems 482
Clamp-Profile System E 202 C-Rail, Bearing Sets 486
Click-Fastening Sets 88, 113 C-Rail, Bearing Units 484
Clip PA ( for Double Panel Profile) 183 C-Rail, Rail Profile Caps 489
Clip St 69 C-Rail, Rail Profiles 488
Column D110 450 C-Rail, Slide Profiles 488
Column Lid Profile D110 450
D
Column Profile D110 450
Combination Drilling Jigs 588 Digital Position Indicator 395
Compact Lamp 417 Direct-Fastening Sets 89, 112
Components made of special materials 563 Document Holder 405
Compound Material 302 Door Catch > Ball Latch 281
Compressed Air Manifold 424 Door Latch 283
Conduit Caps 444 Door Lock 6-8 Zn 287
Conduit Caps with Cable Entry Protector 446 Door Locks 8 288
Conduit Edge Profile 446 Door Rabbet 240
Conduit Inside Corners 441 Door Stop 240
Conduit Profiles 432 Door Stop Seals 241
Conduit Profiles E 432 Double Hinges 226
Conduits 430 Double Panel Profile 182
Conduits with fixed sizes 432 Double Pivot Arm 396
Conduit-Finishing Profiles (for profile groove) > Cover 65 Double-Beard Insert (for Integrated Lock System) 290
Profiles Double-Bearing Units 473
Connecting Cable, Socket / Earthed Plug (for Light 414 Double-Lip Seal 8 168
Fitting 55W) Dowels > Floor-Fastening Sets 355
Connecting Shafts 551 Drill D12.2 570
Connection Profile Braces 126 Drill > Step Drills 577
Connection Profiles 125 Drilling Jig 578
Constructions profiles > Profiles 17 Drilling Jigs and Step Drills 577
Contact Pins ESD 459 Drilling Unit 583
Container Mounting 402 Drive Set KRF 520
Conveyor Roller TR32 375 Drive Sets KLE 513
Conveyor Roller TR50 376 Dual-Rod Mesh 310
Conveyor Roller TRA50 (Chain-Driven) 379 Dual-Rod Mesh Clamping Element 214
Conveyor Rollers 375 Dual-Rod Mesh Hanger 213
Conveyors 361 Dual-Rod Mesh Lock System 293
Corner Fastening Sets 99 Dynamic Elements 466

615
 A lphabetical I nde x

Grease 592
E
Grease Gun 592
Earthing Connection 458 Grip Cover Profile 275
Earthing Terminals 457 Grip End Caps 275
Edge Profile 315 Grip Rail Cap Sets 274
Electronic Boxes 454 Grip Rail Profiles 274
Electronic Transformer 105W (for Lamp 35W) 416 Grip Systems 272
Electronic-Box Lids 455 Grips > Handles 265
Electronic-Box Profiles 454 Groove cover > Cover Profiles 66
Enclosures, guards and partitions 193 Groove Profile 8 Al M4 (for Linear Guide Systems) 492
End Cap and Lubricating Systems 475 Groove Profile 8 Al M8 (for Conveyor Roller) 377
End cap > Caps 52 Groove Profiles 377
Extension Cable, Socket / Plug (for Light Fitting 55W) 414
H
F
Halogen Reflector (for Lamp 35W) 416
Face Fastening Set 114 Hammerhead Nut 136
Fastener 8 M12 98 Handles AI 267, 269
Fastener Caps (for corner connections) 101 Handles and grips 263
Fastening Screw (for Caps PA) 55 Handles PA 265
Fastening Set for Hanger 212 Handle, light duty 270
Fastening Set for Security Limit Switch / Lock 219 Hand-Grip Elements (for Handles) 272
compact
Hanger 211
Fastening Set Keyboard Shelf 411
Hangers (for Frame Elements) 211
Fastening Sets for Angle Bracket AI and St 97
Hexagon Socket Head Cap Screws 152
Fastening Sets for Bevel Gearboxes 546
Hinge Al light, Pin Set D6 232
Fastening Sets for Brackets / Angle Brackets 158
Hinge for Corner-Fastener 8 32x18 201
Fastening Sets for Handle Al 267
Hinge Leaf 242
Fastening Sets for Hinge PA 226
Hinge Leaf Profiles 231
Fastening Sets for Lock System 6-8 292
Hinge Pin 228
Fastening Sets (for corner connections) 99
Hinge St 236
Fastening Set for Security Limit Switch / Lock compact 222
Hinges Al 228
Fastening Set, on profile side for Floor-Fixing Plate 337
Hinges and fittings 223
Fastening Technology 71
Hinges PA 225
Fastenings for Panels in Special Profiles 197
Hinges Zn 237
Fixed Actuator (for Security Limit Switch / Lock 219
compact) Hinges, heavy-duty 107
Flange 192 Holder for Cables and Hoses 452
Flange -> Adapter Flange 558 HPL panels > Plastics 304
Flat Profiles 49 I
Floor elements 317
Impact Buffers 427
Floor-Fastening Sets 355
Impact Protection > Buffer Strip 426
Floor-Fixing Plate 337
Installation elements 429
Flush-Mounted Sockets 447
Integrated Lock System 8 289
Foot Cap 356
Foot Clamps (for Knuckle Feet) 326 J
Foot Mounting Bracket 327 Jigs, fixtures and tools 575
Footplate 358
Footplate (Profile St) 8 40x40 M8 570 K
Frame Profile 8 399 Key with T-Handle 594
Friction Joints 8 398 Keyboard Shelf 411
Keys 593
G
KH Standard-Fastening Set + screw 573
Gear Boxes > Bevel Gearboxes 543 KLE carriage plates 512
General Tools 593 Knob (for Integrated Lock System) 290
Glass Clamp (for panel elements) 189 Knuckle Foot 80x40 325
Glass > Acrylic Glass 297

616
 A lphabetical I nde x

Movable Actuator (for Security Limit Switch / Lock 219

L compact)
Label Holder 412 Multi Bracket 174
Labeling > Label Holders 412 Multiblocks PA 169
Lamp 35W 415 Multiblocks Zn 172
Lamp 35W, 3-Way Distributor Block 415 Multi-Purpose Pliers 596
Lamps > Light Fittings 413 Multi-Socket Power Strips 418
LED Machine Light Fitting 416 Multi-Spline Shafts 552
Levelling Feet (for Base Plate) 337
N
Levelling Knuckle Feet 319
Lid Profiles (for Installation Conduits) 436 Notice Holders, magnetic 408
Lifting-Door Chain Reverse Units 216 O
Lifting-Door Guide Profile 216
Oil Can for Linear Guides 592
Lifting-Door Guide Set 218
Operating Consoles > Conduits 431
Lifting-Door-System 215
Light Fittings 413 P
Limit Stop (for Linear Slides) 504 Panel Clamp (for Panel Elements) 188
Limit-Switch Holders 453, 517 Panel Elements 295
Linear Guide Rail 492 Panel Fixing Strip (for Double Panel Profile) 183
Linear Guide Unit 480 Panel fasteners 163
Linear Slides 461, 466 Panels > Panel Elements 295
Linear Units KLE 512 Panel-Clamping Strips 180
Linear Units KRF 518 Panel-fixing profiles > Cover Profiles 66, 165
Lip Seals 167 Parabolic Buffers 427
Locating Profile 8 Al 143 Parallel Fastener 8 124
Locating Washers 155 Parallel Fastener 8 Cover Profile 124
Lock System 6-8 291 Parallel Fastener 8 Cover Profile End Cap 124
Locking Systems 278 Partition Adapter 336
Locking Systems with escutcheons/grips 284 Partition Base Plate 335
Locks and catches 277 PC Mount 410
Locks > Locking Systems 284 PET-G 301
Locks >Door Lock/Locking System/Door Latch/Inte- 283 Perforated Sheet Al 313
grated Lock System/Lock System
Pin Elements 127
Lubricating Systems > End Cap and Lubricating 475
Systems Pin Spanners 590
L-Based Feet 329 Pivot Arm 396
L-Based Foot 8-12 240x100 332 Plastic Roller Shutters 261
L-Keys 594 Plastics 304
Plexiglass > Acrylic Glass 297
M Pliers > Multi-Purpose Pliers 596
Machine accessories 385 Plug, Spring-Force Connected (for Light Fitting 55W) 414
Magnetic Catch 279 Pneumatic Connecting Plates 422
Magnetic Catches 279 Pneumatic Connections 423
Magnetic Door Stop 8 280 Pneumatic Universal-Butt-Fastening Set 420
Magnetic Holder 404 Pneumatic Universal-Fastening Set 420
Mechanical drive elements 507 Polycarbonate 299
Mesh Panels > Corrugated Mesh, Dual-Rod Mesh, 308, 310, Polycarbonate Protective Panel (for Light Fitting 414
Steel Mesh 312 55W)
Mitre-Butt-Fastening Sets 122 Positioning Set 394
Mitre-Fastening Sets 111 Potential Equaliser 460
Modular Conduit System 432 Profile Bar (Profile St) 8 569
Modular Hinge System 233 Profile Bars 142
Modular rack drive 538 Profile Cylinder (for Lock System) 292
Monitor Adapter 409 Profile D25 273
Mounting Aid (for Shafts) 589 Profile Edgings 50
Mounting Plate (fastening Timing-Belt Reverse Unit 8) 530 Profile fastening > Fasteners 74

617
 A lphabetical I nde x

Profile KH 8 40x40 571 RS Guide 259

Profile St 8 40x40 566 RS Guide Profile 259
Profiled Steel Rail Guide Systems 490 Rubber buffer > Impact Buffer 427
Profiles 10 45 Rubber Inserts (for Knuckle Feet) 323, 325
Profiles 12 47 Runner 402
Profiles 5 17 Runway Profiles 254
Profiles 6 21
S
Profiles 8 27
Profiles and accessories 11 Safety Fastening Set Multiblock 8 173
Profiles M (unfinished elements; flat material, angular 50 Safety Hangers 209
profiles) Screw Strips Al 144
Profiles with Integrated Conduit 448 Screwdriver Socket 8 A/F- 595
Protective Conductor Connection > Earthing Termi- 457 Screws 146
nals Screws and universal fasteners 145
Protective Fence > Dual-Rod Mesh System 310 Sealing Strip 184
Protective Profiles 8 (Protecting against knocks) 425 Seals PE (for pneumatic applications) 421
Proximity Switches 559 Security Limit Switch compact 219
Proximity-Switch Cam 561 Security Lock compact 219
Proximity-Switch Connecting Cable 560 Security L-Key Set 596
Q Security Switch Connecting Cable 221
Self-Tapping Screw DIN 7981 445
Quick Multiblocks with Securing Pin and with Slotted 176
Pin Shafts 502
Shaft-Clamp Block Sets (for ball-bush block guide) 500
R Shaft-Clamp Profiles 470
Rack 8 Assembly Tool 591 Shaft-Clamping Bushes 496
Rack 8 Drive Module and Rack 8 Coupling Module 539 Sheet Material Al 302
Rack 8 Segment and End Section 538 Shelf 8 400
Radius Seals (for Profiles) 102 Slide Caps (for Ball-Bush Block Guide) 498
Railing Fastening Set 5-135 373 Slide Clamps 505
Railing Support 8/5 100x80 373 Slide Guide Strips 248
Rebate Profiles 185 Slide Guides 248
Recessed Grip D50 271 Slide Strip Wedge 365
Retaining Cords 399, 407 Slide Strip Wedge Insert 371
Reverse Unit > Chain Reverse Units 382 Slide Strips 365
Reverse Unit > Timing-Belt Reverse Units 522 Sliders > Tool Runners 402
Rod Latch 8 (for Integrated Lock System) 290 Slides > Linear Guides 466
Rod Mesh >Dual-Rod Mesh 310 Sliding-Door Catch Set 245
Roller Conveyor 8 D30 367 Sliding-Door Guide Profile 200, 244
Roller Conveyor > Chain-Driven Conveyor Rollers 378 Sliding-Door Guide Sets 242
Roller Elements (for conveyor applications) 374 Sliding-Door Lock 292
Roller for Corner-Fastener 8 32x18 200 Sliding-Door Pin Lock 294
Roller Guides 466 Sockets > Flush Mounted-Sockets 447
Roller Profiles 479 Socket, Spring-Force Connected (for Light Fitting 414
Roller Shutter Curved Guide Set 45 259 55W)
Roller Shutter End Strip 262 Sound-Insulating Material 314
Roller Shutter Locking System 8 262 Spring Hook 403
Roller Shutter Slat Insulator 260 Stand Foot 8 240x160 333
Roller Shutter Slat Profiles 260 Stand Profile Connection Element 448
Roller Shutter Slat Sliding Shoe 260 Stand Profiles 448
Roller Shutter Slide Strip 259 Standard-Fastening Set (Profile St) 8 567
Roller Shutter System 258 Standard-Fastening Sets 82
Rollers D60 PU 257 Steel bracket > Angle Bracket 158
Rollers (for Roller Guides) 476 Steel Mesh 312
Rollers > Conveyor Rollers 376 Step Drill 577
Rotating Pawl Latch (for Integrated Lock System) 290 Step profile > Cover Profiles NBR 70

618
 A lphabetical I nde x

Support Arm X (for panel elements) 190

W
Support Profiles (for installation conduits) 437
Support Profiles, angled 440 Wall Profiles (for installation conduits) 439
Swing-Door Lock 292 Warning and Protective Profile (Protecting against 425
knocks)
Switches > Proximity Switches 559
Washer (for Set of Angle Bracket) 92
Swivel > Castors 340
Synchroniser Shaft Cover Sets KLE 516
Synchroniser Shaft Equaliser Couplings 555
Synchroniser Shaft Profiles 554
Synchronising Sets KLE 515

T
Table-Top Fastening Set 191
Technical data 597
Telescope 390
Timing Belts 533
Timing-Belt Counter-Reverse Units 531
Timing-Belt Drives 522
Timing-Belt Reverse Units 522
Timing-Belt Tensioner 534
Timing-Belt Tensioner Holder 536
Tools 575
Track Oil for Linear Guides 592
Transparent Panels 297
Transport Plates > Base Plates 357
Tube (for Integrated Lock System) 290
Tubes for Synchronising Sets KLE 515
Tubes (as Conveyor Rollers) 375
T-Slot Deburrer 8N 586
T-Slot Nut PA 138
T-Slot Nuts 129
T-Slot Nuts F 140
T-Slot Nuts St 132
T-Slot Nuts St with 2 Threads 135
T-Slot Nuts St, heavy-duty 141
T-Slot Nuts St/PA 139
T-Slot Nuts V 133
T-Slot Nuts Zn 137
T-Slot Nuts > Slot Nuts 131
T-Slot Opener 8N 585
T-Slot Roller 247
T-Slot Slider 246

U
Universal Holder (cables, hoses) 451
Universal-Butt-Fastening Sets 118
Universal-Fastening Set (Profile St) 8 40 568
Universal-Fastening Sets 79

V
Vibration Absorber > Anti-Vibration Insert 324

619
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.001.01 47 0.0.026.04 29 0.0.265.21 582 0.0.350.30 590 0.0.386.06 498
0.0.001.02 47 0.0.026.07 83 0.0.265.22 582 0.0.356.01 502 0.0.386.07 498
0.0.001.03 49 0.0.026.09 578 0.0.265.23 31 0.0.356.02 470 0.0.386.08 498
0.0.001.04 49 0.0.026.10 226 0.0.265.26 31 0.0.356.03 476 0.0.386.09 498
0.0.001.06 47 0.0.026.12 226 0.0.265.29 321 0.0.356.04 477 0.0.386.10 495
0.0.001.07 47 0.0.026.13 402 0.0.265.30 326 0.0.356.05 477 0.0.386.11 495
0.0.001.11 47 0.0.026.17 338 0.0.265.31 108 0.0.356.23 479 0.0.386.12 497
0.0.001.12 47 0.0.026.18 133 0.0.265.37 127 0.0.356.24 475 0.0.387.03 496
0.0.001.13 47 0.0.026.19 578 0.0.265.38 589 0.0.356.30 471 0.0.387.06 498
0.0.001.14 48 0.0.026.23 133 0.0.265.39 53 0.0.356.31 471 0.0.387.07 498
0.0.001.15 48 0.0.026.25 34 0.0.265.40 53 0.0.356.32 473 0.0.387.08 498
0.0.001.16 47 0.0.026.27 30 0.0.265.44 330 0.0.356.33 473 0.0.387.09 498
0.0.001.17 47 0.0.026.28 227 0.0.265.46 119 0.0.362.00 531 0.0.387.10 496
0.0.001.18 47 0.0.026.29 594 0.0.265.61 323 0.0.362.07 532 0.0.387.11 495
0.0.001.19 48 0.0.026.33 27 0.0.265.63 596 0.0.364.45 420 0.0.387.12 497
0.0.001.20 47 0.0.026.34 29 0.0.265.66 321 0.0.364.46 420 0.0.388.00 105
0.0.001.23 47 0.0.026.35 27 0.0.265.67 320 0.0.364.60 58 0.0.388.01 105
0.0.001.24 48 0.0.026.36 29 0.0.265.68 321 0.0.364.68 320 0.0.388.02 106
0.0.001.25 48 0.0.026.37 53 0.0.265.69 320 0.0.364.72 35 0.0.388.03 106
0.0.001.28 47 0.0.026.44 270 0.0.265.70 323 0.0.364.81 445 0.0.388.08 78
0.0.001.29 48 0.0.026.46 298 0.0.265.74 320 0.0.366.02 526 0.0.388.12 337
0.0.001.30 47 0.0.026.54 593 0.0.265.77 460 0.0.366.07 527 0.0.388.20 281
0.0.003.20 91 0.0.026.70 143 0.0.265.80 30 0.0.366.11 527 0.0.388.48 143
0.0.003.21 91 0.0.026.72 170 0.0.265.84 438 0.0.370.01 132 0.0.388.49 133
0.0.003.24 161 0.0.026.73 303 0.0.265.85 438 0.0.370.03 17 0.0.388.51 133
0.0.003.25 65 0.0.026.79 59 0.0.265.90 35 0.0.370.04 18 0.0.388.63 112
0.0.003.35 83 0.0.026.80 59 0.0.265.91 19 0.0.370.05 18 0.0.388.66 78, 121
0.0.003.50 78 0.0.026.83 252 0.0.265.97 445 0.0.370.06 132 0.0.388.67 89
0.0.003.51 121 0.0.026.84 34 0.0.265.98 59 0.0.370.08 82 0.0.388.68 100
0.0.003.53 94 0.0.026.85 35 0.0.294.01 502 0.0.370.09 52 0.0.388.69 338
0.0.003.54 94 0.0.026.87 402 0.0.294.02 479 0.0.370.11 52 0.0.388.70 218
0.0.003.57 80 0.0.026.89 594 0.0.294.03 476 0.0.370.13 52 0.0.388.79 83
0.0.003.61 119 0.0.026.90 579 0.0.294.10 478 0.0.370.15 17 0.0.388.87 198
0.0.003.63 134 0.0.026.91 578 0.0.294.12 478 0.0.370.16 18 0.0.388.91 188
0.0.003.64 134 0.0.026.92 80 0.0.294.14 472 0.0.370.18 225 0.0.388.97 298
0.0.003.65 134 0.0.196.30 50 0.0.294.15 472 0.0.370.19 577 0.0.390.01 479
0.0.003.66 141 0.0.196.36 239 0.0.294.26 474 0.0.370.25 81 0.0.390.02 470
0.0.003.67 141 0.0.196.37 437 0.0.294.28 474 0.0.370.27 79 0.0.390.03 477
0.0.003.68 141 0.0.196.38 437 0.0.294.34 470 0.0.370.32 118 0.0.390.12 475
0.0.003.72 134 0.0.196.39 439 0.0.294.41 590 0.0.370.34 81 0.0.390.13 590
0.0.003.74 143 0.0.196.40 438 0.0.294.46 475 0.0.370.35 577 0.0.390.15 471
0.0.003.75 143 0.0.196.41 438 0.0.294.52 476 0.0.370.56 142 0.0.390.16 471
0.0.005.01 54 0.0.196.42 439 0.0.294.55 502 0.0.370.58 593 0.0.390.17 473
0.0.005.02 54 0.0.196.44 212 0.0.337.05 552 0.0.370.59 594 0.0.390.18 473
0.0.005.03 54 0.0.196.45 330 0.0.337.10 533 0.0.370.70 158, 226 0.0.390.19 477
0.0.005.04 54 0.0.196.48 279 0.0.337.11 504 0.0.370.71 170 0.0.391.02 19
0.0.005.05 54 0.0.196.50 205 0.0.337.14 560 0.0.370.85 19 0.0.391.06 19
0.0.005.06 93 0.0.196.57 265 0.0.337.15 561 0.0.370.86 18 0.0.391.12 58
0.0.005.07 93 0.0.196.60 272 0.0.337.25 553 0.0.370.91 58 0.0.391.14 58
0.0.005.08 67, 166 0.0.196.63 179 0.0.337.26 524 0.0.370.92 52 0.0.391.20 137
0.0.005.28 67, 166 0.0.196.64 328 0.0.337.31 561 0.0.370.97 252 0.0.391.26 148
0.0.005.33 167 0.0.196.65 452 0.0.337.32 558 0.0.373.00 59 0.0.391.32 279
0.0.005.37 167 0.0.196.66 308 0.0.337.34 525 0.0.373.15 588 0.0.391.34 265
0.0.007.01 594 0.0.196.86 159 0.0.337.63 552 0.0.373.23 172 0.0.391.35 265
0.0.007.12 594 0.0.196.87 159 0.0.337.64 533 0.0.373.42 227 0.0.391.60 78
0.0.007.18 174 0.0.196.88 444 0.0.337.92 551 0.0.373.44 137 0.0.391.73 66, 165
0.0.007.34 360 0.0.196.89 444 0.0.337.93 551 0.0.373.45 37 0.0.398.19 186
0.0.007.37 360 0.0.196.90 444 0.0.350.01 479 0.0.373.48 62 0.0.400.04 533
0.0.007.40 360 0.0.259.36 454 0.0.350.02 470 0.0.373.52 101 0.0.400.06 534
0.0.007.43 360 0.0.259.37 456 0.0.350.03 476 0.0.373.55 588 0.0.400.07 534
0.0.007.47 595 0.0.259.44 456 0.0.350.04 478 0.0.373.58 137 0.0.400.11 533
0.0.007.76 353 0.0.259.58 454 0.0.350.05 478 0.0.373.59 137 0.0.401.09 502
0.0.007.79 96 0.0.259.60 455 0.0.350.09 503 0.0.373.67 198 0.0.404.09 198
0.0.009.20 143 0.0.259.61 455 0.0.350.11 472 0.0.373.82 236 0.0.404.11 148
0.0.010.06 127 0.0.265.05 212 0.0.350.12 472 0.0.373.91 108 0.0.404.19 337
0.0.014.03 579 0.0.265.08 288 0.0.350.13 475 0.0.373.93 108 0.0.404.50 28
0.0.026.01 53 0.0.265.09 288 0.0.350.17 159 0.0.379.17 557 0.0.404.51 28
0.0.026.02 53 0.0.265.13 308 0.0.350.18 474 0.0.379.18 557 0.0.404.52 37
0.0.026.03 27 0.0.265.15 240 0.0.350.19 474 0.0.386.03 496 0.0.404.74 298

120
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.404.79 298 0.0.411.73 423 0.0.419.07 22 0.0.425.44 18 0.0.429.02 70
0.0.404.81 440 0.0.414.32 542 0.0.419.08 23 0.0.425.45 18 0.0.429.04 31
0.0.404.87 243 0.0.414.33 542 0.0.419.09 22 0.0.425.53 52 0.0.429.05 31
0.0.406.21 198 0.0.414.50 542 0.0.419.10 23 0.0.425.56 52 0.0.429.51 62
0.0.406.22 358 0.0.414.51 542 0.0.419.14 83 0.0.425.59 60 0.0.429.54 62
0.0.406.23 358 0.0.415.97 101 0.0.419.22 52 0.0.425.62 60 0.0.429.60 68
0.0.406.24 358 0.0.416.03 376 0.0.419.23 52 0.0.425.65 60 0.0.429.61 68
0.0.406.25 422 0.0.416.08 100 0.0.419.24 52 0.0.425.68 60 0.0.429.62 69
0.0.406.32 358 0.0.416.11 92 0.0.419.25 52 0.0.425.71 60 0.0.429.63 69
0.0.406.33 358 0.0.416.17 139 0.0.419.26 52 0.0.425.82 142 0.0.429.64 184
0.0.406.34 422 0.0.416.20 139 0.0.419.40 133 0.0.425.94 101 0.0.429.95 205
0.0.406.38 594 0.0.416.23 139 0.0.419.43 132 0.0.425.97 99 0.0.431.01 66, 165
0.0.406.39 594 0.0.416.26 139 0.0.419.46 132 0.0.426.03 533 0.0.431.04 142
0.0.406.40 453 0.0.416.29 30 0.0.419.48 66, 165 0.0.426.04 535 0.0.431.06 357
0.0.406.41 453 0.0.416.30 30 0.0.419.52 80 0.0.426.05 535 0.0.431.07 358
0.0.406.42 453 0.0.416.33 427 0.0.419.53 119 0.0.426.10 533 0.0.431.08 358
0.0.406.43 28 0.0.416.35 427 0.0.419.58 170 0.0.426.19 529 0.0.431.09 358
0.0.406.45 37 0.0.416.37 427 0.0.419.63 91 0.0.426.21 529 0.0.431.11 205
0.0.406.60 593 0.0.416.39 427 0.0.419.64 92 0.0.426.29 534 0.0.431.14 205
0.0.406.61 593 0.0.416.41 427 0.0.419.65 91 0.0.426.30 535 0.0.431.16 50
0.0.406.66 242 0.0.416.43 427 0.0.419.66 92 0.0.426.33 536 0.0.431.19 578
0.0.406.67 445 0.0.416.65 30 0.0.419.67 93 0.0.426.36 536 0.0.431.20 582
0.0.406.68 445 0.0.416.66 30 0.0.419.68 93 0.0.427.08 55 0.0.431.23 226
0.0.406.77 136 0.0.416.81 268 0.0.419.71 78 0.0.427.09 57 0.0.431.25 226
0.0.406.78 136 0.0.416.83 268 0.0.419.74 121 0.0.427.11 57 0.0.431.27 226
0.0.406.80 121 0.0.416.85 267 0.0.419.79 252 0.0.427.13 57 0.0.432.06 64
0.0.408.06 556 0.0.416.87 267 0.0.419.80 108 0.0.427.23 143 0.0.432.09 274
0.0.408.10 544 0.0.416.89 37 0.0.419.85 108 0.0.427.39 143 0.0.432.28 274
0.0.408.11 557 0.0.417.06 417 0.0.420.05 133 0.0.427.63 376 0.0.432.84 320
0.0.408.12 557 0.0.417.07 417 0.0.420.06 133 0.0.427.66 40 0.0.432.96 64
0.0.408.16 556 0.0.417.17 417 0.0.420.12 344 0.0.427.67 40 0.0.432.97 355
0.0.408.20 545 0.0.417.26 149 0.0.420.13 344 0.0.427.68 41 0.0.434.23 582
0.0.408.23 546 0.0.417.30 148 0.0.420.14 344 0.0.427.69 61 0.0.434.25 577
0.0.408.24 546 0.0.417.34 414 0.0.420.15 344 0.0.427.70 61 0.0.434.29 142
0.0.408.25 545 0.0.417.42 414 0.0.420.16 344 0.0.427.71 61 0.0.434.50 323
0.0.408.26 545 0.0.417.43 414 0.0.420.17 344 0.0.427.72 377 0.0.434.51 319
0.0.408.27 545 0.0.417.44 414 0.0.420.43 125 0.0.427.75 141 0.0.434.52 319
0.0.408.28 39 0.0.417.45 414 0.0.420.79 421 0.0.427.79 448 0.0.434.65 226
0.0.409.14 40 0.0.417.52 414 0.0.420.80 421 0.0.428.05 57 0.0.434.70 329
0.0.409.15 61 0.0.417.57 414 0.0.420.83 141 0.0.428.21 298 0.0.434.71 329
0.0.409.50 359 0.0.417.58 414 0.0.420.99 183 0.0.428.22 298 0.0.434.72 25
0.0.409.51 359 0.0.417.59 414 0.0.421.75 84 0.0.428.23 299 0.0.434.73 26
0.0.410.01 523 0.0.417.60 415 0.0.422.04 365 0.0.428.24 299 0.0.434.74 62
0.0.410.06 523 0.0.417.71 415 0.0.422.23 66, 165 0.0.428.25 300 0.0.434.75 60
0.0.411.14 185 0.0.417.74 416 0.0.422.26 66, 165 0.0.428.26 300 0.0.434.83 101
0.0.411.15 93 0.0.417.75 416 0.0.422.35 125 0.0.428.27 302 0.0.434.84 101
0.0.411.18 31 0.0.417.77 416 0.0.422.38 183 0.0.428.29 313 0.0.434.85 101
0.0.411.19 439 0.0.418.06 349 0.0.422.54 37 0.0.428.30 313 0.0.434.86 100
0.0.411.21 439 0.0.418.07 349 0.0.422.63 376 0.0.428.32 309 0.0.434.87 99
0.0.411.23 91 0.0.418.08 348 0.0.422.66 184 0.0.428.34 309 0.0.434.88 100
0.0.411.24 91 0.0.418.09 348 0.0.422.72 28 0.0.428.36 309 0.0.436.24 93
0.0.411.25 92 0.0.418.10 348 0.0.422.75 29 0.0.428.38 312 0.0.436.25 93
0.0.411.26 92 0.0.418.11 348 0.0.422.76 68 0.0.428.39 312 0.0.436.32 101
0.0.411.30 453 0.0.418.24 451 0.0.422.77 68 0.0.428.43 305 0.0.436.33 40
0.0.411.31 453 0.0.418.33 445 0.0.425.02 93 0.0.428.44 305 0.0.436.34 61
0.0.411.32 93 0.0.418.35 31 0.0.425.03 91 0.0.428.45 305 0.0.436.35 99
0.0.411.33 445 0.0.418.36 62 0.0.425.04 92 0.0.428.46 305 0.0.436.52 138
0.0.411.34 445 0.0.418.47 438 0.0.425.05 93 0.0.428.47 305 0.0.436.58 374
0.0.411.35 445 0.0.418.48 438 0.0.425.06 91 0.0.428.53 307 0.0.436.59 374
0.0.411.36 445 0.0.418.54 53 0.0.425.07 92 0.0.428.54 133 0.0.436.62 101
0.0.411.44 144 0.0.418.57 53 0.0.425.10 132 0.0.428.55 133 0.0.436.63 100
0.0.411.54 440 0.0.418.81 267 0.0.425.11 132 0.0.428.89 305 0.0.436.85 167
0.0.411.58 446 0.0.418.82 268 0.0.425.18 142 0.0.428.90 305 0.0.436.88 167
0.0.411.59 152 0.0.419.01 21 0.0.425.23 70 0.0.428.91 305 0.0.436.92 202
0.0.411.62 187 0.0.419.02 22 0.0.425.39 20 0.0.428.92 305 0.0.436.93 308
0.0.411.63 187 0.0.419.03 22 0.0.425.40 20 0.0.428.93 305 0.0.436.94 308
0.0.411.68 423 0.0.419.04 23 0.0.425.41 20 0.0.428.95 69 0.0.437.03 275
0.0.411.69 423 0.0.419.05 23 0.0.425.42 20 0.0.428.96 69 0.0.437.05 275
0.0.411.72 423 0.0.419.06 21 0.0.425.43 20 0.0.428.97 69 0.0.437.06 275

121
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.437.12 167 0.0.440.72 358 0.0.444.93 342 0.0.451.67 21 0.0.453.13 30
0.0.437.19 132 0.0.440.73 594 0.0.444.94 342 0.0.451.68 26 0.0.453.15 30
0.0.437.24 179 0.0.440.74 594 0.0.444.95 342 0.0.451.76 232 0.0.453.17 30
0.0.437.27 365 0.0.440.75 314 0.0.446.04 213 0.0.451.78 231 0.0.453.18 35
0.0.437.33 226 0.0.440.94 119 0.0.446.05 311 0.0.451.80 231 0.0.453.20 35
0.0.437.46 78 0.0.441.08 365 0.0.446.06 311 0.0.452.02 449 0.0.453.22 31
0.0.437.49 82 0.0.441.11 210 0.0.446.07 311 0.0.452.03 65 0.0.453.24 31
0.0.437.52 79 0.0.441.33 211 0.0.446.08 310 0.0.452.04 65 0.0.453.26 31
0.0.437.55 118 0.0.441.45 137 0.0.446.09 293 0.0.452.09 436 0.0.453.28 31
0.0.437.58 357 0.0.441.52 202 0.0.446.10 214 0.0.452.11 454 0.0.453.30 31
0.0.437.59 357 0.0.441.58 237 0.0.448.01 479 0.0.452.12 454 0.0.453.32 31
0.0.437.60 357 0.0.441.61 237 0.0.448.02 19 0.0.452.17 274 0.0.453.33 40
0.0.437.61 357 0.0.441.67 78 0.0.448.03 19 0.0.452.19 432 0.0.453.35 40
0.0.437.66 17 0.0.441.71 121 0.0.448.04 17 0.0.452.20 433 0.0.453.36 40
0.0.437.67 17 0.0.441.74 80 0.0.448.05 17 0.0.452.21 202 0.0.453.37 41
0.0.437.73 101 0.0.441.77 119 0.0.448.06 19 0.0.452.22 390 0.0.453.39 40
0.0.437.74 17 0.0.441.80 206 0.0.448.07 18 0.0.452.23 470 0.0.453.40 42
0.0.437.75 18 0.0.441.81 237 0.0.448.08 18 0.0.452.24 198 0.0.453.41 42
0.0.437.76 18 0.0.441.84 275 0.0.448.09 18 0.0.452.25 205 0.0.453.43 50
0.0.437.77 18 0.0.441.86 275 0.0.448.11 18 0.0.452.26 205 0.0.453.45 50
0.0.437.78 18 0.0.441.87 275 0.0.448.12 18 0.0.452.29 39 0.0.453.46 376
0.0.437.83 115 0.0.441.97 115 0.0.448.13 19 0.0.452.31 479 0.0.453.47 144
0.0.437.84 116 0.0.441.98 116 0.0.448.14 18 0.0.452.32 479 0.0.453.48 449
0.0.437.85 116 0.0.441.99 116 0.0.448.15 20 0.0.452.33 479 0.0.453.49 448
0.0.437.89 63 0.0.442.01 479 0.0.448.16 20 0.0.452.34 29 0.0.453.50 437
0.0.437.96 100 0.0.442.02 476 0.0.448.17 20 0.0.452.35 30 0.0.453.51 437
0.0.437.98 246 0.0.442.03 470 0.0.448.18 20 0.0.452.37 479 0.0.453.52 438
0.0.437.99 17 0.0.442.06 477 0.0.448.19 20 0.0.452.39 28 0.0.453.53 438
0.0.439.03 142 0.0.442.07 477 0.0.448.23 470 0.0.452.40 29 0.0.453.54 440
0.0.439.10 83 0.0.442.09 472 0.0.448.25 488 0.0.452.41 29 0.0.453.55 438
0.0.439.15 358 0.0.442.10 472 0.0.448.27 488 0.0.452.43 29 0.0.453.56 438
0.0.439.16 357 0.0.442.14 474 0.0.448.33 17 0.0.452.45 30 0.0.453.57 438
0.0.439.17 144 0.0.442.15 473 0.0.451.01 205 0.0.452.47 30 0.0.453.59 438
0.0.439.20 167 0.0.442.23 475 0.0.451.02 205 0.0.452.50 552 0.0.453.60 440
0.0.439.22 320 0.0.443.02 492 0.0.451.03 21 0.0.452.52 488 0.0.453.64 439
0.0.439.23 320 0.0.443.06 491 0.0.451.04 21 0.0.452.54 489 0.0.453.65 439
0.0.439.29 320 0.0.443.16 491 0.0.451.05 21 0.0.452.55 39 0.0.453.66 439
0.0.439.30 320 0.0.443.17 493 0.0.451.06 21 0.0.452.62 34 0.0.453.67 470
0.0.439.33 323 0.0.443.18 493 0.0.451.07 21 0.0.452.63 34 0.0.453.68 470
0.0.439.34 70 0.0.443.31 492 0.0.451.08 25 0.0.452.64 34 0.0.453.69 470
0.0.439.37 326 0.0.443.32 492 0.0.451.09 22 0.0.452.65 27 0.0.453.70 183
0.0.439.42 202 0.0.443.34 493 0.0.451.10 22 0.0.452.66 27 0.0.453.71 182
0.0.439.43 21 0.0.444.03 162 0.0.451.11 22 0.0.452.68 28 0.0.453.74 439
0.0.439.44 21 0.0.444.04 162 0.0.451.12 22 0.0.452.69 28 0.0.453.75 502
0.0.439.45 21 0.0.444.05 162 0.0.451.13 22 0.0.452.71 28 0.0.453.77 502
0.0.439.46 22 0.0.444.06 162 0.0.451.14 22 0.0.452.73 28 0.0.453.78 502
0.0.439.47 22 0.0.444.07 162 0.0.451.15 22 0.0.452.74 28 0.0.453.80 503
0.0.439.48 22 0.0.444.08 162 0.0.451.16 22 0.0.452.76 28 0.0.453.82 552
0.0.439.49 22 0.0.444.09 162 0.0.451.17 23 0.0.452.79 27 0.0.453.85 376
0.0.439.66 179 0.0.444.15 121 0.0.451.18 23 0.0.452.80 27 0.0.453.90 125
0.0.439.70 65 0.0.444.18 80 0.0.451.19 23 0.0.452.81 27 0.0.453.91 39
0.0.439.72 133 0.0.444.32 143 0.0.451.20 26 0.0.452.83 27 0.0.454.02 42
0.0.439.75 133 0.0.444.41 156 0.0.451.21 432 0.0.452.84 37 0.0.454.04 554
0.0.439.85 172 0.0.444.42 156 0.0.451.39 23 0.0.452.86 37 0.0.454.05 555
0.0.439.86 63 0.0.444.43 156 0.0.451.42 436 0.0.452.88 37 0.0.454.09 36
0.0.439.87 63 0.0.444.44 155 0.0.451.43 436 0.0.452.90 37 0.0.454.11 36
0.0.440.05 210 0.0.444.45 155 0.0.451.44 432 0.0.452.91 35 0.0.454.20 32
0.0.440.39 138 0.0.444.46 155 0.0.451.45 433 0.0.452.93 34 0.0.454.22 32
0.0.440.40 138 0.0.444.47 155 0.0.451.46 433 0.0.452.94 29 0.0.454.24 35
0.0.440.41 138 0.0.444.48 155 0.0.451.47 433 0.0.452.95 29 0.0.454.26 35
0.0.440.42 138 0.0.444.68 588 0.0.451.49 202 0.0.452.97 29 0.0.454.29 41
0.0.440.43 138 0.0.444.71 390 0.0.451.50 144 0.0.452.98 29 0.0.454.30 31
0.0.440.48 202 0.0.444.76 206 0.0.451.52 488 0.0.452.99 29 0.0.454.36 290
0.0.440.50 390 0.0.444.81 162 0.0.451.54 489 0.0.453.01 29 0.0.454.37 28
0.0.440.54 390 0.0.444.82 162 0.0.451.62 26 0.0.453.02 30 0.0.454.38 203
0.0.440.56 315 0.0.444.83 162 0.0.451.63 24 0.0.453.03 30 0.0.454.45 203
0.0.440.58 78 0.0.444.84 162 0.0.451.64 26 0.0.453.05 37 0.0.454.47 407
0.0.440.65 112 0.0.444.89 185 0.0.451.65 24 0.0.453.07 37 0.0.454.48 407
0.0.440.71 358 0.0.444.92 342 0.0.451.66 26 0.0.453.11 30 0.0.454.54 232

122
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.454.56 232 0.0.459.27 249 0.0.463.81 380 0.0.473.24 221 0.0.476.98 290
0.0.454.58 232 0.0.459.30 249 0.0.463.83 380 0.0.473.25 221 0.0.477.69 299
0.0.454.59 412 0.0.459.32 249 0.0.463.91 383 0.0.473.26 220 0.0.478.05 24
0.0.457.06 298 0.0.459.33 584 0.0.463.95 384 0.0.473.27 220 0.0.478.07 24
0.0.457.07 298 0.0.459.35 26 0.0.463.98 384 0.0.473.41 245 0.0.478.09 58
0.0.457.09 302 0.0.459.38 26 0.0.464.01 17 0.0.473.42 245 0.0.478.11 58
0.0.457.12 313 0.0.459.39 61 0.0.464.02 17 0.0.473.62 283 0.0.478.13 321
0.0.457.13 313 0.0.459.40 61 0.0.464.03 18 0.0.473.74 245 0.0.478.22 321
0.0.457.14 299 0.0.459.41 61 0.0.464.04 18 0.0.473.75 245 0.0.478.27 21
0.0.457.15 299 0.0.459.42 61 0.0.464.05 18 0.0.473.78 593 0.0.478.73 102
0.0.457.16 300 0.0.459.44 132 0.0.464.06 18 0.0.473.79 593 0.0.478.74 103
0.0.457.17 300 0.0.459.54 26 0.0.464.18 120 0.0.473.81 245 0.0.478.75 103
0.0.457.18 307 0.0.459.57 26 0.0.464.19 120 0.0.473.82 32 0.0.478.94 232
0.0.457.19 312 0.0.459.65 460 0.0.464.22 158 0.0.473.84 32 0.0.478.95 231
0.0.457.20 312 0.0.459.70 105 0.0.464.23 158 0.0.473.86 35 0.0.478.96 231
0.0.457.21 303 0.0.459.72 106 0.0.464.24 248 0.0.473.88 35 0.0.478.99 63
0.0.457.22 305 0.0.459.74 105 0.0.464.27 248 0.0.473.90 219 0.0.479.59 271
0.0.457.23 305 0.0.459.76 106 0.0.464.29 248 0.0.473.93 221 0.0.479.61 299
0.0.457.24 305 0.0.459.78 135 0.0.464.30 584 0.0.474.01 53 0.0.479.74 443
0.0.457.25 305 0.0.459.82 135 0.0.464.39 107 0.0.474.04 53 0.0.479.75 443
0.0.457.26 305 0.0.460.01 488 0.0.464.43 108 0.0.474.07 59 0.0.479.76 443
0.0.457.27 305 0.0.460.02 488 0.0.464.45 460 0.0.474.10 59 0.0.479.77 443
0.0.457.28 305 0.0.460.30 484 0.0.464.75 319 0.0.474.36 305 0.0.479.96 97
0.0.457.29 305 0.0.460.31 484 0.0.464.81 321 0.0.474.37 305 0.0.479.98 184
0.0.457.30 305 0.0.460.33 484 0.0.464.83 17 0.0.474.44 114 0.0.480.01 102
0.0.457.33 305 0.0.460.34 486 0.0.465.17 217, 381 0.0.474.46 61 0.0.480.02 103
0.0.457.36 309 0.0.460.35 486 0.0.465.24 249 0.0.474.48 41 0.0.480.03 103
0.0.457.37 309 0.0.460.37 486 0.0.465.26 249 0.0.474.57 32 0.0.480.26 28
0.0.457.38 309 0.0.460.38 489 0.0.465.33 377 0.0.474.58 31 0.0.480.34 593
0.0.457.45 315 0.0.460.39 489 0.0.465.39 381 0.0.474.59 294 0.0.480.35 593
0.0.457.47 247 0.0.461.01 488 0.0.465.50 62 0.0.474.60 157 0.0.480.36 594
0.0.457.51 247 0.0.461.02 489 0.0.465.57 262 0.0.474.61 157 0.0.480.37 594
0.0.457.52 30 0.0.461.30 484 0.0.465.58 262 0.0.474.62 157 0.0.480.44 203
0.0.457.59 30 0.0.461.31 484 0.0.465.63 259 0.0.474.63 157 0.0.480.48 133
0.0.457.60 247 0.0.461.33 485 0.0.465.66 262 0.0.474.71 425 0.0.480.50 133
0.0.457.72 68 0.0.461.34 487 0.0.465.69 260 0.0.474.72 425 0.0.480.54 133
0.0.457.76 115 0.0.461.35 486 0.0.465.70 259 0.0.474.73 425 0.0.480.57 133
0.0.457.77 116 0.0.461.37 487 0.0.465.79 36 0.0.474.74 425 0.0.480.58 38
0.0.457.78 116 0.0.461.38 489 0.0.465.80 36 0.0.474.82 192 0.0.480.71 530
0.0.457.92 207 0.0.461.39 489 0.0.465.82 447 0.0.474.99 216 0.0.480.75 31
0.0.457.99 365 0.0.462.01 488 0.0.465.84 447 0.0.475.06 282 0.0.480.76 31
0.0.458.01 426 0.0.462.02 489 0.0.465.85 31 0.0.475.07 450 0.0.480.77 32
0.0.458.03 126 0.0.462.30 485 0.0.465.86 32 0.0.475.09 450 0.0.480.91 339
0.0.458.08 126 0.0.462.31 485 0.0.465.88 583 0.0.475.10 450 0.0.481.01 66, 165
0.0.458.14 126 0.0.462.33 485 0.0.465.89 584 0.0.475.11 450 0.0.482.39 62
0.0.458.17 126 0.0.462.34 487 0.0.465.90 579 0.0.475.15 55 0.0.483.34 32
0.0.458.18 126 0.0.462.35 487 0.0.472.01 384 0.0.475.16 55 0.0.483.35 32
0.0.458.21 126 0.0.462.37 487 0.0.472.04 375 0.0.475.20 98 0.0.483.36 203
0.0.458.33 292 0.0.462.38 489 0.0.472.08 375 0.0.475.21 96 0.0.483.49 299
0.0.458.34 292 0.0.462.39 489 0.0.472.20 375 0.0.475.38 265 0.0.483.50 299
0.0.458.35 292 0.0.463.15 551 0.0.472.22 375 0.0.475.41 321 0.0.483.56 203
0.0.458.36 292 0.0.463.17 551 0.0.472.23 375 0.0.476.13 297 0.0.483.57 203
0.0.458.42 292 0.0.463.24 39 0.0.472.25 375 0.0.476.21 297 0.0.483.59 234
0.0.458.58 249 0.0.463.25 39 0.0.472.28 555 0.0.476.22 406 0.0.483.60 234
0.0.458.64 259 0.0.463.30 555 0.0.472.29 555 0.0.476.23 406 0.0.483.61 235
0.0.458.66 260 0.0.463.37 382 0.0.472.30 503 0.0.476.24 407 0.0.483.62 235
0.0.458.75 260 0.0.463.38 380 0.0.472.31 503 0.0.476.25 407 0.0.484.34 63
0.0.458.76 259 0.0.463.39 380 0.0.473.02 98 0.0.476.39 321 0.0.484.39 167
0.0.458.77 260 0.0.463.46 537 0.0.473.03 356 0.0.476.46 310 0.0.484.40 587
0.0.458.78 262 0.0.463.48 380 0.0.473.04 305 0.0.476.47 310 0.0.485.10 216
0.0.458.85 253 0.0.463.49 379 0.0.473.05 305 0.0.476.48 311 0.0.485.18 216
0.0.458.92 42 0.0.463.50 381 0.0.473.06 305 0.0.476.49 311 0.0.485.19 216
0.0.458.93 324 0.0.463.53 379 0.0.473.07 305 0.0.476.58 124 0.0.485.22 235
0.0.459.05 292 0.0.463.54 380 0.0.473.08 302 0.0.476.59 124 0.0.485.76 407
0.0.459.07 246 0.0.463.56 555 0.0.473.09 302 0.0.476.60 124 0.0.485.82 355
0.0.459.09 207 0.0.463.57 554 0.0.473.12 305 0.0.476.64 55 0.0.485.83 355
0.0.459.11 158 0.0.463.65 505 0.0.473.16 305 0.0.476.70 339 0.0.485.88 407
0.0.459.12 158 0.0.463.72 554 0.0.473.22 222 0.0.476.72 290 0.0.485.89 407
0.0.459.26 158 0.0.463.75 382 0.0.473.23 221 0.0.476.96 290 0.0.485.90 407

123
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.485.92 407 0.0.489.18 29 0.0.493.28 587 0.0.601.13 108 0.0.608.90 24
0.0.485.94 53 0.0.489.19 30 0.0.493.36 43 0.0.601.21 356 0.0.608.91 24
0.0.486.16 235 0.0.489.21 353 0.0.493.37 43 0.0.601.23 246 0.0.608.93 325
0.0.486.17 334 0.0.489.39 43 0.0.493.39 43 0.0.601.30 280 0.0.608.94 257
0.0.486.18 334 0.0.489.40 43 0.0.493.40 43 0.0.601.36 273 0.0.608.95 257
0.0.486.28 95 0.0.489.43 66, 165 0.0.493.42 44 0.0.601.52 227 0.0.609.05 325
0.0.486.48 290 0.0.489.44 66, 165 0.0.493.43 44 0.0.601.61 94 0.0.609.16 97
0.0.486.72 240 0.0.489.45 66, 165 0.0.493.45 44 0.0.601.62 94 0.0.609.20 24
0.0.486.76 407 0.0.489.46 66, 165 0.0.493.46 44 0.0.601.63 273 0.0.609.21 35
0.0.486.79 290 0.0.489.47 64 0.0.493.48 44 0.0.601.65 273 0.0.609.24 512
0.0.486.80 290 0.0.489.50 64 0.0.493.49 44 0.0.601.70 279 0.0.609.25 512
0.0.486.81 444 0.0.489.53 61 0.0.493.53 181 0.0.601.97 227 0.0.609.28 59
0.0.486.82 444 0.0.489.60 54 0.0.493.71 581 0.0.602.04 493 0.0.609.29 59
0.0.486.83 444 0.0.489.61 54 0.0.493.72 581 0.0.602.12 570 0.0.609.30 517
0.0.486.84 444 0.0.489.79 113 0.0.493.73 181 0.0.602.30 570 0.0.609.31 517
0.0.486.85 444 0.0.489.82 221 0.0.493.75 181 0.0.602.31 217, 381 0.0.609.32 24
0.0.486.95 458 0.0.489.83 221 0.0.493.76 301 0.0.602.36 96 0.0.609.34 35
0.0.487.07 216 0.0.489.85 220 0.0.493.77 301 0.0.602.38 346 0.0.609.59 50
0.0.487.08 217 0.0.489.86 104 0.0.493.88 64 0.0.602.39 346 0.0.609.60 50
0.0.487.14 216 0.0.489.87 104 0.0.493.91 86 0.0.602.40 346 0.0.609.61 51
0.0.487.18 217 0.0.489.88 104 0.0.494.11 109 0.0.602.41 346 0.0.609.62 51
0.0.487.24 432 0.0.489.91 167 0.0.494.15 87 0.0.602.44 322 0.0.609.63 51
0.0.487.25 432 0.0.489.94 167 0.0.494.28 569 0.0.602.46 322 0.0.609.64 51
0.0.487.27 433 0.0.489.96 85 0.0.494.33 566 0.0.603.14 171 0.0.609.65 51
0.0.487.28 433 0.0.489.98 54 0.0.494.35 567 0.0.603.15 171 0.0.609.66 51
0.0.487.30 433 0.0.491.03 63 0.0.494.36 569 0.0.603.16 566 0.0.609.71 31
0.0.487.31 433 0.0.491.08 167 0.0.494.37 569 0.0.603.26 346 0.0.609.73 393
0.0.487.33 433 0.0.491.30 22 0.0.494.38 569 0.0.603.33 328 0.0.609.77 514
0.0.487.34 433 0.0.491.31 22 0.0.494.45 92 0.0.603.41 176 0.0.609.78 515
0.0.487.36 434 0.0.491.37 103 0.0.494.46 103 0.0.603.42 176 0.0.609.79 31
0.0.487.37 434 0.0.491.40 103 0.0.494.49 103 0.0.603.59 239 0.0.609.80 514
0.0.487.39 434 0.0.491.43 92 0.0.494.52 451 0.0.603.74 328 0.0.609.81 515
0.0.487.40 434 0.0.492.03 301 0.0.494.58 274 0.0.604.10 176 0.0.609.83 515
0.0.487.42 434 0.0.492.04 301 0.0.494.59 274 0.0.604.15 459 0.0.609.85 515
0.0.487.43 434 0.0.492.05 297 0.0.494.64 181 0.0.604.41 517 0.0.609.86 515
0.0.487.45 435 0.0.492.07 301 0.0.494.71 199 0.0.604.52 359 0.0.609.88 53
0.0.487.46 435 0.0.492.08 301 0.0.494.73 199 0.0.604.53 359 0.0.610.10 135
0.0.487.57 217 0.0.492.09 297 0.0.494.74 200 0.0.604.56 392 0.0.610.11 83
0.0.487.59 217 0.0.492.15 297 0.0.494.76 201 0.0.604.57 392 0.0.610.22 59
0.0.487.64 306 0.0.492.16 297 0.0.494.77 257 0.0.604.60 393 0.0.610.23 59
0.0.487.65 306 0.0.492.18 352 0.0.494.86 266 0.0.605.02 512 0.0.610.29 58
0.0.488.07 84 0.0.492.25 122 0.0.494.95 35 0.0.605.07 512 0.0.610.30 58
0.0.488.20 476 0.0.492.30 111 0.0.494.96 35 0.0.605.21 186 0.0.610.72 135
0.0.488.34 232 0.0.492.35 298 0.0.494.97 35 0.0.605.29 346 0.0.610.80 136
0.0.488.35 232 0.0.492.36 298 0.0.494.98 35 0.0.605.41 189 0.0.610.89 332
0.0.488.36 232 0.0.492.37 298 0.0.495.02 181 0.0.605.45 343 0.0.610.95 110
0.0.488.38 351 0.0.492.38 298 0.0.495.03 181 0.0.605.46 343 0.0.610.98 110
0.0.488.39 351 0.0.492.39 298 0.0.495.04 181 0.0.605.47 343 0.0.611.00 110
0.0.488.40 352 0.0.492.40 298 0.0.495.05 181 0.0.605.48 343 0.0.611.08 136
0.0.488.45 287 0.0.492.47 333 0.0.495.08 168 0.0.606.47 122 0.0.611.40 168
0.0.488.51 80 0.0.492.55 64 0.0.495.09 274 0.0.606.51 323 0.0.611.45 17
0.0.488.56 412 0.0.492.59 594 0.0.495.11 569 0.0.606.61 151 0.0.611.86 32
0.0.488.60 80 0.0.492.60 581 0.0.495.12 200 0.0.606.67 151 0.0.611.87 32
0.0.488.63 412 0.0.492.61 566 0.0.495.13 200 0.0.606.69 257 0.0.611.89 33
0.0.488.70 412 0.0.492.75 34 0.0.495.33 201 0.0.606.90 257 0.0.611.90 33
0.0.488.82 29 0.0.492.80 301 0.0.495.37 266 0.0.606.94 88 0.0.611.92 33
0.0.488.84 30 0.0.492.81 301 0.0.495.96 326 0.0.607.03 359 0.0.611.93 33
0.0.488.88 28 0.0.492.87 33 0.0.496.01 190 0.0.607.10 186 0.0.611.95 33
0.0.488.90 229 0.0.492.88 33 0.0.496.02 322 0.0.607.26 29 0.0.611.96 33
0.0.488.92 229 0.0.492.90 32 0.0.496.03 322 0.0.607.39 251 0.0.612.01 327
0.0.488.94 229 0.0.492.91 32 0.0.600.05 561 0.0.607.75 29 0.0.612.04 83
0.0.488.96 230 0.0.492.93 33 0.0.600.13 331 0.0.608.48 393 0.0.612.11 459
0.0.488.98 228 0.0.492.94 33 0.0.600.55 359 0.0.608.49 392 0.0.612.14 82
0.0.489.01 229 0.0.492.96 33 0.0.600.56 359 0.0.608.50 392 0.0.612.15 459
0.0.489.03 229 0.0.492.97 33 0.0.600.59 517 0.0.608.57 393 0.0.612.45 516
0.0.489.05 229 0.0.492.99 33 0.0.600.70 270 0.0.608.69 110 0.0.612.46 516
0.0.489.07 230 0.0.493.01 33 0.0.600.73 280 0.0.608.85 358 0.0.612.47 586
0.0.489.09 230 0.0.493.03 33 0.0.601.03 568 0.0.608.87 24 0.0.612.74 592
0.0.489.11 28 0.0.493.04 33 0.0.601.12 108 0.0.608.88 24 0.0.612.75 592

124
 Index of article numbers

Order No. Page Order No. Page Order No. Page Order No. Page Order No. Page
0.0.612.78 95 0.0.619.29 286 0.0.624.60 45 0.0.627.32 61 0.0.632.07 80
0.0.612.79 95 0.0.619.33 284 0.0.624.67 45 0.0.627.35 373 0.0.632.08 119
0.0.612.88 585 0.0.619.34 369 0.0.624.68 45 0.0.627.40 418 0.0.632.09 579
0.0.612.89 585 0.0.619.35 284 0.0.624.74 78 0.0.627.42 418 0.0.632.10 67, 166
0.0.612.98 374 0.0.619.36 285 0.0.624.78 97 0.0.627.43 418 0.0.632.12 578
0.0.612.99 374 0.0.619.37 285 0.0.624.81 143 0.0.627.44 418 0.0.632.25 54
0.0.613.12 274 0.0.619.38 285 0.0.624.85 143 0.0.627.46 520 0.0.632.26 54
0.0.613.18 140 0.0.619.39 285 0.0.624.87 127 0.0.627.48 596 0.0.632.27 54
0.0.613.19 140 0.0.619.40 286 0.0.624.92 45 0.0.627.50 68 0.0.632.28 54
0.0.613.20 140 0.0.619.41 286 0.0.624.93 45 0.0.627.51 68 0.0.632.41 97
0.0.613.21 140 0.0.619.42 284 0.0.624.95 141 0.0.627.52 61 0.0.632.53 46
0.0.613.22 140 0.0.619.43 284 0.0.624.97 141 0.0.627.53 61 0.0.632.54 46
0.0.613.23 140 0.0.619.44 285 0.0.625.02 134 0.0.627.54 61 0.0.632.55 59
0.0.614.40 135 0.0.619.45 285 0.0.625.04 134 0.0.627.55 61 0.0.632.56 59
0.0.614.42 135 0.0.619.50 284 0.0.625.06 134 0.0.627.56 61 0.0.632.63 65
0.0.614.59 502 0.0.619.52 284 0.0.625.08 83 0.0.627.57 92 0.0.632.74 87
0.0.614.71 181 0.0.619.53 251 0.0.625.09 54 0.0.627.58 92 0.0.632.75 581
0.0.614.76 181 0.0.619.55 285 0.0.625.10 54 0.0.627.59 93 0.0.632.84 232
0.0.614.85 306 0.0.619.56 97 0.0.625.11 54 0.0.627.60 101 0.0.632.86 230
0.0.614.86 306 0.0.619.57 285 0.0.625.12 54 0.0.627.69 175 0.0.632.87 230
0.0.614.87 306 0.0.619.62 251 0.0.625.13 45 0.0.627.70 175 0.0.632.88 181
0.0.614.88 306 0.0.619.63 284 0.0.625.14 45 0.0.627.71 175 0.0.632.89 181
0.0.614.90 180 0.0.619.64 285 0.0.625.15 360 0.0.627.78 209 0.0.632.90 181
0.0.614.91 180 0.0.619.65 285 0.0.625.16 360 0.0.627.86 404 0.0.632.91 181
0.0.614.93 180 0.0.619.66 286 0.0.625.17 45 0.0.627.90 452 0.0.632.92 232
0.0.614.94 180 0.0.619.68 403 0.0.625.18 45 0.0.628.25 580 0.0.632.93 442
0.0.615.00 180 0.0.619.69 123 0.0.625.19 360 0.0.628.40 367 0.0.633.43 347
0.0.615.01 180 0.0.619.70 403 0.0.625.20 360 0.0.628.41 367 0.0.633.44 347
0.0.615.19 502 0.0.619.71 395 0.0.625.23 93 0.0.628.42 367 0.0.633.45 347
0.0.615.23 503 0.0.619.72 395 0.0.625.26 93 0.0.628.43 367 0.0.633.46 350
0.0.615.30 32 0.0.620.00 371 0.0.625.27 360 0.0.628.55 580 0.0.633.47 350
0.0.615.37 231 0.0.620.05 359 0.0.625.28 365 0.0.628.63 160 0.0.633.48 350
0.0.615.38 231 0.0.620.06 368 0.0.625.30 186 0.0.628.68 101 0.0.633.49 350
0.0.615.39 232 0.0.620.16 368 0.0.625.33 84 0.0.628.69 101 0.0.633.97 303
0.0.615.40 232 0.0.620.26 370 0.0.625.39 591 0.0.628.83 550 0.0.634.63 481
0.0.615.43 229 0.0.620.84 371 0.0.625.90 177 0.0.628.84 550 0.0.635.09 170
0.0.615.45 230 0.0.620.87 411 0.0.625.91 177 0.0.628.85 550 0.0.635.11 408
0.0.615.48 409 0.0.620.93 370 0.0.626.00 209 0.0.628.95 548 0.0.635.17 321
0.0.615.59 117 0.0.620.94 400 0.0.626.06 136 0.0.628.96 548 0.0.635.20 321
0.0.615.69 395 0.0.621.00 400 0.0.626.55 521 0.0.628.97 549 0.0.635.24 320
0.0.616.31 78, 121 0.0.621.16 232 0.0.626.63 173 0.0.628.98 549 0.0.635.43 320
0.0.616.57 241 0.0.621.69 539 0.0.626.68 251 0.0.628.99 549 0.0.635.49 320
0.0.616.63 395 0.0.621.73 539 0.0.626.76 255 0.0.629.00 549 0.0.635.51 320
0.0.616.64 395 0.0.621.77 399 0.0.626.77 255 0.0.629.05 500 0.0.635.68 170
0.0.616.65 395 0.0.621.93 538 0.0.626.86 572 0.0.629.08 500 0.0.635.98 424
0.0.616.69 395 0.0.621.94 538 0.0.626.90 56 0.0.629.16 501 0.0.636.04 303
0.0.616.77 580 0.0.622.12 399 0.0.626.91 366 0.0.629.17 501 0.0.636.17 101
0.0.616.89 580 0.0.622.20 373 0.0.626.97 400 0.0.629.19 481 0.0.636.18 101
0.0.616.93 399 0.0.622.22 370 0.0.627.00 400 0.0.629.26 261 0.0.636.19 101
0.0.616.95 399 0.0.622.24 370 0.0.627.06 368 0.0.629.41 32 0.0.636.22 179
0.0.617.31 241 0.0.622.26 371 0.0.627.07 368 0.0.629.44 32 0.0.636.61 408
0.0.617.63 191 0.0.622.27 368 0.0.627.08 368 0.0.630.01 475 0.0.636.62 408
0.0.617.80 66, 165 0.0.622.28 368 0.0.627.09 368 0.0.630.10 475 0.0.636.63 408
0.0.617.96 208 0.0.622.29 255, 372 0.0.627.10 368 0.0.630.14 475 0.0.636.95 321
0.0.617.97 208 0.0.622.30 372 0.0.627.11 368 0.0.630.18 475 0.0.636.97 320
0.0.617.98 208 0.0.623.27 401 0.0.627.12 111 0.0.630.28 170 0.0.636.99 320
0.0.617.99 208 0.0.623.30 401 0.0.627.14 401 0.0.630.45 226 0.0.637.01 320
0.0.618.28 366 0.0.623.58 255 0.0.627.16 53 0.0.630.71 435 0.0.637.05 411
0.0.618.53 400 0.0.623.61 255 0.0.627.18 53 0.0.630.72 435 0.0.638.31 446
0.0.618.56 400 0.0.623.88 398 0.0.627.20 53 0.0.630.89 226 0.0.638.39 446
0.0.618.61 399 0.0.623.89 398 0.0.627.21 59 0.0.631.00 18 0.0.639.02 66, 165
0.0.618.97 403 0.0.623.92 398 0.0.627.23 198 0.0.631.05 198 0.0.639.13 347
0.0.619.14 305 0.0.624.45 255 0.0.627.24 62 0.0.631.17 396 0.0.639.52 442
0.0.619.15 305 0.0.624.47 53 0.0.627.25 59 0.0.631.19 396 0.0.640.32 100
0.0.619.16 305 0.0.624.51 45 0.0.627.27 53 0.0.631.20 397 0.0.640.33 99
0.0.619.17 305 0.0.624.52 45 0.0.627.28 53 0.0.631.70 410 0.0.640.34 100
0.0.619.26 284 0.0.624.55 45 0.0.627.29 59 0.0.631.73 416 0.0.640.54 159
0.0.619.27 285 0.0.624.56 45 0.0.627.30 53 0.0.631.79 419 0.0.640.57 321
0.0.619.28 285 0.0.624.59 45 0.0.627.31 53 0.0.632.04 67, 166 0.0.641.21 519

125
 Index of article numbers

Order No. Page Order No. Page Order No. Page

0.0.641.36 336 7.0.001.32 51 8.0.002.25 148
0.0.641.41 336 7.0.001.34 51 8.0.002.31 148
0.0.641.42 336 7.0.001.42 432 8.0.002.34 148
0.0.641.45 179 7.0.001.44 433 8.0.002.37 148
0.0.641.46 101 7.0.001.46 436 8.0.002.40 148
0.0.641.48 101 7.0.001.65 182 8.0.002.45 149
0.0.641.52 226 7.0.002.62 50 8.0.002.48 149
0.0.641.53 226 7.0.002.66 50 8.0.002.53 149
0.0.641.54 225 7.0.002.67 51 8.0.002.56 149
0.0.641.58 170 7.0.002.68 51 8.0.002.59 149
0.0.641.59 179 7.0.002.69 51 8.0.002.65 150
0.0.641.61 572 7.0.002.70 51 8.0.002.68 150
0.0.641.94 227 7.0.002.71 51 8.0.002.71 150
0.0.641.96 227 7.0.002.72 51 8.0.003.98 153
0.0.642.11 99 7.0.002.73 436 8.0.004.02 125
0.0.642.12 100 7.0.002.74 434 8.0.004.34 153
0.0.642.13 99 7.0.002.75 434 8.0.004.47 153
0.0.642.14 100 7.0.002.76 434 8.0.004.50 153
0.0.642.15 100 7.0.002.77 436 8.0.004.61 152
0.0.642.17 573 7.0.002.78 434 8.0.004.70 153
0.0.642.18 573 7.0.002.79 434 8.0.004.74 153
0.0.642.28 279 7.0.002.80 434 8.0.004.83 152
0.0.642.76 354 7.0.002.85 436 8.0.005.17 154
0.0.642.93 443 7.0.002.87 436 8.0.005.24 148
0.0.642.94 443 7.0.002.89 432 8.0.005.45 148
0.0.644.01 269 7.0.002.91 433 8.0.005.56 149
0.0.644.02 269 7.0.002.93 433 8.0.006.36 153
0.0.644.03 269 7.0.002.95 433 8.0.007.07 154
0.0.644.68 595 7.0.002.97 432 8.0.007.16 152
0.0.644.87 592 8.0.000.01 149 8.0.007.43 153
0.0.644.88 592 8.0.000.02 150 8.0.007.48 154
0.0.645.40 424 8.0.000.04 150 8.0.007.99 152
0.0.647.03 574 8.0.000.05 147 8.0.008.09 407
0.0.647.05 574 8.0.000.06 148 8.0.008.88 153
0.0.648.66 519 8.0.000.07 148 8.0.009.11 150
0.3.001.24 560 8.0.000.08 149
0.3.001.25 560 8.0.000.09 150
0.3.001.30 561 8.0.000.10 150
0.3.001.80 457 8.0.000.11 150
0.3.001.81 457 8.0.000.12 150
0.3.004.62 457 8.0.000.13 445
1.0.001.08 345 8.0.000.15 149
1.0.001.09 345 8.0.000.16 149
1.0.001.97 345 8.0.000.17 149
1.0.001.98 345 8.0.000.18 149
1.0.003.61 592 8.0.000.19 150
1.0.003.75 586 8.0.000.20 150
3.0.005.00 449 8.0.000.21 152
3.0.005.01 449 8.0.000.22 152
3.0.005.03 449 8.0.000.23 152
7.0.000.01 34 8.0.000.24 148
7.0.000.03 28 8.0.000.25 148
7.0.000.06 28 8.0.000.28 152
7.0.000.09 27 8.0.000.54 445
7.0.000.12 37 8.0.000.63 149
7.0.000.15 34 8.0.000.92 152
7.0.000.17 29 8.0.001.09 154
7.0.000.20 29 8.0.001.15 149
7.0.000.23 29 8.0.001.84 154
7.0.000.26 28 8.0.001.85 154
7.0.000.29 29 8.0.001.98 147
7.0.001.10 42 8.0.002.01 147
7.0.001.12 42 8.0.002.04 147
7.0.001.14 50 8.0.002.07 147
7.0.001.18 50 8.0.002.10 147
7.0.001.22 51 8.0.002.13 147
7.0.001.26 51 8.0.002.16 147
7.0.001.28 51 8.0.002.19 147
7.0.001.30 51 8.0.002.22 147

126
Normal uses of our products Conversion Chart
Serious bodily injury or property damage may result from improper selection. Unit X Unit
Use or failure to properly maintain products available for purchase in this 1 mm 0.0394 in
catalog.
1m 3.28 ft
All products offered by item Industrietechnik GmbH are property to provide op-
tions for product and system development for use by technical experts. Before 1 cm 2
0.155 in2
purchasing any system or product from this catalog. Technical Experts must 1 cm3 0.061 in3
assure the safety of users by further investigation of compatibility of products
purchased from this catalog and the end products intended use. This includes 1 cm 4
0.024 in4
testing, product use training and overall evaluation that the intended use of
products for sale in this catalog are safe for users, bystanders and surrounding
properties. It is the sole responsibility of purchaser to ensure that adequate 1 kg 2.205 lb
safety testing and analyzation corresponds with the purchase choices from this 1 da N 2.25 lb
catalog. It is important that you provide WARNING requirements where neces-
sary for users and bystanders. This document is to be considered along with 1N 0.2248 lb
other information regarding product specifications, safety and use provided 1g/m 0.000672 lb /ft
by item Industrietechnik GmbH, its associates subsidiaries and authorized
distributors. The articles described in this document are offered for sale by item 1 kg / m 0.672 lb / ft
Industrietechnik GmbH, its associates, subsidiaries and authorized distri butors.
This offer and its acceptance are governed by provisions stated on the separate 1 Nm 0,74 ft / ib
price list of this document entitied Terms and Conditions of Sale.
1 Nm 8.86 in - ib
Product specifications, price, availability and available features may change
without prior notice!
C ____
Cx9_
+ 32 F
5

1m / s2 3.28 ft / sec2
1m/s 2.24 mph
1 bar 14.5 psi
 0.4.120.40 02/2012
item Industrietechnik GmbHMade in Germany

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item Industrietechnik GmbH

Friedenstrasse 107-109
42699 Solingen
Germany
Phone +49 212 6580 0
Fax +49 212 6580 310
info@item24.com
www.item24.com