26231941 26231909

Micromotor Catalogue
 Contact Information
➜ Crouzet
on the internet
• To get the latest news on our
➜ Crouzet Direct products and services
• To download detailed technical
• For technical support,
information sheets
product information, to make
www.crouzet.co.uk
an enquiry or place an order:
Telephone: +44 (0) 1256 318900
Email: motors@crouzet.co.uk

➜ Specialist Motor distribution

• For quick delivery of selected standard
motors and locally adapted products
• See pages 4 and 5 for details of your
nearest Crouzet distributor.

2
Contents
Support locations ................................................................................................................04
New products........................................................................................................................06
Motor range overview ..........................................................................................................08
Applications ..........................................................................................................................10
Crouzet product ranges ......................................................................................................12
How to order ........................................................................................................................13

MOTORS QUICK REFERENCE

D.C. motors ................................................................................................................ 1

D.C. brushless motors ................................................................................................ 2

Motomate .................................................................................................................. 3

Synchronous motors .................................................................................................. 4

Stepper motors .......................................................................................................... 5

Linear motors ............................................................................................................ 6

Fans .......................................................................................................................... 7

SELECTION AND TECHNOLOGY GUIDES

D.C. motors ............................................................................................................................16

D.C. brushless motors ............................................................................................................70
Motomate ..............................................................................................................................86
Synchronous motors ..............................................................................................................94
Stepper motors ....................................................................................................................138
Fans ....................................................................................................................................178

Index by part number and product family ......................................................................188

General conditions of sale................................................................................................195

3
 Support Locations

➜ Crouzet
on the internet
• To get the latest news on our
products and services
• To download detailed technical
information sheets
www.crouzet.co.uk

➜ Crouzet Hotline
• For technical support,
product information, to make
an enquiry or place an order:
Telephone: +44 (0) 1256 318900 NORTHERN
Email: motors@crouzet.co.uk
IRELAND
Belfast

Dublin

IRELAND
Crouzet Ltd
Intec 3
Wade Road
Basingstoke
Hampshire
RG24 8NE

4
 United Kingdom

SCOTLAND Specialist
Distributor
Camis Electronics Ltd
Platts Road
Amblecote
Stourbridge
West Midlands
DY8 4YR
Glasgow
Tel: 01384 441402
Fax: 01384 370354

Email: sales@camis.demon.co.uk
Website: www.camis.demon.co.uk

ENGLAND Specialist
Distributor
MicroDrives Ltd
Woodlands
WALES South Hanningfield Road
Rettendon common
Chelmsford
Cardiff Essex
CM3 8HD

London Tel: 01245 403100

Fax: 01245 403101

Email: microdrives@talk21.com

5
 New products
Motomate
The NEW Motomate system is designed to save you money by greatly
reducing the time and effort needed to integrate it into your application.
Motomate combines a brushless motor, movement and position
control, together with full logic controller functionality
in a single compact unit. This eliminates all of the hard work
and compatibility problems usually associated with having
to integrate separate components.

Benefits to you
• Brushless DC motor with integrated logic
and motion controller
• Guaranteed compatibility and ease of configuration
• Reliability and safety built-in
• Additional logic inputs and outputs
• High torque, high efficiency and low noise
• Communications options

Benefits to your customer

• Zero down time
• Long life with low noise
and low running costs
• Compact size
• Easily reconfigured
grows with the installation

For more information,

see page 85

Choose
your functions

Construct
your program

Test
your installation

4 functions pre-programmed
specifically for Motomate...
HIGH SPEED COUNTER TIMER
Used to count motor pulses, Used to set a time
indicate position and calculate delay between
speed 2 movements

MOVEMENT MOTOR MULTIPLEXER

Used to reach a target position Used to group the On/Off,
following speed ramps direction and speed outputs
for several movement steps

6
 Brushless DC motors
The NEW brushless DC motor range offers very high levels of
performance in a very small package.
This all-in-one solution combines brushless motor technology
integrated with advanced electronics to give speed control,
dynamic braking and automatic protection.

Benefits to you
• All-in-one solution with motor, speed control and
overload protection
• Easy to integrate - no compatibility problems
• Ultra-compact package
• Easy to set up and use
• Encoder output for positioning control
• High starting torque and high efficiency
• Low noise and long life

Benefits to your customer

• Small size
• Zero maintenance
• Long life and low power consumption
• Overload protection built-in

For more information,

see page 69

Linear motors
The NEW linear motor range provides a powerful and
precise output force whilst remaining incredibly easy to
control.
A choice of either reversible synchronous or stepper
motor technologies means that you can select the best
control system to suit the application.

Benefits to you
• Choice of technology - stepper or synchronous drive
• High output force and precise positioning
• Built-in shaft anti-rotation device for ease of installation
• Simple robust construction

Benefits to your customer

• Low noise
• Zero maintenance
For more information,
• Low power consumption
see page 169

7
 Motor range overview

Variable speed
or positioning

Fixed or variable speed

Fixed or variable speed

Fixed speed

Fixed speed

Motor options:
• Special output shafts • Customised electronics
• Pinion or bush on output shaft • Special construction materials
• Special supply voltages • Special connectors
• Special wire lengths • Special IP rating
• Special output bearings
• Optional encoder
• Special mounting plate
8
 Example motor

Gearbox options:
• Special output shafts
• Special ratios
• Special gear wheel material
• Special output bearings
• Special mounting plate Brushless DC motor
• Special construction materials with special connector
• Special IP rating
9
 Applications Managing the control
of lubrication pumps

Controlling shock
absorber rods

Geared stepper
motor
• A motor solution
controlled by a dedicated
electronic card for controlling bus
and truck lubrication systems.
Stepper • The electronics interpret and take account of the climatic
motors conditions as well as the characteristics of the lubricants used.
• High-torque, waterproof stepper • Once the system is on-board, downtimes associated with
motors to adjust the firmness of a car’s suspension units maintenance are largely eliminated.
depending on the driver’s driving style, ensuring total
comfort and safety.
• The solution developed takes account of environmental
constraints and is extremely compact thanks to its custom
design.

Controlling industrial
valves
Adjusting the flow rate
in wall-mounted boilers

Synchronous
geared motor
• The geared motor controls
valve opening and closing for Linear motor
easy operation, such as the tap solution
developed for a customer specification. • Complete motor unit with
control mechanism and connector
for smooth control of gas supply. This
offers the boiler user many advantages: safety of
use, silent operation, smaller dimensions, lower consumption
levels and reduced NOx emissions.
• From the installer’s point of view, the product boasts a long,
maintenance-free service life, it is easily interchangeable and
is standard across an entire boiler range.

10
 Controlling door
mechanisms

Adjusting the temperature

of wall-mounted boilers

Motomate - Brushless
motor with integrated
logic controller
• Motomate controls the opening and closing
torque to ensure user safety.
Motomate offers shorter development times, easy integration
associated with more compact dimensions and fewer
Synchronous
maintenance operations, all thanks to its dedicated geared motor
all-in-one design. • The geared motor
controls the water valve so
that it opens and closes smoothly, thus
eliminating the effect of water hammer and achieving
a more refined control.

Tailgate closure
mechanism
Shutter control
mechanism

DC motor
• Motorisation, when fitted with a front
end shield, of an output shaft and a
Stepper motor pinion dictated by the customer interface.
• Gentle, assisted closure of the car boot.
• The geared stepper motor
fitted with a special control • Silent, low-speed operation, synonymous with quality
mechanism adjusts shutter and driver comfort .
opening and closing operations.
• The shutter orientation ensures a consistent temperature
within a specific area. The electronics analyse the relative
humidity and control the shutters, avoiding a build-up of
condensation on windows and thus reducing the need
for frequent cleaning.

11
 Crouzet product ranges

Control
Timers, Logic controller, Counters,
Ratemeters, Control relays,
Solid state relays, I/O modules,
Temperature controllers,
Machine Safety, Control units
for burners

Motors
DC motors, brushless motors, Linear
motors, Synchronous motors, Stepper
motors, Motomate, Fans

Switches
and sensors
Limit switches, Microswitches,
Inductive proximity sensors,
Capacitive proximity sensors,
Photoelectric sensors,
Readout modules

Pneumatic
Electro-pneumatic miniature control
valves, Intrinsically safe miniature
Command
solenoid valves, Multi-fluid solenoid and signalling
valves, Position detectors, Control and signalling components,
Man / Machine Interface components, Terminals, Selector switches,
Pressure switches and amplifiers, Custom designed
Pneumatic logic components, control units
Vacuum handling components

Senior products
www.crouzet.com/olc
To meet your maintenance requirements, the senior products site contains
a selection of products which no longer appear in this catalogue.
To assist your search, this webspace will help you find the technical and price
characteristics to enable you to procure these products.

And of course, your Crouzet contact is always on hand to help fill in the informa-
tion required, or to suggest the optimum replacement solution.

12
How to order

• Catalogue products
Give the reference in white.

Catalogue products, not in stock •

Give the reference in black and
the additional characteristics below.

DC SYNCHRONOUS, SYNCHRONOUS, STEPPER

NON-REVERSING REVERSING
Direct drive Gearbox Direct drive Gearbox Direct drive Gearbox Direct drive Gearbox
Type ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔
Voltage ✔ ✔ ✔ ✔ ✔ ✔
Output speed ✔ ✔ ✔
Option ✔ ✔ ✔ ✔ ✔ ✔
Direction of rotation ✔ ✔
Frequency ✔ ✔ ✔ ✔
Motor shaft ✔
Reduction ratio ✔
Number of phases ✔

• Adaptable product
This symbol indicates that the product can be adapted
to your needs. Please contact us for more details
and to discuss your application.

Warning:
The technical information in this catalogue is given for information only and does not constitute a contractual obligation. CROUZET Automatismes and its subsidiaries
reserve the right to make any modifications without notice. It is essential to contact us for any special use/application of our products, and it is the responsibility
of the purchaser to check, in particular using all appropriate tests, that the product used is suitable for the application. Our guarantee may under no circumstances
be invoked, nor our responsibility sought for any application of our products such as, amongst others, modification, addition, use in combination with other electrical
or electronic components, circuits or mounting systems, or any other inappropriate equipment or substance which has not been expressly approved by us prior to the
finalisation of the sale.

13
www.crouzet.com
14
D.C. motors
D.C. motors

15
 Guide to selecting D. C. motors

Gearbox
Max. torque (Nm)
X 0.5 1.2

Type of gearbox
X 81 012 81 021 81 032

85 max.
65,9
Motors direct drive (Nm) 35,4 max.
54,2 max. 64,1 max.
Usable Nominal Nominal Supply
Motor type
Power torque speed voltage
dimensions (mm)
(W) (Nm) (rpm) (V)
Xp.22 82 860 0 Xp.34 82 862 Xp.36 82 861
12
3 7.7 3700
24 Ø 32
1.5 ... 441 rpm 0.36... 430 rpm
1 8.7 41.5 12 Xp.24 82 810 0 Xp.38 82 812

2000
Ø 42
9.4 45 24
20... 100 rpm
Xp.26 82 810 5
12 2580 12
45
Ø 42
13 2750 24
Xp.24 82 800 0 Xp.38 82 802
15.6
12
75 2000
24 Ø 42
15.7
20... 100 rpm
Xp.26 82 800 5
20 2670 12
70
Ø 42
22 3070 24
Xp.28 82 800 8
20 2670 12
70
Ø 42
22 3070 24
Xp.30 82 830 0
12
27 172 1500
24 Ø 63

Xp.28 82 850 0
32.5 3100 12
100
Ø 42
33.5 3200 24
Xp.30 82 830 5
47 2630 12
170
Ø 63
50 2770 24
Xp.32 82 890 0
90 3200 24
270
Ø 63
95 3360 48

Selection of a geared motor

A geared motor is selected according to the required usable power output.
2π
UsablePower = ------- C ⋅ n
60
(W) (Nm) (rpm)

A geared motor must have usable power equal to or greater than the power required to rotate the
load. It is selected by checking that the point corresponding to the required operating conditions
(torque and speed output) is higher than the nominal torque versus speed curve of the geared
motor. The required torque output of a geared motor must be within its maximum recommended
torque for continuous duty.

16
2 5 6 25

81 033 81 043 81 044 81 035 81 037 81 032 6 81 049

65 max.
65,1 max.

95,3 max.
68,5 max.
52

95 max.
65,7

63,8 65,1 max. 65 max.

54,2 max. 63,8 64,1 max.

Xp.40 82 869 Xp.42 82 863 Xp.44 82 864 Xp.50 82 867

0.9 ... 108 rpm 99... 662 rpm 2... 66 rpm 1.72... 344 rpm
Xp.46 80 813 Xp.48 80 814 Xp.52 80 815 Xp.54 80 817 Xp.60 82 812 5 1
60... 400 rpm 1... 40 rpm 10.5... 616 rpm 1.04... 208 rpm 4 / 8 / 12 rpm

Xp.46 80 803 Xp.48 80 804 Xp.52 80 805 Xp.54 80 807 Xp.60 82 802 5

60... 400 rpm 1... 40 rpm 10.5... 616 rpm 1.04... 208 rpm 4 / 8 / 12 rpm
Xp.64 80 809 2

11... 477 rpm

Xp.56 80 835 Xp.62 82 832 5

7.4... 426 rpm 5 / 8 / 14 rpm

Xp.58 80 855 Xp.64 80 859 3

13.8... 805 rpm 11... 477 rpm

Xp.66 80 839 4

11... 474 rpm

Xp.66 80 899 5

11... 474 rpm

17
 Some principles of direct current (D.C.) motors

Why choose a D.C. motor ? ➜ Composition of a D.C. motor

Rotor Stator Magnet
Many applications call for a high start-up torque. The D.C. motor, by its
very nature, has a high torque vs. falling speed characteristic and this
Brush
enables it to deal with high starting torques and to absorb sudden rises in
load easily. The speed of the motor adjusts to the load. Furthermore, the Shaft
D.C. motor is an ideal way of achieving the miniaturisation designers are
constantly seeking because the efficiency it gives is high compared with
other designs.

Commutator
Design of Crouzet D.C. motors
➜ Safety
1 Crouzet D.C. motors are designed and manufactured for integration into The stator is formed by a metal carcass and one or more magnets
equipment or machines which meet, for example, the requirements of the that create a permanent magnetic field inside the stator. At the rear of
machinery standard : the stator are the brush mountings and the brush gear which provide
EN 60335-1 (IEC 335-1, “Safety of domestic electrical appliances”). electrical contact with the rotor.
Integration of Crouzet D.C. motors into equipment or machines should, as The rotor is itself formed by a metal carcass carrying coils which are
a rule, take the following motor characteristics into account : interconnected at the commutator at the rear of the rotor.
■ no ground connection The commutator and brush assembly then select the coil through which
■ so-called «principal insulation» motors (single insulation) the electric current passes in the opposite direction.

Principle of operation
(see the catalogue page
■ protection index : IP00 to IP40
■ insulation classes : A to F } details for individual motor
types)
Whatever the complexity of the rotor coil windings, once they are
energised, they may be represented in the form of a ferromagnetic
cylinder with a solenoid wrapped around it.
The wire of the solenoid is in practice the wire bundle located in
EC LOW VOLTAGE DIRECTIVE 73/23/EEC OF 19/02/73 :
each groove of the rotor. The rotor, when energised, then acts as an
Crouzet D.C. motors and geared motors are not covered by this directive
electromagnet, the magnetic field following the axis separating the wires
(LVD 73/23/EEC applies to voltages greater than 75 VDC).
of the solenoid in the direction of the current which flows through them.
➜ Electromagnetic compatibility (EMC) Rotor Coil

Crouzet Ltd can provide the EMC characteristics of the various types of
product on request.

EC DIRECTIVE 89/336/EEC OF 03/05/89,

“ELECTROMAGNETIC COMPATIBILITY” :
D.C. motors and geared motors are considered as components meant
for integration into other equipment and therefore fall outside its field of
application. However, these products are designed in compliance with
EMC characteristics and consequently can be incorporated in equipment
having to comply with the EMC directive.
The motor, therefore, consists of fixed permanent magnets (the stator) a
moving magnet (the rotor) and a metal carcass to concentrate the flux
How to select from the Crouzet range (the motor body).

The motor unit is selected according to the required output power.

Depending on the required speed, a direct motor or a geared motor is
selected.

Speeds 1,000 to 5,000 rpm Direct motor

Speeds below 500 rpm Geared motor

The gearbox is selected depending on the maximum required torque and

the duty cycle. By the attraction of opposite poles and repulsion of like poles, a torque
then acts on the rotor and makes it turn. This torque is at a maximum
when the axis between the poles of the rotor is perpendicular to the axis
Definition of the D.C. motor of the poles of the stator.
As soon the rotor begins to turn, the fixed brushes make and break
This motor follows linear laws of operation and because of this it is
contact with the rotating commutator segments in turn.
easier to fully exploit its characteristics compared to synchronous or
The rotor coils are then energised and de-energised in such a way that as
asynchronous motors.
the rotor turns, the axis of a new pole of the rotor is always perpendicular
to that of the stator. Because of the way the commutator is arranged, the
rotor is in constant motion, no matter what its position. Fluctuation of
the resultant torque is reduced by increasing the number of commutator
segments, thereby giving smoother rotation.
By reversing the power supply to the motor, the current in the rotor coils,
and therefore the north and south poles, is reversed. The torque which
acts on the rotor is thus reversed and the motor changes its direction of
rotation. By its very nature, the D.C. motor is a motor with a reversible
direction of rotation.

18
➜ Torque and speed of rotation ➜ Torque and supply current
The torque generated by the motor, and its speed of rotation, are This is the second important characteristic of a D.C. motor.
dependent on each other. It is linear and is used to calculate the no-load current and the current
This is a basic characteristic of the motor ; it is a linear relationship and is with the rotor stationary (start-up current).
used to calculate the no-load speed and the start-up torque of the motor.
Motor Torque (N.m)

Motor Torque Start Torque

Start Torque

Current (Amps)
Current (no load) Starting
Rotation speed Current
Speed (no load) The graph for this relationship does not vary with the supply voltage of
the motor. The end of the curve is extended in accordance with the torque
The curve for the output power of the motor is deduced from the graph of and the start-up current.
torque versus speed. The gradient of this curve is called the «torque constant» of the motor.

Pu (W) = 2/ x C (N.m) x N (rpm)

Kc = Cd
Id - Io 1
60
This torque constant is such that :
Output Motor Speed of
C = Kc (I - Io)
power torque rotation

Output power The «rotational friction torque» is Kc Io.

The torque is therefore expressed as follows :
Maximum Power

C = Kc I - Cf with Cf = Kc Io

Kc = Torque constant (Nm/A)

C = Torque (Nm)
Cd = Start-up Torque (Nm)
Cf = Rotational friction torque (Nm)
I = Current (A)
Io = No-load current (A)
Rotation speed Id = Start-up current (A)
1/2 Speed Speed
(no load) (no load) The graph of torque vs. current and torque vs. speed is used to determine
The torque vs. speed and output power curves depend on the supply the absorbed power as a function of the speed of rotation of the motor.
voltage to the motor.
The supply voltage to the motor assumes continuous running of the motor Power (W)
at an ambient temperature of 20°C in nominal operational conditions.

It is possible to supply the motor with a different voltage (normally

between -50% and + 100% of the recommended supply voltage).
If a lower voltage is used compared to the recommended supply the
Output power
motor will be less powerful.
(no load)
If a higher voltage is used, the motor will have a higher output power but
Efficiency
will run hotter (intermittent operation is recommended).

For variations in supply voltage between approximately - 25% to + 50%, Max. power
the new torque vs. speed graph will remain parallel to the previous one.
Output
Its start-up torque and no-load speed will vary by the same percentage power
(n%) as the variation in supply voltage. The maximum output power is
multiplied by (1 + n%)2.
rpm rpm
Speed (no
Example : For a 20% increase in supply voltage load)

Start-up torque increases by 20% ( x 1.2) ➜ Efficiency

No-load speed increases by 20% ( x 1.2) The efficiency of a motor is equal to the mechanical output power that it
Output power increases by 44% ( x 1.44) can deliver, divided by the power which it absorbs.
The output power and the absorbed power vary in relation to the speed
of rotation, therefore the efficiency is also a function of the speed of the
motor.
Maximum efficiency is obtained with a given rotational speed greater than
50% of no-load speed.

19
 ➜ Temperature rise ➜ Selection of a geared motor
The temperature rise of a motor is due to the difference between the A geared motor is selected according to the required usable power
absorbed power and the output power of the motor. This difference is the output.
power loss.
Temperature rise is also related to the fact that power loss, in the form of
2/
heat from the motor, is not rapidly absorbed by the ambient air (thermal P (useable) = .M .n
resistance). The thermal resistance of the motor can be greatly reduced 60
by ventilation. W Nm rpm

Important
The nominal operating characteristics correspond to the voltage- A geared motor must have usable power equal to or greater than the
torque-speed characteristics required for continuous operation at power required to rotate the load. It is selected by checking that the point
an ambient temperature of 20° C. Only intermittent duty is possible corresponding to the required operating conditions (torque and speed
outside these operating conditions : without exception, all checks output) is higher than the nominal torque versus speed curve of the
concerning extreme operating conditions must be performed in geared motor.
the actual customer application conditions in order to ensure safe The required torque output of a geared motor must be within its maximum
operation. recommended torque for continuous duty.

➜ Selecting the reduction gear ratio

Motor and gearbox combinations Two selection criteria may be applied.
D.C. motors are constructed to operate continuously within a range of ■ The first criterion concerns the required speed output of the reduction
speeds near their no-load speed. This range of speeds is generally too gear only. It is adequate for most applications and is easy to apply.
high for most applications. In order to reduce this speed, a full range of Given that :
1 geared motors is available, each with a series of gear ratios to suit most
speed requirements. R =
N1 N1 = required speed of geared motor
The complete range is suitable for a wide variety of applications. Nb Nb = basic nominal speed of motor

➜ Gearbox characteristics ■ The second criterion concerns the required usable power output of the
motor. The rotational speed of the motor is given by :
Our gearboxes have been designed for optimum performance and for
maximum life under normal operating conditions.

Their main characteristic is the capacity to withstand maximum design

N = 1/2 (No + 3 No - 2 4P ) with A = /Cd
A 30No
torque with continuous duty.

The range of gearboxes shown in this catalogue can operate with N = speed of motor (rpm)
maximum torque of 0.5 to 6 N.m for long time periods. All values No = no-load speed of motor (rpm)
previously stated are for standard products in normal operating P = required output power (W)
Cd = start-up torque of motor (Nm)
conditions, as specified.
In certain cases, these values may be increased if a shorter life is
required.
This gives the equation : R = N1
N

Please consult our Sales Office for further information.

In order to avoid using numbers less than 1 where the reduction ratio is
Every gearbox has a torque limit, which is
concerned, the value 1/R is employed.
the breaking torque
Due to the fact that it is always a reduction gear and not a «multiplier»
If this torque is applied to the gearbox, it will cause severe damage.
gear, there should be no ambiguity concerning the number used.
➜ Gearbox construction Nb N
1/R = N1 or 1/R =
N1

Motor shaft

Gearwheels

D.C. Motor

Output shaft

Gearbox case Bearing

20
 1

21
 D.C. direct drive brushed motors

➜ Ø 32 mm 3.9 Watts

■ A range of small D.C. direct-drive brushed motors with

a case diameter of 32 mm and 3.9 Watts output power.
Available in either 12 or 24 V D.C. versions.
■ Sintered bronze bearings lubricated for life.
■ Connection by 2.8 mm push-on terminals.
■ Interference suppression fitted as standard.

Specifications
3.9 Watts 3.9 Watts with encoder 3.9 Watts 3.9 Watts with encoder
1 pulse/revolution 1 pulse/revolution

1 Type
Voltage
82 860 0
12 V
82 860 0
12 V
82 860 0
24 V
82 860 0
24 V
Part numbers 82 860 003 82 860 501 82 860 004 82 860 502
No-load characteristics
Speed of rotation (rpm) 5000 5000 5000 5000
Absorbed power (W) 1.2 1.2 1.92 1.92
Absorbed current (A) 0.1 0.1 0.08 0.08
Nominal characteristics
Speed (rpm) 3700 3700 3700 3700
Torque (mN.m) 7.7 7.7 7.7 7.7
Usable power (W) 3 3 3 3
Absorbed power (W) 6.2 6.2 6 6
Absorbed current (A) 0.43 0.43 0.26 0.26
Gearbox case temperature rise (°C) 50 50 50 50
Efficiency (%) 48 48 50 50
General characteristics
Insulation class (conforming to IEC B (130 °C) B (130 °C) B (130 °C) B (130 °C)
85)
Protection rating IP40 IP40 IP40 IP40
Max. output (W) 3.9 3.9 3.9 3.9
Start torque (mN.m) 30 30 30 30
Starting current (A) 1.5 1.5 0.76 0.76
Resistance (Ω) 8 8 32 32
Inductance (mH) 10 10 41.6 41.6
Torque constant (Nm/A) 0.0214 0.0214 0.0448 0.0448
Electrical time constant (ms) 1.3 1.3 1.3 1.3
Mechanical time constant (ms) 36 36 36 36
Thermal time constant (min) 8 8 8 8
Inertia (g.cm2 ) 19 19 19 19
Weight (g) 96 96 95 95
No of segments 3 3 3 3
Service life (h) 3000 3000 3000 3000
Sintered bronze bearings ✓ ✓ ✓ ✓

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

22
Curves
A - Nominal speed and torque curves
B - Torque/Current curves

82 860 0 82 860 0

A B
mN.m mN.m

24 V 12 V
30 30

20 20
12V-24V

10 10

1 A
0 0
0 1000 3000 5000 0 0.4 0.8 1.2 1.6
B RPM

Dimensions
82 860 0 1
2

44,6 max.
1

B 2 tags NFC 20 - 120 series 2.8 x 0.5 mm

C 3 holes at 120° on Ø 26 mm : use self tapping screws M2.2 ; screw depth max 6 mm

23
 D.C. direct drive brushed motors

➜ Ø 42 mm 10 to 17 Watts

■ A range of D.C. direct-drive brushed motors with a

case diameter of 42 mm and 10 to 17 W output power.
Available in either 12, 24 or 48V D.C. versions
■ Sintered bronze bearings lubricated for life
■ Supply connection by 4.75 mm tags
■ Replaceable brushes
■ Optional magnetic encoder

Specifications
10 Watts 10 Watts 17 Watts 17 Watts

1 Type
Voltage
82 810 0
12 V
82 810 0
24 V
82 800 0
12 V
82 800 0
24 V
Part numbers 82 810 017 82 810 018 82 800 036 82 800 037
No-load characteristics
Speed of rotation (rpm) 2850 2780 2960 2750
Absorbed power (W) 4.8 4.3 4.8 4.3
Absorbed current (A) 0.4 0.18 0.4 0.18
Nominal characteristics
Speed (rpm) 2000 2000 2000 2000
Torque (mN.m) 45 41.5 75 75
Usable power (W) 9.4 8.7 15.7 15.6
Absorbed power (W) 20.4 15.6 30 26.4
Absorbed current (A) 1.7 0.65 2.5 1.1
Gearbox case temperature rise (°C) 45 46 44 40
Efficiency (%) 46 55.7 52 59
General characteristics
Insulation class (conforming to IEC F (155 °C) F (155 °C) F (155 °C) F (155 °C)
85)
Protection (IEC 529) Housing IP20 IP20 IP20 IP20
Max. output (W) 10.3 9.5 16.3 17
Start torque (mN.m) 127 117 185 210
Starting current (A) 4 1.7 5.8 2.7
Resistance (Ω) 3.1 14.6 2 7.7
Inductance (mH) 2.5 10.7 1.8 6.9
Torque constant (Nm/A) 0.035 0.077 0.0342 0.0724
Electrical time constant (ms) 0.8 0.73 0.89 0.89
Mechanical time constant (ms) 19 17 18 16
Thermal time constant (min) 10 10 12 12
Inertia (g.cm2 ) 80 72 105 110
Weight (g) 310 310 400 400
No of segments 8 8 8 8
Service life (h) 3000 3000 3000 3000
Sintered bronze bearings ✓ ✓ ✓ ✓
Replaceable brushes (mm) ✓ ✓ ✓ ✓

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

24
Curves
A - Torque/Speed curves
B - Torque/Current curves

82 810 0 82 810 0 82 800 0 82 800 0

A B A B
mN.m
mN.m mN.m mN.m
12V 200 48V 24V
120 24V 200 12V
120 48V 24V - 48V
24V 150
150
80 80
48V 100
12V
100

40 40
50 50
12V
1 A 1 A
0 0 0 0
0 1000 2000 3000 0 1 2 3 4 0 1000 2000 3000 0 2 4 6
B RPM B RPM

Dimensions
82 810 0 1
69,8 max.

3
2

B 2 M3 at 180° depth 5 mm on Ø 32
C 2 holes x Ø 2.75 at 120° C depth 5 mm Ø 32
±0.05

D 2 tags IEC 760 series 4.8 x 0.5 mm

82 800 0

84,8 max.

3
2

B 2 M3 at 180° depth 5 mm on Ø 32
C 2 x Ø 2.75 at 120 ° depth 5 mm Ø 32
±0.05

D 2 tags IEC 760 series 4.8 x 0.5 mm

25
 D.C. direct drive brushed motors

➜ Ø 42 mm 14 to 31 Watts

■ A range of small D.C. direct-drive brushed motors with

a case diameter of 42 mm and between 14 and 31 W
output power. Available in either 12 or 24 V D.C.
versions.
■ Sintered bronze bearings lubricated for life
■ Replaceable brushes
■ Magnetic encoder option

Specifications
14 Watts 16 Watts 22 Watts 31 Watts

1 Type
Voltage
82 810 5
12 V
82 810 5
24 V
82 800 5
12 V
82 800 5
24 V
Part numbers 82 810 501 82 810 502 82 800 501 82 800 502
No-load characteristics
Speed of rotation (rpm) 3840 3860 3920 4010
Absorbed power (W) 12 11.28 9.96 12.24
Absorbed current (A) 1 0.47 0.83 0.51
Nominal characteristics
Speed (rpm) 2580 2750 2670 3070
Torque (mN.m) 45 45 70 70
Usable power (W) 12 13 20 22
Absorbed power (W) 31 32 37 41
Absorbed current (A) 2.6 1.32 3.05 1.71
Gearbox case temperature rise (°C) 32 33 38 40
Efficiency (%) 39 40.8 54 54
General characteristics
Insulation class (conforming to IEC F (155 °C) F (155 °C) F (155 °C) F (155 °C)
85)
Protection (IEC 529) Housing IP20 IP20 IP20 IP20
Max. output (W) 14 16 22 31
Start torque (mN.m) 138 156 219 298
Starting current (A) 6.2 3.4 9 6.16
Resistance (Ω) 1.94 7.06 1.33 3.9
Inductance (mH) 4.45 16.94 2.67 9.35
Torque constant (Nm/A) 0.0265 0.0532 0.0268 0.0527
Electrical time constant (ms) 2.3 2.4 2 2.4
Mechanical time constant (ms) 26 23 20 15
Thermal time constant (min) 8 8 12 12
Inertia (g.cm2 ) 80 72 105 110
Weight (g) 310 310 400 400
No of segments 8 8 8 8
Service life (h) 2000 2000 2000 2000
Sintered bronze bearings ✓ ✓ ✓ ✓
Replaceable brushes (mm) ✓ ✓ ✓ ✓

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

26
Curves
A - Torque/Speed curves
B - Torque/Current curves

82 810 5 82 810 5 82 800 5 82 800 5

A B A B
mN.m mN.m mN.m mN.m
200 160 300 350
140 24V
250 300
24V
150 120 250 24V
24V 12V
200
100
200
100 80 150 12V
12V 150
60 12V
100
40 100
50
50 50
20
1 A 1 A
0 0 0 0
0 1000 2000 3000 0 1 2 3 4 5 6 0 1000 2000 3000 0 1 2 3 4 5 6 7 8 9
B RPM B RPM

Dimensions
82 810 5 1
69,8 max.

3
2

B 2 M3 at 180° depth 5 mm on Ø 32
C 2 x Ø 2.75 at 120° depth 5 mm on Ø 32
D 2 tags IEC 760 series 4.8 x 0.5 mm
82 800 5

84,8 max.

3
2

B 2 M3 at 180° depth 5 mm on Ø 32
C 2 x Ø 2.75 at 120° depth 5 mm on Ø 32
D 2 tags IEC 760 series 4.8 x 0.5 mm

27
 D.C. direct drive brushed motors

➜ Ø 42 mm 22 to 52 Watts

■ A range of small D.C. direct-drive brushed motors with

a case diameter of 42 mm and between 22 and 52
Watts output power. Available in either 12 or 24 V D.C.
versions.
■ Sintered bronze bearings lubricated for life
■ Supply connection by 2 leads

Specifications
22 Watts 31 Watts 42 Watts 52 Watts

1 Type
Voltage
82 800 8
12 V
82 800 8
24 V
82 850 0
12 V
82 850 0
24 V
Part numbers 82 800 801 82 800 802 82 850 001 82 850 002
No-load characteristics
Speed of rotation (rpm) 3920 4010 4150 4050
Absorbed power (W) 9.96 12.24 7.32 7.44
Absorbed current (A) 0.83 0.51 0.61 0.31
Nominal characteristics
Speed (rpm) 2670 3070 3100 3200
Torque (mN.m) 70 70 100 100
Usable power (W) 20 22 32.5 33.5
Absorbed power (W) 37 41 51 52
Absorbed current (A) 3.05 1.71 4.25 2.15
Gearbox case temperature rise (°C) 38 40 63 54
Efficiency (%) 54 54 63 64
General characteristics
Insulation class (conforming to IEC F (155 °C) F (155 °C) F (155 °C) F (155 °C)
85)
Protection (IEC 529) Terminal IP20 IP20 IP20 IP20
Max. output (W) 22 31 42 52
Start torque (mN.m) 219 298 390 490
Starting current (A) 9 6.16 14.8 9.6
Resistance (Ω) 1.33 3.9 0.81 2.5
Inductance (mH) 2.67 9.35 0.7 2.5
Torque constant (Nm/A) 0.0268 0.0527 0.027 0.052
Electrical time constant (ms) 2 2.4 0.85 1
Mechanical time constant (ms) 20 15 16 13
Thermal time constant (min) 12 12 26 21
Inertia (g.cm2 ) 105 110 140 140
Weight (g) 400 400 640 640
No of segments 8 8 8 8
Service life (h) 3000 3000 3000 3000
Sintered bronze bearings ✓ ✓ ✓ ✓
Wires length (mm) 200 200 200 200

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

28
Curves
A - Torque/Speed curves
B - Torque/Current curves

82 800 8 82 800 8 82 850 0 82 850 0

A B A B
mN.m mN.m mN.m
300 350 mN.m
24V
250 300 500 500
24 V
250 24V
24 V
200
200
150 12V
150 250 250
100 12V 12 V
100 12 V
50 50 1 A
1 A 0 0
0 0
0 1000 2000 3000 0 1 2 3 4 5 6 7 8 9 0 2000 4000 0 8 16
B RPM B RPM

Dimensions
82 800 8 1

3
1

4
2

B 2 holes M3 x 0.5 at 180° depth 5 on Ø 32

C 2 holes 2.75 ±0.05 at 120° depth 5 mm on Ø 32
D 2 holes M3 x 0.5 at 180 ° depth 5.5 on Ø 32
E 2 holes M3 x 0.5 at 120 ° depth 5.5 on Ø 32
82 850 0

1
3

2
4

B 2 holes M3 x 0.5 at 180 ° depth 5 mm on Ø 32

C 2 holes 2.75 ± 0.05 at 120 ° depth 5 mm on Ø 32
D 2 holes M3 x 0.5 at 180 ° depth 5.5 mm on Ø 32
E 2 holes M3 x 0.5 at 120 ° depth 5.5 mm on Ø 32

29
 D.C. direct drive brushed motors

➜ Ø 63 mm 33 to 67Watts

■ A range of D.C. direct-drive brushed motors with a

case diameter of 63 mm and 33 to 67 W output power.
Available in either 12, 24 or 48V D.C. versions.
■ Ball bearings on output shaft
■ Supply connection by 2 leads

Specifications
33 watts 33 Watts 67 Watts 67 Watts

1 Type
Voltage
82 830 0
12 V
82 830 0
24 V
82 830 5
12 V
82 830 5
24 V
Part numbers 82 830 009 82 830 010 82 830 501 82 830 502
No-load characteristics
Speed of rotation (rpm) 2100 2100 3400 3660
Absorbed power (W) 4.8 4.8 12.6 12
Absorbed current (A) 0.4 0.2 1.05 0.5
Nominal characteristics
Speed (rpm) 1500 1500 2630 2770
Torque (mN.m) 172 172 170 170
Usable power (W) 27 27 47 50
Absorbed power (W) 43 45 72 72
Absorbed current (A) 3.6 1.9 6 3
Gearbox case temperature rise (°C) 50 50 46 50
Efficiency (%) 62 60 65 69.4
General characteristics
Insulation class (conforming to IEC F (155 °C) F (155 °C) F (155 °C) F (155 °C)
85)
Protection (IEC 529) Terminal IP20 IP20 IP20 IP20
Max. output (W) 33 33 67 67
Start torque (mN.m) 600 600 750 700
Starting current (A) 12 6.2 23.1 11.8
Resistance (Ω) 1 3.9 0.52 2.03
Inductance (mH) 1.4 6.4 1.19 4.68
Torque constant (Nm/A) 0.0517 0.1 0.034 0.0619
Electrical time constant (ms) 1.4 1.64 2.3 2.3
Mechanical time constant (ms) 19 19 33 33
Thermal time constant (min) 37 37 20 18
Inertia (g.cm2 ) 514 492 520 500
Weight (g) 840 840 840 840
No of segments 12 12 12 12
Service life (h) 5000 5000 4000 4000
Ball bearings ✓ ✓ ✓ ✓
Wires length (mm) 200 200 200 200

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

30
Curves
A - Torque/Speed curves
B - Torque/Current curves

82 830 0 82 830 0 82 830 5 82 830 5

A B A B
mN.m mN.m mN.m mN.m
800 800
48V 24V 12V 12V
600 600 700 700
24V
600 600
12V
500 24V 500
400 400
12V - 24V - 48V 400 400
300 300
200 200 200 200
100 100
1 A 1 A
0 0 0 0
0 500 1000 1500 2000 0 3 6 9 12 0 1000 2000 3000 0 3 6 9 12 15 18 21
B RPM B RPM

Dimensions
82 830 0 1

3
2

B 4 holes Ø 3.65 at 90° on Ø 48

±0.05

C 4 holes M5 on Ø 40 depth 7 mm
D 4 holes M5 on Ø 40 depth 7 mm

31
 D.C. direct drive brushed motors

➜ Ø 63 mm 194 to 255 Watts

■ A range of D.C. direct-drive brushed motors with a

case diameter of 63 mm and between 194 and 255
Watts output power. Available in either 24 or 48V D.C.
versions
■ Ball bearings on output shaft
■ Supply connection by 2 leads

Specifications
194 Watts 255 Watts

1 Type
Voltage
82 890 0
24 V
82 890 0
48 V
Part numbers 82 890 001 82 890 002
No-load characteristics
Speed of rotation (rpm) 3700 3750
Absorbed power (W) 10.8 9.6
Absorbed current (A) 0.45 0.2
Nominal characteristics
Speed (rpm) 3200 3360
Torque (mN.m) 270 270
Usable power (W) 90 95
Absorbed power (W) 120 118
Absorbed current (A) 5.00 2.45
Gearbox case temperature rise (°C) 50 50
Efficiency (%) 75 80
General characteristics
Insulation class (conforming to IEC 85) F (155 °C) F (155 °C)
Protection (IEC 529) Terminal IP20 IP20
Max. output (W) 194 255
Start torque (mN.m) 2000 2600
Starting current (A) 34.1 21.7
Resistance (Ω) 0.7 2.2
Inductance (mH) 1.05 4.62
Torque constant (Nm/A) 0.059 0.12
Electrical time constant (ms) 1.5 2.1
Mechanical time constant (ms) 16 12
Thermal time constant (min) 41 36
Inertia (g.cm2 ) 795 795
Weight (g) 1580 1580
No of segments 12 12
Service life (h) 5000 5000
Ball bearings ✓ ✓
Wires length (mm) 200 200

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Optional encoder
■ Special mounting plate
■ Customised electronics
■ Special connectors

To order, see page 13

32
Curves
A - Torque/Speed curves
B - Torque/Current curves

82 890 0 82 890 0

A B
mN.m mN.m

2000
2000 48 V

48 V
24 V

1000
1000
24 V

1 A
0 0
0 2000 4000 0 20 40
B RPM

Dimensions
82 890 0 1
1

2 3

B 4 holes Ø 3.65 ±0.05 at 90° on Ø 48

C 4 holes M5 on Ø 40 depth 7 mm
D 4 holes M5 on Ø 40 depth 7 mm

33
 D.C. geared motors with brushes

➜ 0.5 Nm 3.9 Watts

■ A range of D.C. geared motors with sintered metal

gears. Mechanical rating of gearbox with output shaft
stalled : 0.5 Nm.
■ 3.9 Watt motor power
■ Available in either 12 or 24 V D.C. versions.
■ Gearbox ratios options for 1.5 to 441 rpm.
■ Options with magnetic encoder.

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 862 0/2
12 V
82 862 0/2
24 V
Output speed (rpm) Ratios (i)
441 9.76 82 862 001 82 862 004
141 30.6 82 862 002 82 862 005
45 95.4 82 862 003 82 862 006
14 298 82 862 201 82 862 204
5 931 82 862 202 82 862 205
1.5 2910 82 862 203 82 862 206
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 012 0 / 81 012 2 81 012 0 / 81 012 2
Maximum permitted torque from gearmotor under continuous conditions (for 1 millions turns) 0.5 0.5
N.m
Axial load static (daN) 1 1
Radial load static (daN) 8 8
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 160 / 170 160 / 170

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

34
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m

10000

82 862 0
1000
500

100

1
10
1 10 100 1000

B RPM

Dimensions 1
82 862 0

24,3

3 68,1 2
4

B 4 mm across flats
C (shaft pushed-in ← )
D 2 tags NFC 20-120 series 2.8 x 0.5 mm
E 3 holes M3 depth 4.5 mm
82 862 2

35,1

3 78,9 2
4

B 4 mm across flats
C (shaft pushed-in ← )
D 2 tags NFC 20-120 series 2.8 x 0.5 mm
E 3 holes M3 depth 4.5 mm

35
 D.C. geared motors with brushes

➜ 0.5 Nm 3.9 Watts

■ A range of D.C. geared motors with ovoid gearbox.

Mechanical rating of gearbox with output shaft
stalled : 0.5 Nm.
■ 3.9 Watt motor versions.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 0.36 to 430 rpm.

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 861 0
12 V
82 861 0
24 V
Standard speed (rpm) 4300 4300
Output speed (rpm) Ratios (i)
430 10 82 861 006 82 861 015
215 20 82 861 007 82 861 016
179 24 ● ●
143 30 82 861 008 82 861 017
108 40 82 861 009 82 861 018
90 48 ● ●
54 80 82 861 010 82 861 019
49 90 ● ●
29 150 ● ●
22 200 82 861 011 82 861 020
11 375 82 861 012 82 861 021
8.6 500 82 861 013 82 861 022
5.8 750 ● ●
3.6 1200 82 861 014 82 861 023
1.8 2400 ● ●
0.80 5400 ● ●
0.36 12000 ● ●
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 021 0 81 021 0
Maximum permitted torque from gearmotor under continuous conditions (for 1 millions turns) 0.5 0.5
Nm
Axial load static (daN) 1 1
Radial load static (daN) 8 8
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 160 160

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

36
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m
3000

1000
500
300

100

30
1
10
1 23 10 2030 100 200300

B RPM

Dimensions 1
82 861 0

61,3 max.

1 2

B 2 fixing holes Ø 3.2

C 2 tags NFC 20-120 series 2.8 x 0.5 mm
D (shaft pushed-in ← )
E 3.5 mm across flats

Options
Shaft 70 999 421 Shaft 79 200 779 Shaft 79 200 967
SP1295.10
1 1 1
2

B (shaft pushed-in ← ) B (shaft pushed-in ← ) B (shaft pushed-in ← )

C 5 across flat

37
 D.C. geared motors with brushes

➜ 1.2 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears

Mechanical rating of gearbox with output shaft
stalled : 1.2 Nm
■ 10 and 17 Watt motor power
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 20 to 100 rpm

Specifications
17 Watts 17 Watts 10 Watts 10 watts

1 Type
Voltage
82 802 0
12 V
82 802 0
24 V
82 812 0
12 V
82 812 0
24 V
Output speed Ratios (i)
(rpm)
100 26 ● ● ● ●
80 32.5 ● ● ● ●
60 130/3 ● ● ● ●
38 67.6 ● ● ● ●
30 598/7 ● ● ● ●
20 130 ● ● ● ●
General characteristics
Motor 82 800 0 82 800 0 82 810 0 82 810 0
Gearbox 81 032 1 81 032 1 81 032 1 81 032 1
Maximum permitted torque from 1.2 1.2 1.2 1.2
gearmotor under continuous
conditions for 10 millions turns (Nm)
Axial load dynamic (daN) 3.5 3.5 3.5 3.5
Radial load dynamic (daN) 5 5 5 5
Max. output (W) 16.3 17 10.3 9.5
Nominal output (W) 15.7 15.6 9.4 8.7
Gearbox case temperature rise (°C) 44 40 45 46
Weight (g) 670 670 670 670

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

38
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves Nominal speed and torque curves
82 802 0 82 812 0
mN.m mN.m
10000 10000

12V
3000 3000

1000 1000
24V-48V

300 300

1
1
100 100
3 10 20 30 100 200 300 3 10 20 30 100 200 300

B RPM B RPM
1
Dimensions
82 802 0

1 126 mm

2 5

B 4 holes M4 depth 7.5 mm

C 3 holes M5 at 120° depth 7.5 mm
D 2 tags IEC 760 series 4.8 x 0.5 mm
E 7 mm across flats
F (shaft pushed-in ← )
82 812 0

25,3 25,3
1 111 mm
19,85 19,85 1,85
Ø8 -0,015

4
81,6 max.

-0
85 max.

Ø12
39,7
29,1
14,5

7
1,6
27,25
21,5

3 15
25,1 25,1 26,9 max.
2
64,1 max. 5

B 8 holes M4 depth 7.5 mm

C 3 holes M5 at 120° depth 7.5 mm
D 2 tags IEC 760 series 4.8 x 0.5 mm
E 7 mm across flats
F (shaft pushed-in ← )

39
 D.C. geared motors with brushes

➜ 2 Nm 3.9 Watts

■ A range of D.C. geared motors with ovoid gearbox.

Mechanical rating of gearbox with output shaft
stalled : 2 Nm.
■ 3.9 Watt motor versions.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 0.36 to 430 rpm.
■ Alternative shaft options.

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 869 0
12 V
82 869 0
24 V
Output speed (rpm) Ratios (i)
108 40 82 869 001 82 869 011
54 80 82 869 006 82 869 012
27 160 82 869 007 82 869 013
13 320 82 869 008 82 869 014
7.2 600 82 869 009 82 869 015
5.4 800 ● ●
2.9 1500 82 869 010 82 869 016
0.90 4800 ● ●
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 033 0 81 033 0
Maximum permitted torque from gearmotor under continuous conditions for 1 millions turns (Nm) 2 2
Axial load static (daN) 1 1
Radial load static (daN) 10 10
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 240 240

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

40
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m

3000
2000
1000

300

100

30
1
10
0 1 23 10 2030 100
B RPM

Dimensions
82 869 0 1
4

1
5

2 3
79,6 max.

B 2 fixing holes Ø 3.2

C 3 bosses Ø 7.2 at 120° on R=19.5 with 3 M3 holes
D 2 tags NFC 20-120 series 2.8 x 0.5 mm
E (shaft pushed-in ← )
F 5 mm across flats

Options
Shaft 79 202 573

B (shaft pushed-in ← )
C 5 across flat

41
 D.C. geared motors with brushes

➜ 2 Nm 3.9 Watts

■ A range of D.C. geared motors with metal gearbox.

Mechanical rating of gearbox with output shaft
stalled : 2 Nm.
■ 3.9 Watt motor power.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 99 to 662 rpm.

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 863 0
12 V
82 863 0
24 V
Output speed (rpm) Ratios (i)
662 13/2 ● ●
498 855/99 ● ●
266 728/45 ● ●
198 65/3 ● ●
170 455/18 ● ●
132 32.5 ● ●
99 130/3 ● ●
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 043 0 81 043 0
Maximum permitted torque from gearmotor under continuous conditions (for 1 millions turns) (Nm) 2 2
Axial load dynamic (daN) 2 2
Radial load dynamic (daN) 2 2
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 285 285

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

42
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m
5000

2000
1000
500

200
100
50

20 1
1 2 5 10 20 50 100 200 500
B RPM

Dimensions 1
82 863 0

65,8 max. 3

B 2 tags NFC 20-120 series 2.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )

Options
Shaft 79 261 300 Shaft 79 261 309

1 1

B (shaft pushed-in ← ) B (shaft pushed-in ← )

43
 D.C. geared motors with brushes

➜ 2 Nm 3.9 Watts

■ A range of D.C. geared motors with metal gearbox.

Mechanical rating of gearbox with output shaft
stalled : 2 Nm.
■ 3.9 Watt motor versions.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 2 to 66 rpm.

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 864 0
12 V
82 864 0
24 V
Output speed (rpm) Ratios (i)
66 65 ● ●
40 325/3 ● ●
26 162.5 ● ●
13 325 ● ●
7 650 ● ●
2 2600 ● ●
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 044 0 81 044 0
Maximum permitted torque from gearmotor under continuous conditions (for 1 millions turns) (Nm) 2 2
Axial load dynamic (daN) 2 2
Radial load dynamic (daN) 2 2
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 355 355

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

44
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m
5000

2000
1000
500

200
100
50

20 1
1 2 5 10 20 50 100 200 500
B RPM
1
Dimensions
82 864 0

65,8 max. 3

B 2 tags NFC 20-120 series 2.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )

Options
Shaft 79 261 300 Shaft 79 261 309 Shaft 79 261 314

1 1 1

2 2

B (shaft pushed-in ← ) B (shaft pushed-in ← ) B (shaft pushed-in ← )

C 7 across flat

45
 D.C. geared motors with brushes

➜ 2 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears

Mechanical rating of gearbox with output shaft
stalled : 1.2 Nm
■ 10 and 17 Watt motor power
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 60 to 400 rpm

Specifications
17 Watts 17 Watts 10 Watts 10 Watts

1 Type
Voltage
80 803 0
12 V
80 803 0
24 V
80 813 0
12 V
80 813 0
24 V
Output speed Ratios (i)
(rpm)
400 13/2 ● ● ● ●
301 855/99 ● ● ● ●
161 728/45 80 803 005 80 803 008 ● ●
120 65/3 ● ● ● ●
103 455/18 ● ● ● ●
80 32.5 80 803 006 80 803 009 ● ●
60 130/3 80 803 007 80 803 010 ● ●
General characteristics
Motor 82 800 0 82 800 0 82 810 0 82 810 0
Gearbox 81 043 0 81 043 0 81 043 0 81 043 0
Maximum permitted torque from 2 2 2 2
gearmotor under continuous
conditions for 1 millions turns Nm
Axial load dynamic (daN) 2 2 2 2
Radial load dynamic (daN) 2 2 2 2
Max. output (W) 16.3 17 10.3 9.5
Nominal output (W) 15.7 15.6 9.4 8.7
Gearbox case temperature rise (°C) 44 40 45 46
Weight (g) 600 600 500 500

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

46
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 80 803 0 Nominal speed and torque curves 80 813 0
mN.m
mN.m
2000 2000
1500
1500
1000
1000
800
800
600
600
500
500
400
400
300
300
200
200 1
1
50 60 80100 150 200 300
50 60 80 100 150 200 300
B RPM B RPM
1
Dimensions
80 803 0

98,4 max.
3
1

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )
80 813 0

83,4 max.
3
1

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )

Options
Shaft 79 261 300 Shaft 79 261 309

1 1

B (shaft pushed-in ← ) B (shaft pushed-in ← )

47
 D.C. geared motors with brushes

➜ 2 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 2 Nm.
■ 10 and 17 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 1 to 40 rpm.

Specifications
17 Watts 17 Watts 10 Watts 10 Watts

1 Type
Voltage
80 804 0
12 V
80 804 0
24 V
80 814 0
12 V
80 814 0
24 V
Output speed Ratios (i)
(rpm)
40 65 ● ● ● ●
24 325/3 80 804 006 80 804 009 ● ●
16 162.5 ● ● ● ●
8 325 80 804 007 80 804 010 ● ●
4 650 80 804 008 80 804 011 ● ●
1 2600 ● ● ● ●
General characteristics
Motor 82 800 0 82 800 0 82 810 0 82 810 0
Gearbox 81 044 0 81 044 0 81 044 0 81 044 0
Maximum permitted torque from 2 2 2 2
gearmotor under continuous
conditions for 1 millions turns Nm
Axial load dynamic (daN) 2 2 2 2
Radial load dynamic (daN) 2 2 2 2
Max. output (W) 16.3 17 10.3 9.5
Nominal output (W) 15.7 15.6 9.3 8.7
Gearbox case temperature rise (°C) 44 40 45 46
Weight (g) 670 670 570 570

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

48
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 80 804 0 Nominal speed and torque curves 80 814 0

mN.m mN.m
100 000 100 000

30 000 30 000

10 000 10 000

3 000 3 000 1
1

2 3 5 10 20 40 2 3 5 10 20 40
B RPM B RPM
1
Dimensions
80 804 0

98,4 max.
1 3

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )
80 814 0

83,4 max.
1 3

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in)

Options
Shaft 79 261 300 Shaft 79 261 309 Shaft 79 261 314

1 1 1

2 2

B (shaft pushed-in ← ) B (shaft pushed-in ← ) B (shaft pushed-in ← )

C 7 across flat

49
 D.C. geared motors with brushes

➜ 5 Nm 3.9 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 5 Nm.
■ 3.9 Watt motor versions.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 1.7 to 344 rpm.
■ Interference suppression on standard products

Specifications
3.9 Watts 3.9 Watts

1 Type
Voltage
82 867 0
12 V
82 867 0
24 V
Output speed (rpm) Ratios (i)
344 12.5 82 867 001 82 867 007
258 50/3 ● ●
172 25 82 867 002 82 867 008
103 125/3 82 867 003 82 867 009
69 62.5 82 867 004 82 867 010
34 125 82 867 005 82 867 011
17 250 ● ●
8.6 500 82 867 006 82 867 012
1.72 2500 ● ●
General characteristics
Motor 82 860 0 82 860 0
Gearbox 81 037 0 81 037 0
Maximum permitted torque from gearmotor under continuous conditions (for 1 millions turns) 5 5
N.m
Axial load dynamic (daN) 2 2
Radial load dynamic (daN) 3 3
Max. output (W) 3.9 3.9
Nominal output (W) 3 3
Gearbox case temperature rise (°C) 50 50
Weight (g) 465 465

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

50
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 82 867 0

mN.m
10000
5000

2000
1000
500

200
100
50

20
1

1 2 5 10 20 50 100 200 500

B RPM
1
Dimensions
82 867 0

79,8 max.

1 4

B 4 fixing holes Ø M4 x 12 mm
C 2 tags NFC 20-120 series 2.8 x 0.5 mm
D 7 mm ±0.1 across flats
E (shaft pushed-in ← )

Options
Shaft 79 206 478

B (shaft pushed-in ← )

51
 D.C. geared motors with brushes

➜ 5 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 5 Nm.
■ 10 and 17 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 10.5 to 616 rpm.

Specifications
17 Watts 17 Watts 10 Watts 10 Watts

1 Type
Voltage
80 805 0
12 V
80 805 0
24 V
80 815 0
12 V
80 815 0
24 V
Standard speed (rpm) 2600 rpm 2600 rpm 2600 rpm 2600 rpm
Output speed Ratios (i)
(rpm)
616 4.22 ● ● ● ●
385 6.75 ● ● ● ●
339.5 7.66 ● ● ● ●
212 12.25 ● ● ● ●
170 15.31 ● ● ● ●
106 24.5 ● ● ● ●
68 38.28 ● ● ● ●
53 49 ● ● ● ●
42.5 61.25 ● ● ● ●
21 122.5 ● ● ● ●
10.5 245 ● ● ● ●
General characteristics
Motor 82 800 0 82 800 0 82 810 0 82 810 0
Gearbox 81 035 0 81 035 0 81 035 0 81 035 0
Maximum permitted torque from 5 5 5 5
gearmotor under continuous
conditions (N.m)
Axial load dynamic (daN) 6 6 6 6
Radial load dynamic (daN) 6 6 6 6
Max. output (W) 16.3 17 10.3 9.5
Nominal output (W) 15.7 15.6 9.4 8.7
Gearbox case temperature rise (°C) 44 40 45 46
Weight (g) 920 920 820 820

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

52
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 80 805 0 Nominal speed and torque curves 80 815 0

mN.m mN.m

5000 5000

1000 1000

1 1
100 100
1 2 5 10 100 500 1 2 5 10 100 500

B RPM B RPM
1
Dimensions
80 805 0

1 2 3

128,5 max.
4

B 4 fixing holes Ø 4.2

C 2 tags IEC 760 series 4.8 x 0.5 mm
D 7 mm ±0.1 across flats
E (shaft pushed-in ← )
80 815 0

1 2 3

113,5 max.
4

B 4 fixing holes Ø 4.2

C 2 tags IEC 760 series 4.8 x 0.5 mm
D 7 mm ±0.1 across flats
E (shaft pushed-in ← )

Options
Gearbox shaft 79 290 064

B (shaft pushed-in ← )

53
 D.C. geared motors with brushes

➜ 5 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 5 Nm.
■ 10 and 17 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 1 to 208 rpm.

Specifications
17 Watts 17 Watts 10 watts 10 Watts

1 Type
Voltage
80 807 0
12 V
80 807 0
24 V
80 817 0
12 V
80 817 0
24 V
Output speed Ratios (i)
(rpm)
208 12.5 80 807 012 80 807 018 ● ●
156 50/3 ● ● ● ●
104 25 80 807 013 80 807 019 ● ●
62 125/3 80 807 014 80 807 020 ● ●
42 62.5 80 807 015 80 807 021 ● ●
21 125 80 807 016 80 807 001 ● ●
10 250 ● ● ● ●
5.20 500 80 807 017 80 807 022 ● ●
1.04 2500 ● ● ● ●
General characteristics
Motor 82 800 0 82 800 0 82 810 0 82 810 0
Gearbox 81 037 0 81 037 0 81 037 0 81 037 0
Maximum permitted torque from 5 5 5 5
gearmotor under continuous
conditions for 1 millions turns (Nm)
Axial load dynamic (daN) 2 2 2 2
Radial load dynamic (daN) 3 3 3 3
Max. output (W) 16.3 17 10.3 9.5
Nominal output (W) 15.7 15.6 9.4 8.7
Gearbox case temperature rise (°C) 44 40 45 46
Weight (g) 800 800 710 710

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

54
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 80 807 0 Nominal speed and torque curves 80 817 0

mN.m mN.m
30000 30000

10000 10000 12V

3000 3000
24V-48V

1000 1000

300 300

1 1
100 100
1 2 3 10 20 30 100 200 300 1 2 3 10 20 30 100 200300

B RPM B RPM 1
Dimensions
80 807 0

2
1

121 max.
3

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )
80 817 0

2
1

106 max.
3

B 2 tags IEC 760 series 4.8 x 0.5 mm

C 7 mm across flats
D (shaft pushed-in ← )

Options
Gearbox shaft 79 206 478

B (shaft pushed-in ← )

55
 D.C. geared motors with brushes

➜ 5 Nm 33 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 5 Nm.
■ 33 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 7.4 to 426 rpm.

Specifications
33 Watts 33 Watts

1 Type
Voltage
80 835 0
12 V
80 835 0
24 V
Standard speed (rpm) 1800 rpm 1800 rpm
Output speed (rpm) Ratios (i)
426 4.22 ● ●
266 6.75 80 835 012 80 835 009
235 7.66 ● ●
147 12.25 80 835 013 80 835 004
118 15.31 ● ●
73 24.5 80 835 014 80 835 002
47 38.28 80 835 015 80 835 003
37 49 ● ●
29.4 61.25 80 835 016 80 835 008
14.7 122.5 80 835 017 80 835 006
7.4 245 80 835 018 80 835 005
General characteristics
Motor 82 830 0 82 830 0
Gearbox 81 035 0 81 035 0
Maximum permitted torque from gearmotor under continuous conditions (N.m) 5 5
Axial load dynamic (daN) 6 6
Radial load dynamic (daN) 6 6
Max. output (W) 33 33
Nominal output (W) 27 27
Gearbox case temperature rise (°C) 50 50
Weight (g) 1540 1540

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

56
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m

5000

1000

1
100
1 2 5 10 100 500
B RPM
1
Dimensions
80 835 0

B 4 fixing holes Ø 4.2

C Lead length 200 mm ±10
D 7 mm across flats
E (shaft pushed-in ← )

Options
Gearbox shaft 79 290 064

B (shaft pushed-in ← )

57
 D.C. geared motors with brushes

➜ 5 Nm 42 to 52 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft stalled :
5 Nm.
■ 40 to 52 Watt motor versions.
■ Available in either 12 or 24 V D.C.
■ Gearbox ratios options for 13.8 to 805 rpm.

Specifications
42 Watts 52 Watts

1 Type
Voltages
80 855 0
12 V
80 855 0
24 V
Standard speed (rpm) 3400 rpm 3400 rpm
Output speed (rpm) Ratios (i)
805 4.22 ● ●
503 6.75 ● ●
444 7.66 ● ●
277 12.25 ● ●
222 15.31 ● ●
139 24.5 ● ●
89 38.28 ● ●
69 49 ● ●
55 61.25 ● ●
28 122.5 ● ●
13.8 245 ● ●
General characteristics
Motor 82 850 0 82 850 0
Gearbox 81 035 0 81 035 0
Maximum permitted torque from gearmotor under continuous conditions (2.5 million revolution) 5 5
(N.m)
Axial load dynamic (daN) 6 6
Radial load dynamic (daN) 6 6
Max. output (W) 42 52
Nominal output (W) 32 32
Gearbox case temperature rise (°C) 45 45
Weight (g) 985 985

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

58
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN. m

5000

1000

1
100
1 2 5 10 100

B RPM 1
Dimensions

B 4 fixing holes Ø 4.2

C 7 mm ±0.1 across flats
D 2 holes M3 x 0.5 at 180° depth 4 on Ø 32
E 2 holes 2.5 ±0.5 at 120° depth 4.5 on Ø 32

59
 D.C. geared motors with brushes

➜ 6 Nm 10 and 17 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 6 Nm.
■ 10 and 17 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 4 to 12 rpm.

Specifications
10 Watts 10 Watts 17 Watts 17 Watts

1 Type
Voltage
82 812 5
12 V
82 812 5
24 V
82 802 5
12 V
82 802 5
24 V
Standard speed (rpm) 2600 2600 2600 2600
Output speed Ratios (i)
(rpm)
12 650/3 ● ● ● ●
8 338 ● ● ● ●
4 650 ● ● ● ●
General characteristics
Motor 82 810 0 82 810 0 82 800 0 82 800 0
Gearbox 81 032 6 81 032 6 81 032 6 81 032 6
Maximum permitted torque from 6 6 6 6
gearmotor under continuous
conditions for 10 millions turns (Nm)
Axial load dynamic (daN) 3.5 3.5 3.5 3.5
Radial load dynamic (daN) 5 5 5 5
Max. output (W) 10.3 9.5 16.3 17
Nominal output (W) 9.4 8.7 15.7 15.6
Gearbox case temperature rise (°C) 45 46 44 40
Weight (g) 880 880 880 880

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

60
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves 82 812 5 Nominal speed and torque curves 82 802 5

mN.m mN.m

30000 30000

12V
10000 10000

3000 24V-48V 3000

1 1
1000 1000
1 2 3 10 20 30 100 1 2 3 10 20 30 100

B RPM B RPM 1
Dimensions
82 812 5

1 3 130 max.
2

B 8 holes M4 depth 7.5 mm

C 3 holes M5 at 120° depth 7.5 mm
D 2 tags IEC 760 series 4.8 x 0.5 mm
E 7 mm across flats
F (shaft pushed-in ← )
82 802 5

1 3 144,5 max.
2

B 8 holes M4 depth 7.5 mm

C 3 holes M5 at 120° depth 7.5 mm
D 2 tags IEC 760 series 4.8 x 0.5 mm
E 7 mm across flats
F (shaft pushed-in ← )

61
 D.C. geared motors with brushes

➜ 6 Nm 33 Watts

■ A range of D.C. geared motors with solid metal gears.

Mechanical rating of gearbox with output shaft
stalled : 6 Nm.
■ 33 Watt motor power.
■ Available in either 12, 24 or 48 V D.C.
■ Gearbox ratios options for 5 to 14 rpm.

Specifications
33 Watts 33 Watts

1 Type
Voltages
82 832 5
12 V
82 832 5
24 V
Output speed (rpm) Ratios (i)
14 130 ● ●
8 650/3 ● ●
5 338 ● ●
General characteristics
Motor 82 830 0 82 830 0
Gearbox 81 032 6 81 032 6
Maximum permitted torque from gearmotor under continuous conditions for 10 millions turns (Nm) 6 6
Axial load dynamic (daN) 3.5 3.5
Radial load dynamic (daN) 5 5
Max. output (W) 33 33
Nominal output (W) 27 27
Gearbox case temperature rise (°C) 50 50
Weight (g) 1400 1400

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

62
Curves
The shaded zone represents the operating range of the geared motor.
The horizontal line marks the maximum torque available in continuous duty cycle for a given life.
For higher torque ratings, service life will be reduced.

Nominal speed and torque curves

mN.m

30000

10000

3000

1
1000
1 2 3 10 20 30 100

B RPM 1
Dimensions
82 832 5

2
1

6 5
3

B 3 holes M5 at 120° depth 7.5 mm

C 8 holes M4 depth 7.5 mm
D Lead length 200 mm
E 7 mm across flats
F 4 holes M5 on Ø 40 depth 7 mm
G (shaft pushed-in ← )

63
 D.C. geared motors with brushes

➜ 15 Nm 22 to 42 Watts

■ Gearbox torque rating : 0.8 to 25 Nm.

■ Associated DC motors : 15 to 90 watts.
■ DC planetary geared motors with brushes
■ Speed range : 11 to 454 rpm.

Specifications
22 Watts 42 Watts

1 Type
Voltages
80 809 2
12 V or 24 V
80 859 3
12 V or 24 V
Number of stages Speed (rpm) Ratios
1 454 6.75 ●
477 6.75 ●
2 122 25.0 ●
128 25.0 ●
69 46 ●
70 46 ●
3 33 93 ●
34 93 ●
20 169 ●
19 169 ●
12 308 ●
11 308 ●
General characteristics
Motor 82 800 5 82 850 0
Gearbox 81 049 2 81 049 3
Max. torque Nm 0.8 (1 stage) 3 (1 stage)
2 (2 stages) 7.5 (2 stages)
4 (3 stages) 15 (3 stages)
Efficiency (%) 0.75 (1 stage) 0.8 (1 stage)
0.7 (2 stages) 0.75 (2 stages)
0.65 (3 stages) 0.7 (3 stages)
Radial load (dynamic) daN 1.5 (1 stage) 16 (1 stage)
3 (2 stages) 23 (2 stages)
4.5 (3 stages) 30 (3 stages)
Axial load dynamic (daN) 0.5 (1 stage) 5 (1 stage)
1 (2 stages) 8 (2 stages)
1.5 (3 stages) 11 (3 stages)
Output ball bearing No Yes
Sintered bronze output bearing Yes No

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

64
Curves
80 809 2 80 859 3

N.m N.m
100 100

10 10

1 1

1 1
0,1 0,1
1 10 100 1000 1 10 100 1000

B RPM B RPM

Dimensions
80 809 2

4
19,8
11,5 2
25
1
Ø 42

0,5 2,8 1
3
+

50 ± 0,2
Ø 42

Ø8
Ø 25h10

6,9 14,3 13
2
L1

B Key 3 x 3 x 16
C 4 M4 x 10 on Ø 36
D 4 holes for M3 self-tapping screws on Ø32, depth 10
E 2 tags 4.75

L1 1 stage : 134 mm
L1 2 stages : 147 mm
L1 3 stages : 160 mm
80 859 3
Ø 42,21 max.

25
1
2
-0,01
Ø 22 -0,05

± 10
-0,01
Ø 12,7 -0,05

2,8 3 2
200

26
90
Ø8
Ø 25h10

± 10
2,5 L1
3
5
4

B Key 3 x 3 x 16
C 2 M3 x 0.5 at 180° depth 5.5 on Ø32
D 2 M3 x 0.5 at 120° depth 5.5 on Ø32
E 4 M4 x 10 on Ø36
F 4 M3 x 10 on Ø32

L1 1 stage : 162 mm
L1 2 stages : 175 mm
L1 3 stages : 188 mm

65
 D.C. geared motors with brushes

➜ 25 Nm 67 to 195 Watts

■ Gearbox torque rating : 0.8 to 25 Nm.

■ Associated DC motors : 15 to 90 watts.
■ DC planetary geared motors with brushes
■ Speed range : 11 to 454 rpm.

Specifications
67 Watts 195 Watts

1 Type
Voltages
80 839 4
12 V or 24 V
80 899 5
24 V
Number of stages Speed (rpm) Ratios
1 410 6.75 ●
474 6.75 ●
2 110 25.0 ●
128 25.0 ●
62 46 ●
70 46 ●
3 30 93 ●
34 93 ●
18 169 ●
19 169 ●
11 308 ●
11 308 ●
General characteristics
Motor 82 830 5 82 890 0
Gearbox 81 049 4 82 849 5
Max. torque Nm 2 (1 stage) 4 (1 stage)
5 (2 stages) 12 (2 stages)
10 (3 stages) 25 (3 stages)
Efficiency (%) 0.75 (1 stage) 0.8 (1 stage)
0.7 (2 stages) 0.75 (2 stages)
0.65 (3 stages) 0.7 (3 stages)
Radial load (dynamic) daN 20 (1 stage) 20 (1 stage)
32 (2 stages) 32 (2 stages)
45 (3 stages) 45 (3 stages)
Axial load dynamic (daN) 6 (1 stage) 6 (1 stage)
10 (2 stages) 10 (2 stages)
15 (3 stages) 15 (3 stages)
Output ball bearing Yes Yes
Sintered bronze output bearing No No

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Optional encoder
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

66
Curves
80 839 4 80 899 5

N.m N.m
100 100

10 10

1 1

1 1
0,1 0,1
1 10 100 1000 1 10 100 1000

B RPM B RPM

Dimensions
80 839 4

Ø 52
25
1 1
± 10

2
Ø 25 -0,05

Ø 40
200
-0

'
2,8 25 30
Ø 63,2 max.

90
Ø 12 h7
Ø 32 h8

± 0,1
2,5 L1
3
2

B Key 4 x 4 x 16
C 4 M5 x 0.86 h depth 7 on Ø 40
D 4 M5 x 10

L1 1 stage : 159 mm
L1 2 stages : 173 mm
L1 3 stages : 187 mm
80 899 5

25 1
Ø 52
± 10

2
Ø 25 -0,05

Ø 40
200
-0

'
2,8 25 30
Ø 63,2 max.

90
Ø 12 h7
Ø 32 h8

± 0,1
2,5 L1
3 2

B Key 4 x 4 x 16
C 4 M5 x 0.86 h depth 7 on Ø 40
D 4 M5 x 10

L1 1 stage : 184 mm
L1 2 stages : 198 mm
L1 3 stages : 212 mm

67
1

68
D.C. brushless
D.C. brushless
motors
motors

69
 Guide to selecting Brushless D. C. motors

Right angle gearbox

Gearbox
Max. torque (Nm)
X 0.6
30 W
1 1.7
145,5 max.

Motors direct drive (Nm)

82
66
Usable Nominal Nominal Supply
Motor type
Power torque speed voltage
dimensions (mm)
(W) (Nm) (rpm) (V) 56 50

Xp.76 80 140 Xp.80 80 141 Xp.80 80 141 Xp.80 80 141

30 140 2200 24
57x57
440 rpm 220 rpm 110 rpm
2 Xp.78 80 180 Xp.82 80 181 Xp.82 80 181

80 240 3250 24
57x57
650 rpm 325 rpm

Planetary gearbox

Gearbox
Max. torque (Nm)
X 0.8
30 W
1 4.5

57

Motors direct drive (Nm)

57

Usable Nominal Nominal Supply Ø 62

Motor type
Power torque speed voltage
dimensions (mm)
(W) (Nm) (rpm) (V)

Xp.76 80 140 Xp.81 80 149

30 140 2200 24 Ø 62
57x57
316 rpm
Xp.78 80 180 Xp.83/84 80 189 Xp.83/84 80 189

80 240 3250 24 Ø 81 Ø 81
57x57
650 rpm 120 rpm

Choice of gearbox according to mechanical criteria

Perpendicular output Output in shaft
Right angle Silence (<53 dB) Planetary Increased efficiency
Non-reversible from R = 30 Reversible

Choice of power according to available torque and electronic performance

Speed regulation Speed and torque regulation
Electronics 1-channel encoder Electronics 2-channel encoder
30 watts (12 points/rev) 80 Watt (12 points/rev + direction)
NPN type outputs PNP type output

70
2 2.1 2.9 3.4 3.5
80 W
183 max.
66

82
56

50
Xp.80 80 141 Xp.80 80 141

44 rpm 74 rpm
Xp.82 80 181 Xp.82 80 181 Xp.82 80 181 2

163 rpm 65 rpm 108 rpm

5 20 30
80 W

ø81

Xp.81 80 149 Xp.81 80 149

Ø 62 Ø 62

48 rpm 48 rpm
Xp.83/84 80 189

Ø 81

23 rpm

Selection of a geared motor

A geared motor is selected according to the required usable power output.
2π
UsablePower = ------- C ⋅ n
60
(W) (Nm) (rpm)

A geared motor must have usable power equal to or greater than the power required to rotate the
load. It is selected by checking that the point corresponding to the required operating conditions
(torque and speed output) is higher than the nominal torque versus speed curve of the geared
motor. The required torque output of a geared motor must be within its maximum recommended
torque for continuous duty.

71
 Basic concepts
Brushless motors and geared motors

Principle

1.1. Composition of the driving part: - The control electronics determine the position of the rotor using the
Hall effect sensors. The electronics deduce from the sensors the orien-
Brushless motors comprise 3 main elements: tation to give to the magnetic field of the stator. During rotation, they
Electronic
control the three coils to regularly adjust the orientation of the field to
Hall effect
plate sensors Rotor the position of the rotor, in order to drive it in the direction chosen by
Stator
the user.
- By modulating the current in the coils, the electronics can accelerate
or slow down the motor and thus regulate its speed. They can also
orient the magnetic field in order to brake the movement of the rotor to
bring it to a standstill.

2 - By limiting the current in the coils, the electronics can also limit the
torque of the motor, and activate the corresponding output
- The electronics also generate the outputs of the built-in encoder using
the Hall effect sensors.

Ball bearings
Speed regulation
2.1. What is 4-quadrant regulation?
The four zones of a torque/speed diagram are known as ‘quadrants’:
- A positive speed represents clockwise rotation, and a negative speed
anti-clockwise
- A positive torque represents motor operation, and a negative torque
- A fixed part, the stator, which has three groups of coils, called the
brake operation.
three phases of the motor. These coils operate as electromagnets and
generate various orientations of magnetic field regularly distributed
around the central shaft of the motor. Motor
- A rotating part, the rotor, which has permanent magnets. Like the
Torque axis

needle of a compass, these magnets permanently drive the rotor to try

to align itself with the magnetic field of the stator. For optimum service 2 1
life of the motor, the rotor is mounted on ball bearings. Speed axis
Reverse operation Clockwise
- Three "Hall effect" magnetic sensors. These sensors provide informa-
tion on the position of the rotor magnets at all times. 3 4

1.2. The integrated control electronics: Brake

Crouzet brushless motors incorporate their control electronics as
standard. The control electronics control the phases of the motor,
1-quadrant regulation operates in a single direction of rotation, with no
regulate the speed and incorporate the encoder function.
possibility of braking. In the event of overspeed, the regulator cuts off
the current until the motor is braked by the load
The principle is identical for 2-quadrant regulation, but in both direc-
tions of rotation. This operating mode is offered as an option on
Magnetic field Crouzet brushless motors, when required by a specific application.

Rotor
4-quadrant regulation also operates in both directions of rotation, but
Inputs: On/off Stator
(coils) (magnets) also allows braking. In the event of overspeed, the motor is involved in
Direction Speed
Torque (*) the braking and the system quickly loses speed.
Rotor
All Crouzet brushless motors have 4-quadrant regulation as
Control of N Rotational standard.
coils Field movement

S
Outputs:
Encoder Control Hall effect
Direction info (*) electronics sensors
Torque info (*)

72
2.2. Braking: Torque limiting (*)
Braking means absorbing the energy of the mechanical system. There
are several different types of braking, depending on the use made of
this absorbed energy:
3.1. Operation
Regenerative braking converts the energy of the system into electrical Torque limiting is used to deliberately check the motor at certain
current, which will be directed to the motor power supply. moments in the operation of a system:
- If there is a risk of encountering an end stop or jamming, to prevent
Apart from batteries, most commercially available power supplies do damage to the system
not accept this type of current feedback (they are known as ‘non-rever- - To maintain a force when the system is at an end stop
sible’). It is therefore necessary to ensure that the directed current can - To control the tension of an element located between two
be consumed by another device, without which the power supply may moving motor
be damaged. This braking mode is offered as an option on Crouzet bru-
shless motors, but must be used with caution.
3.2. Torque limiting input (*)
Crouzet brushless motors have braking ‘without energy rejection’ as
This input can be controlled in 0-10V and in PWM, whatever type of
standard. This means that on braking the kinetic energy of the system
speed control is selected (Input impedance 16 k ohms. Minimum PWM
is converted into heat inside the motor itself, with no feedback to the
voltage 12 volts.
power supply. This is the most suitable type of braking for most
Frequency range 150 Hz - 1 kHz
applications.
- When the input is at 0 or not connected, the motor delivers up to
However, if there is prolonged braking, the heat that is generated may
140% of its nominal torque
trip the thermal protection of the motor. For high inertia applications, or
- When the input is at maximum (100% PWM or 10V), the motor deli-
operation as a generator, PLEASE CONSULT CROUZET. Depending
vers around 30% of its nominal torque
on the circumstances, our specialists will advise you to select either 2-
quadrant regulation, or braking with energy rejection.
Maximum torque

2.3. Control by PWM

PWM (Pulse Width Modulation) control is a method of indicating the
speed setpoint to the motor. A PWM control motor should be chosen in
the following cases: Nominal
2
- Control by CROUZET Millenium II logic controllers (see MOTOMATE torque
information)
- Control by PLC with PWM outputs
- Control by digital control system

0V 10 V Torque limit
V Ton Ton Ton
0% 100 % input

When the torque limit is reached, the motor does not follow its speed
setpoint, but maintains a constant torque equal to this limit, as long as
T T T T T T its speed remains below the setpoint.

3.3. Limit reached alert output (*)

PWM control consists of pulse trains of fixed frequency (Period "T") but This output is at logic state 1 when the torque limit is reached.
variable width ("Ton" period of the pulse). The speed setpoint depends
on the Ton/T ratio. However it is independent of the voltage or frequen- IMPORTANT: This output is PNP type. Consult the wiring diagrams and
cy of the pulses, within the limits of the stated specifications. the precautions for use of this output in the motor specifications.
Ton/T = 0% Speed setpoint = 0
Ton/T = 100% Speed setpoint = No-load speed of the motor
Ton/T = 50% Speed setpoint = No-load speed of the motor/2 Built-in protection

4.1. 30 watt motors

2.4. Control by 0-10V
If the motor locks when it is controlled, a protection system cuts off the
0-10V voltage control is the other method of indicating the speed set- power after a few seconds.
point to the motor. A 0-10V input motor should be chosen in the follo- The motor can only restart when the On input changes to 0 then 1.
wing cases:
- Control by potentiometer 4.2. 80 watt motors
- Control by PLC with analogue converter outputs
- Control by analogue control system A temperature sensor incorporated in the motor switches the motor to
safety mode when the temperature exceeds a value which may dama-
ge it. When the trigger temperature is reached, the power is cut off,
which causes the motor to stop.
It can only restart when the temperature has fallen below the restart
temperature and the On input has changed to 0 then 1.
No-load speed

0 10V

In this type of control, the speed setpoint depends on the voltage U at

the speed setpoint input:
U=0 Speed setpoint = 0
U = 10V Speed setpoint = No-load speed of the motor
U = 5V Speed setpoint = No-load speed of the motor/2

73
 Direction and on/off controls ■ Product usage:
If these products are being used in very specific operating conditions:
Input logic table - food and beverage (eg: non-continuous, rectified)
- ambient atmosphere (extreme temperatures and vibrations, significant
On Direction Speed Action relative humidity, explosive or confined atmosphere, etc)
0 X X Braking and stop - other (use as load, sudden stalling, severe operating cycle, etc):
1 X 0 Braking and stop -> available on request
1 1 V Clockwise direction at speed V
1 0 V Anti-clockwise direction at speed V
EMC compatibility
On and Direction inputs:
- Input impedance: 60 1 On request, Crouzet will provide the EMC characteristics of the various
- Logic state 0: < 2V types of product.
- Logic state 1: > 4V European directive 89/336/EEC of 03/05/89, “electromagnetic
compatibility”:
Built-in encoder DC motors and geared motors which are components designed for pro-
fessionals to be incorporated in more complex devices, and not for end
users, are excluded from the scope of this directive.
The built-in encoder supplies fixed width pulses each time a Hall effect
However, conscious of the potential customer difficulties concer-
sensor switches. These pulses can be counted to ascertain the speed
ning problems connected with electromagnetic compatibility,
and position of the motor, or filtered to obtain an analogue signal pro-
Crouzet has designed its products to meet the requirements of the
portional to the speed.
standards: for example EN 55011 Gr. 1 class B (medical) and also
The additional direction of rotation (*) output is used to determine the EN 55022, class B (data processing) in terms of emitted electroma-
direction of count of the pulses. gnetic interference, in addition to standards connected with
IMPORTANT: These outputs are NPN or PNP type depending on the immunity:
version. Consult the wiring diagrams and the precautions for use of IEC 1000- 4 -2/3/4/5/6/8
these outputs in the motor specifications.
■ Wiring precautions
2 500 µs
24V

0V

For EMC conformity:

Safety - The motor should be connected to earth via its front flange.
- The length of the wires is 0.5 m max.
Crouzet BRUSHLESS DC motors are designed and manufactured to
be integrated into appliances or machines which meet, for example, the
(*) Note: Functions marked with an asterisk are only available on the 80 watt versions. If
they are required on 30 watt motors, please consult Crouzet.
specifications of the machine standard: EN 60335-1 (IEC 335-1,
“Safety of household and similar electrical appliances”).
The integration of Crouzet DC motors into appliances or machines ■ Electromagnetic compatibility:
should generally take account of the following motor characteristics: Emission
- no earth connection • Conducted emissions: EN 55022/11G1 class B
- “simple isolation” motors • Radiated emissions: EN 55022/11G1 class B
- protection index: IP54
- insulation system class: B (120 °C) Immunity
- Vibration: EN 60068.2.6: 5G from 55 Hz to 500 Hz/0.35 mm • Electrostatic discharges: EN 61000-4-2 Level 3
peak to peak from 10 Hz to 55 Hz
• Electromagnetic fields: EN 61000-4-3 level 3
- Shock: IEC 60068.2.27: 1/2 sine 50G for 11 ms
• Pulse trains: EN 61000-4-4 level 3
European low voltage directive 73/23/EEC of 19/02/73:
• Shock waves: EN 61000-4-5 level 2
Crouzet DC motors and geared motors are outside the scope of this • Radio frequency: EN 61000-4-6 level 3
directive (LVD 73/23/EEC applies to voltages over 75 volts DC).
• Magnetic field: EN 61000-4-8 level 4
• Voltage dips: EN 61000-4-29
IMPORTANT
■ Product operation: (*) Note: Functions marked with an asterisk are only available on the 80 watt
To ensure correct operation of Brushless actuators, it is advisable to versions. If they are required on 30 watt motors, please consult Crouzet.
take account of all the necessary installation and wiring precautions.
■ Product characteristics:
The stated nominal operating characteristics correspond to the voltage-
torque-speed characteristics which permit continuous operation, at an
ambient temperature of 40 °C. Above these operating conditions, only
intermittent duty cycles will be possible: without exception, where extre-
me conditions prevail, all checks should be performed by the customer
in the real-life context of the application to ensure safe operation. For
operation in non-nominal conditions:
-> available on request

74
 2

75
 Direct drive BRUSHLESS DC motors

➜ 30 Watts
Ideal for movement and positioning applications
Adjustable : 4 quadrant varible speed control
■ Complete : Brake, 2 channel encoder and integrated
EMC filter
■ Compact : High efficiency and starting torque
■ Open : Compatible with Crouzet Millenium II+ logic
controller
■ Flexible : 24 V supply allows battery operation

Specifications
30 Watts

Speed control 0-10 V and PWM

Part numbers 80 140 004
Supply voltage (V) 24 (18 ➞ 28)
No-load characteristics
Speed of rotation (rpm) 3 100
2 Absorbed current (A) 0.2
Nominal characteristics
Speed (rpm) 2 200
Torque (mN.m) 140
Absorbed current (A) 1.9
Maximum characteristics
Start torque (mN.m) 220
Starting current (A) 3.0
General characteristics
Insulation class (conforming to IEC 85) B (120°C)
Casing temperature rise at 40°C ambient max. (°C) 15
Thermal time constant (min) 15
Inertia (g.cm2 ) 50
Weight (g) 800
Acoustic pressure at 50 cm (dBA) 40
Service life L10 (h) 20 000
0-10 V speed input characteristics
Input impedance (kΩ) 10
Full scale speed (rpm) 3 100
PWM speed input characteristics
Input impedance (kΩ) 10
Level 0 input voltage (V) < 1.7
Level 1 input voltage (V) >3
Frequency range (Hz) 150 ➞ 5 000
Full scale speed (rpm) 3 100
Output characteristics
Type of output NPN
Max. current (mA) 50

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

To order, see page 13

76
Curves
Speed/torque Current/torque

A
-1
min 3.00
2.50
4000
2.00
3000
1.50
2000
1.00
1000 0.50
mN.m mN.m
0 0.00
0 60 120 180 240 0 60 120 180 240
1
1
2
2

B Continuous operation B Continuous operation

C Cyclic operation C Cyclic operation

Dimensions
Version IP 54

± 0,07
2.5
1
- 0,01
Ø 22 - 0,05

70 ± 5
- 0,010
Ø 6 - 0,020
45

2
± 0,1

4
Ø12

57
12.5

ø5
.5

2 ± 0,1 8
57
± 0,6
73.2 max. 25

B Cable length : 400±10 mm

C 4 holes M5 x 0.86 H on Ø 40 depth 4.5 mm mini

Connections

Marking on motor Function Wire colour

*a Power earth Black
*a 24 V power supply Red
Signal earth Blue
1 power cable
On/off input Green AWG24
Direction input Yellow 8 conductors
PWM speed setpoint Orange UL2464
0-10 V speed setpoint Brown
*b 12 points/rev encoder output Purple

Applications
Examples of encoder output cabling (purple)

24V 24V
24V
3,3K Ω 2
1 2 1 2 2 1
2,2KΩ
10 KΩ + - I1 I2 I3 I4

Millenium II
0V 0V 0V

B Motor B Motor B Motor

C Resistive load C LED load C Millenium II+

User information
*a) Do not invert the polarities
*b) Do not short-circuit the encoder output (NPN)
Do not use the motor as a generator

77
 Direct drive BRUSHLESS DC motors

➜ 80 Watts
Ideal for movement and positioning applications
Adjustable : 4 quadrant varible speed control
■ Complete : Brake, 2 channel encoder and integrated
CEM filter
■ Compact : High efficiency and starting torque
■ Open : Compatible with Crouzet Millenium II+ logic
controller
■ Flexible : 24 V supply allows battery operation

Specifications
80 Watts PWM control 80 Watts 0-10 V control

Speed control PWM 0-10 V

Part numbers 80 180 001 80 180 002
Supply voltage (V) 24 (18 ➞ 37) 24 (18 ➞ 37)
No-load characteristics
Speed of rotation (rpm) 4 200 4 200
2 Absorbed current (A) 0.4 0.4
Nominal characteristics
Speed (rpm) 3 250 3 250
Torque (mN.m) 240 240
Absorbed current (A) 4.8 4.8
Maximum characteristics
Start torque (mN.m) 300 300
Starting current (A) 6.0 6.0
General characteristics
Insulation class (conforming to IEC 85) B (120°C) B (120°C)
Casing temperature rise at 40°C ambient max. (°C) 20 20
Thermal time constant (min) 15 15
Inertia (g.cm2 ) 105 105
Acoustic pressure at 50 cm (dBA) 50 50
Service life L10 (h) 20 000 20 000
0-10 V speed input characteristics
Input impedance (kΩ) - 440
Full scale speed (rpm) - 4 200
PWM speed input characteristics
Input impedance (kΩ) 19 -
Level 0 input voltage (V) < 2.5 -
Level 1 input voltage (V) > 11.5 -
Frequency range (Hz) 150 ➞ 1000 -
Full scale speed (rpm) 4 200 -
Output characteristics
Type of output PNP PNP
Max. current (mA) 50 50
Weight (g) 1 400 1 400

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

To order, see page 13

78
Curves
Speed/torque Current/torque

min-1

4500 A
4000 7.00
6.00
3500
5.00
3000
4.00
2500
3.00
2000
2.00
1500
1.00
1000 mN.m
0.00
500 mN.m 0 50 100 150 200 250 300
0
0 50 100 150 200 250 300 1
2
1
2

B Continuous operation B Continuous operation

C Cyclic operation C Cyclic operation

Dimensions
Short version 80 180 0
2.50.07
111.7 max
-0.01
ø22-0.05

57 0.1
-0.010
ø8-0.020
45

2
57 0.1

R4 (x4)

25 0.6
2.5 max

Ø12 2
8
8 x AWG24
1 13

2 x AWG20 705

B 4 holes M5 x 0.86 H on Ø 40 depth 4.5 mm mini

C Cable length : 500 ± 15 mm

Connections
Marking
on motor Function Wire colour
*a Power earth Black (2nd harness) 1 power cable AWG20
*a 24 V power supply Brown (2nd harness) 2 conductors UL2464
Signal earth Black
On/off input Green
Direction input Yellow
Speed setpoint Orange 1 control cable AWG24
8 conductors UL2464
*b 12 points/rev encoder output Brown
*b Encoder direction output Red
Torque limiting setpoint Blue
*b Torque saturation output Purple

Applications
Examples of encoder output, direction, torque limit cabling (brown - red - violet)
24V 24V 24V

2,2KΩ + - I1 I2 I3 I4

1 2 1 2 >600Ω 1 2 Millenium II

0V 0V

B Motor B Motor B Motor

C LED load C Relay load C Millenium II+

User information
*a) Do not invert the polarities
*b) Do not short-circuit the encoder output (PNP)
Do not use the motor as a generator

79
 BRUSHLESS DC geared motors

➜ 30 Watts with right-angle gearbox

■ Output perpendicular to motor,
■ Ideal for low reduction ratios,
■ Ideal for applications needing a compact motor,
■ Silent operation,
■ Irreversible with high ratios.

Specifications
Ratios (i) Output speed (rpm) Available torque (N.m) 1 stage
5 440 0,6 80 141 001
10 220 1,0 80 141 002
20 110 1,7 80 141 003
30 74 2,1 80 141 004
50 44 2,0 80 141 006
General characteristics
Motor 80 140
2 Speed control 0-10 V and PWM
Axial load dynamic (N) 100
Radial load dynamic (N) 150
Temperature rise at 50 % cycle (°C) 45
Weight (g) 1 480

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

Dimensions

2 145,5 max.
74,2 max.
57x57

65 ±0.2

4
1

20
5
82 ±0.5
ø25

50
66

11,5
ø10

30 30 3 4
40
3,5 56 ±0.3 50

B 4 x M5 depth 8 mm
C Cable length 400 ± 10 mm
D 4 x M4 on Ø 36 depth 8 mm
E 4 x M5 depth 8 mm

User information
Respect the limits and precautions of use written in the 30 W motor section.
Continuous operation may cause overheating of the gearbox.
This gearbox is recommended for applications where the on time does not exceed 50 % of the time, please consult us.

To order, see page 13

80
BRUSHLESS DC geared motors

➜ 30 Watts with Ø 62 planetary gearbox

■ Concentric output shaft,
■ Ideal for high reduction ratios,
■ Ideal for high torque applications,
■ High efficiency,
■ Reversible.

Specifications
Ratios (i) Output speed (rpm) Available torque (N.m) 1 stage 2 stages 3 stages
7 316 0,8 80 149 604
46 48 5 80 149 605
308 7 30 80 149 606
General characteristics
Motor 80 140 80 140 80 140
Speed control 0-10 V and PWM 0-10 V and PWM 0-10 V and PWM
Axial load dynamic (N) 50 70 120
Radial load dynamic (N) 240 360 520 2
Efficiency (%) 90 80 70
Casing temperature rise at 25°C 35 35 35
Weight (g) 1 600 2 000 2 400

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

Dimensions
2 3 9
± 0,6
30
1 ± 0,1 4
57 73,2 max. 5 5,5
±5
70
+0,015
Ø 40 - 0,01
12.5 ± 0,1

4
Ø12

57

Ø 14 - 0,018
Ø 16
ø5

-0
.5

± 0,1 8 +0.2
57 7 0 L1
Ø 62

B Cable length 400 ± 10 mm

C 4 holes M5 depth 10 at 90° on Ø52
D Fixation hole M5 depth 12.5
E Key A5 x 5 x 18
L1 1 stage : 43.7 mm max.
L1 2 stages : 59.7 mm max.
L1 3 stages : 75.2 mm max.

User information
Respect the limits and precautions of use written in the 30W brushless motor section

To order, see page 13

81
 BRUSHLESS DC geared motors

➜ 80 Watts with right-angle gearbox

■ Output perpendicular to motor,
■ Ideal for low reduction ratios,
■ Ideal for applications needing a compact motor,
■ Silent operation,
■ Irreversible with high ratios.

Specifications
Ratios (i) Output speed (rpm) Available torque (N.m) 80 Watts PWM control 80 Watts 0-10 V control
5 650 1,0 80 181 001 80 181 010
10 325 1,7 80 181 002 80 181 011
20 163 2,9 80 181 003 80 181 012
30 108 3,5 80 181 004 80 181 013
50 65 3,4 80 181 006 80 181 015
General characteristics
Motor 80 180 80 180
2 Speed control PWM 0-10 V
Axial load dynamic (daN) 10 100
Radial load dynamic (daN) 15 150
Temperature rise at 50 % cycle (°C) 45 45
Weight (g) 1 920 1 920

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

Dimensions
183 max. B 4 x M5 depth 8 mm
C Cable length 500 ± 5 mm
2
D 4 x M4 on Ø36 depth 8 mm
2 x AWG20
E 4 x M5 depth 8 mm
6 x AWG24

1 3

111,7 max. 65 ±0.2

20 4
5
ø25
66
ø10

82 ±0.5
50
57x57

11,5

30 30
40
3,5 56 ±0.3
3 4
50

User information
Respect the limits and precautions of use written in the 80 W motor section.
Continuous operation may cause overheating of the gearbox.
This gearbox is recommended for applications where the on time does not exceed 50 % of the time, please consult us.

To order, see page 13

82
BRUSHLESS DC geared motors

➜ 80 Watts with Ø 81 planetary gearboxes - PWM control

■ Concentric output shaft
■ Ideal for high reduction ratios
■ Ideal for high torque applications
■ High efficiency
■ Reversible

Specifications
Ratios (i) Output speed (rpm) Available torque (N.m) 1 stage 2 stages 3 stages
5 650 1 80 189 701
27 120 4,5 80 189 702
139 23 20 80 189 703
General characteristics
Motor 80 180 80 180 80 180
Speed control PWM PWM PWM
Axial load dynamic (N) 80 120 200
Radial load dynamic (N) 200 300 500 2
Efficiency (%) 80 70 60
Casing temperature rise at 25°C 35 35 35
Weight (g) 3 200 3 900 4 600

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

Dimensions
L2
ø81
111,7 max.
5 ±0.1 3

6 ±0.1
ø19

ø50

1 2
8 4
8 x AWG24 9 ±0.8 40 ±0.1

2 x AWG20

B 4 holes M6 x 12 on Ø65
C Fixing hole M6 x 16
D Cable length 500 ±15 mm
E Key A6 x 6 x 28 according to DIN6885
L2 1 stage : 182 mm max.
L2 2 stages : 203.9 mm max.
L2 3 stages : 226 mm max.

User information
Respect the limits and precautions of use written in the 80W brushless motor section.

To order, see page 13

83
 BRUSHLESS DC geared motors

➜ 80 Watts with Ø 81 planetary gearbox - 0-10 V control

■ Concentric output shaft,
■ Ideal for high reduction ratios,
■ Ideal for high torque applications,
■ High efficiency,
■ Reversible.

Specifications
Ratios (i) Output speed (rpm) Available torque (N.m) 1 stage 2 stages 3 stages
5 650 1 80 189 704
27 120 4,5 80 189 705
139 23 20 80 189 706
General characteristics
Motor 80 180 80 180 80 180
Speed control 0-10 V 0-10 V 0-10 V
Axial load dynamic (N) 80 120 200
2 Radial load dynamic (N) 200 300 500
Efficiency (%) 80 70 60
Casing temperature rise at 25°C 35 35 35
Weight (g) 3 200 3 900 4 600

Product adaptations

■ 2 quadrant speed regulation,

■ Motors with hall effect sensors only,
■ Adaptations on electronics,
■ Special cable lengths,
■ Special connectors fitted to the cable.

Dimensions
L2
ø81
111,7 max.
5 ±0.1 3

6 ±0.1
ø19

ø50

1 2
8 4
8 x AWG24 9 ±0.8 40 ±0.1

2 x AWG20

B 4 holes M6 x 12 x onØ65
C Fixing hole M6 x 16
D Cable length 500 ± 15 mm
E Key A6 x 6 x 28 according to DIN6885
L2 1 stage : 182 mm max.
L2 2 stages : 203.9 mm max.
L2 3 stages : 226 mm max.

User information
Respect the limits and precautions of use written in the 80W brushless motor section.

To order, see page 13

84
Motomate
Motomate

85
 Guide to selecting motomate brushless with controler

Right angle gearbox

Gearbox
Max. torque (Nm)
X1 1.7 2.9

207.5 max.

66
Motors direct drive (Nm)

82
Usable Nominal Nominal Supply 56
Motor type
Power torque speed voltage 50
dimensions (mm)
(W) (Nm) (rpm) (V)

Xp.88 80 080 Xp.88 80 081 Xp.88 80 081 Xp.88 80 081

80 240 3250 24
57x57
650 rpm 325 rpm 163 rpm

Planetary gearbox
3
Gearbox
Max. torque (Nm)
X1 4.5 20

ø81

Motors direct drive (Nm)

Usable Nominal Nominal Supply

Motor type
Power torque speed voltage
dimensions (mm)
(W) (Nm) (rpm) (V)

Xp.88 80 080 Xp.88 80 089 Xp.88 80 089 Xp.88 80 089

30 240 3250 24
57x57
650 rpm 120 rpm 23 rpm

Choice of gearbox according to mechanical criteria

Perpendicular output Output in shaft
Right angle Silence (<53 dB) Planetary Increased efficiency
Non-reversible from R = 30 Reversible

Selection of a geared motor

A geared motor is selected according to the required usable power output.
2π
UsablePower = ------- C ⋅ n
60
(W) (Nm) (rpm)

A geared motor must have usable power equal to or greater than the power
required to rotate the load. It is selected by checking that the point
corresponding to the required operating conditions (torque and speed output)
is higher than the nominal torque versus speed curve of the geared motor.
The required torque output of a geared motor must be within its maximum
recommended torque for continuous duty.

86
3.4 3.5

Xp.88 80 081 Xp.88 80 081

65 rpm 108 rpm

87
 Motomate - Brushless motor with integrated logic controller

➜ Motomate 80 watts
■ Movement control for simple mechanisms
■ All-in-one solution for quick integration
■ Compact with high performance
■ Intuitive programming with graphical function blocks
■ Adapted for severe environments

Specifications
Type Ratio Max. speed (RPM) Available torque (N.m) Code
Motor direct drive - 3 250 0.2 80 080 005
Right angle gearbox 5 650 1 80 081 001
10 325 1.7 80 081 002
20 163 2.9 80 081 003
30 108 3.5 80 081 004
50 65 3.4 80 081 006
Planetary gearboxes 5 650 1 80 089 704
27 120 4.5 80 089 705
139 23 20 80 089 706

Accessories
3 Designation Code Designation
Code
Programming cable PC/Motomate - serial port 79 294 791
Programming cable PC/Motomate - USB 79 294 790
Programming software on CD ROM 79 294 792

General characteristics
General characteristics
Supply voltage (V) 24 (20 ➞ 37)
Max. current (A) 6
Immunity from micro power cuts (ms) 1
Operating temperature (oC) -20 ➞ +40
Protection index IP 54
Programming
Inputs / outputs 4I/4/O
Programming method Function blocks / SFC
Program size 128
Program memory Flash EEPROM
Program cycle time (ms) 10
Real-time clock No
Logic inputs
Max. number 4 (I1 ➞ I4)
Input impedance (kΩ) > 10
Logic 1 voltage threshold (V) > 15
Logic 0 voltage threshold (V) <5
Response time (ms) 10
High speed inputs
Max. number 2 (I1 ➞ I2)
Max. frequency (KHz) 4
Analogue input
Max. number 2 (I3 ➞ I4)
Measurement range 0-10 VDC
Resolution 8 bits
Accuracy ±5%
Logic outputs / PWM
Max. number 4 (O1 ➞ O4)
Type of output PNP
Insulation No
Max. current (mA) 250
Leakage current (mA) < 0.1
Response time (ms) 10
PWM frequency (KHz) 0.11 ➞ 1.8
PWM precision at 120 Hz 5%

To order, see page 13

88
Dimensions
Direct drive

2.5 0.07
B Connector 6 way Programming motomate
142.5 max. C Connector 10 way Inputs/outputs motomate
D Connector 2 way Power supply
57 0.1

-0.01
ø22 -0.05
-0.010
ø8 -0.020
45 E 4 holes M5 at 90° on Ø 40 depth 4.5 mini
F Cable length : 500 ± 15 mm
57 0.1

R4 (x4)
2.5 max

Ø12 25 0.6
8 5
16 x AWG26
4 13 1
2
2 x AWG20 70 5

Right angle gearbox

207.5 max.
B Connector 6 way Programming motomate
C Connector 10 way Inputs/outputs motomate
5 D Connector 2 way Power supply
2 x AWG20 E 4 x M5 depth 8 mm
3 F Cable length 500 ± 5 mm
16 x AWG26
1 G 4 x M4 on Ø 36 depth 8 mm
4 2
H 4 x M5 depth 8 mm
142.5 max. 65 ±0.2
Radial load max. = 150 N
20 4 Axial load max. = 100 N
5
3
ø25
66
ø10

82 ±0.5
50
57x57

11.5

30 30
40
3.5 56 ±0.3
6 7
50

Planetary gearboxes

L2
ø81
142,5 max.
5 ±0.1 7

6 ±0.1
ø19

ø50

4 5
8 6
16 x AWG26 9 ±0.8 40 ±0.1
1
2
2 x AWG20
3
B Connector 6 way Programming motomate
C Connector 10 way Inputs/outputs motomate
D Connector 2 way Power supply
E 4 holes M6 on Ø 65 depth 12 mm
F Fixing hole M6 x 16
G Cable length : 500 ± 15 mm
H Key A6 x 6 x 28 according to DIN 6885

L2 Ratio 5 : 212.8 mm max.

L2 Ratio 27 : 234.7 mm max.
L2 Ratio 139 : 256.8 mm max.
Radial load max. = 200/300/500 N
Axial load max. = 80/120/200 N
(according to no. of stages)

89
 Connections
Motomate Application
Comment Legend Pin N° Wire color connector connector
*a +24V 1 Brown PCB side top view
1 power connector
Molex 2-way
*a GND 2 Black (Ref. 51144-0200) 1 2
Ref. 53520-0220
IN1 1 Brown
*b OUT1 2 Blue
IN2 3 Orange PCB side top view
*b OUT2 4 Purple 1 I/O connector
IN3 5 Yellow Molex 10-way
2.54 mm spacing 1 3 5 7 9
*b OUT3 6 Grey
(Ref. 90142-0010) 2 4 6 8 10
IN4 7 Green
*b OUT4 8 White Ref. 90130-1110
*a GND 9 Black
*a +24V 10 Red
*a +5V 1 White-Red PCB side top view
*a GND 2 White-Black 1programming connector
SCL 3 White-Yellow Molex 6-way
SDA 4 White-Green 2.54 mm spacing 1 3 5
(Ref. 90142-0006) 2 4 6
RX 5 White-Brown
TX 6 White-Orange Ref. 90130-1106

Applications
Examples of input connections
3
24V 24V 24V
3,3 K Motomate 1
Motomate 2,2 K Motomate

1 2 R R 0,5 W R

B Sensor output PNP B Sensor output NPN B Potentiometer

or
C Contact
Example of output connections

24V 24V

2,2KΩ

1 2 1 2 >600Ω

0V 0V

B Motor B Motor
C Load LED C Load relay

Product adaptations

■ Special output shaft

■ Special supply voltage
■ Special cable length
■ Customised electronics
■ Special connectors
■ Special gear ratios
■ Special pinion materials
■ Special mounting platee

User information
*a) Never reverse the polarity of the supply
*b) Do not short-circuit the outputs O1 to O4 to earth
- Do not use the motor as a generator
- For more details on the geared motors, consult the brushless catalogue

90
www.crouzet.com/motomate

91
3

92
Synchronous
synchronous
motors
motors

93
 Guide to selecting synchronous motors

Gearbox
Max. torque (Nm)
X 0.5 2

Type of gearbox
X 81 021 81 033

65,7 max
65,9 max.
Motors direct drive (Nm)
55,5 max. 55,5 max.
Usable Nominal Nominal Supply
Motor type
Power torque speed voltage
dimensions (mm)
(W) (Nm) (rpm) (V)
Single direction
Xp.100 82 340 Xp.112 82 344 Xp.114 82 304
0.16 2.5 600 230
Ø 47
0.001 ... 60 rpm 0.003... 32 rpm
Xp.101 82 330 Xp.110 82 334 Xp.114 82 305

0.42 8 600 230

Ø 47
0.001 ... 60 rpm 0.003... 32 rpm
Reversible: 2 directions
Xp.102 82 510 Xp.120 82 514 Xp.124 82 519
0.31 12 250
230
Ø 36/50
0.52 10 500
0.5... 50 rpm 0.16... 20 rpm
Xp.104 82 520 Xp.122 82 524 Xp.126 82 529
0.98 37.5 250
4 230
Ø 51/75
1.12 30 375
0.8... 60 rpm 0.33... 15 rpm
Xp.106 82 530

1.37 55 250 230

Ø 58/79

Xp.108 82 540

2.65 106 250 230

65x65

Selection of a geared motor

A geared motor is selected according to the required usable power output.
2π
UsablePower = ------- C ⋅ n
60
(W) (Nm) (rpm)

A geared motor must have usable power equal to or greater than the power required to rotate the
load. It is selected by checking that the point corresponding to the required operating conditions
(torque and speed output) is higher than the nominal torque versus speed curve of the geared
motor. The required torque output of a geared motor must be within its maximum recommended
torque for continuous duty.

94
3 5

81 023 81 037

65 max.

65 max.
80

60

Xp.116 80 333 Xp.118 80 337

0.167... 29 rpm 0.24... 24 rpm

Xp.128 80 513 Xp.132 80 517

0.069... 24 rpm 0.1... 20 rpm

Xp.130 80 523 Xp.132/134 80 527

4
0.069... 12 rpm 0.1... 30 rpm
Xp.130 80 533

0.069... 12 rpm
Xp.134 80 547

0.1... 20 rpm

95
 Some principles of synchronous motors

➜ Construction of a permanent magnet synchronous motor

Why choose a synchronous motor ?
Single direction
To produce a certain number of movements within a well defined time
Technology
period - in this case, the motor is used as a time base.

To produce a rotation movement requiring relatively low torque at

reasonable cost. Stator cover Rotor Induction coil

How to select from the Crouzet range

The Crouzet synchronous range consists of the following motor types :

➜ 1 Single direction
Either :
■ clockwise (CW or SA)
■ or anti-clockwise (ACL or SI)
Anti-return Stator casing

(We will see below how to ensure the correct direction of rotation).
In special applications it is possible to dispense with the anti-return totally
(SAR version). In this case, the motor may rotate in a clockwise direction.

➜ 2 Reversible
The motor rotates in either a clockwise or an anti-clockwise direction. The
direction of rotation is controlled by a capacitor.

Definition of a synchronous motor

4 This motor is characterised by a constant speed of rotation which is
independent of the load but linked to the supply frequency.
A synchronous motor maintains its speed of rotation until an overload
occurs. Casing poles S.N.S.N.S.N
When overload occurs, the motor loses synchronisation, ie. it stops and Cover poles N.S.N.S.N.S
develops an oscillation (vibration).
Our single direction motors are only available with a mechanical anti-
➜ Speed of rotation return. This assembly offers the double advantage of being a relatively
This basic characteristic can be calculated as below : simple technical design while offering good performance.
The permanent magnet rotor has at its periphery a number of alternating
Speed (in rpm) = 60 x f (en Hz) NORTH and SOUTH poles equal to the number of poles on the stator.
P The latter, energised by a single coil connected to an AC supply,
produces a magnetic asymmetry which positions the rotor when stopped
f Hz : The frequency of the AC voltage through the coil. in such a way that it is attracted by an oscillating torque when the current
is switched on.
P : The number of pole pairs in the motor This start-up condition would cause the motor to turn in either direction
(1 pair = 1 North Pole + 1 South Pole). if a mechanical device called an «anti-return» did not define and impose
the direction of rotation.
Therefore the speed of rotation of a synchronous motor is defined ➜ Principle of operation
by its construction.

Example :

A motor equipped with 5 pole pairs would give :

V = 60 x 50 = 600 rpm using a 50 Hz supply

5
and
Figure 1 Figure 2
V = 60 x 60 = 720 720 rpm using US supply (60 Hz)
5 The principle assumes an electro-magnet : a permanent NS magnet
rotates around axis O in the air-gap of the electro-magnet, perpendicular
to the lines of magnetic force.
Let us suppose that this moving permanent magnet reaches the position
marked in figure 1. If the relative positions of the electro-magnet poles are
as shown in this figure, the magnet will be repelled and tend to oscillate
around an equilibrium position at 180° to direction S’N’.
When the permanent magnet is just past this position (figure 2) and the
polarity of the electro-magnet is reversed, the magnet will be repelled and
return to its previous position, and so on.

96
By energising the electro-magnet with an AC current of frequency f, the The curve (motor reversing curve) below shows the limits within which the
magnet will turn at a speed of f revolutions per second. motor will always start in relation to variation in supply voltage and the
capacitor values.
In these circumstances, a motor can start up in either direction. To
determine a particular direction, a mechanical device (anti-return)
is placed on the rotor to ensure that the motor operates only in the
direction required. There are several types of anti-return device which are Voltage Safety zone Safety zone
differentiated by the degree of the reverse rotation angle within which the
rotor can move.
Maximum voltage
Reversible
(Also called reversible synchronous motor)
Minimum voltage

Technology

Coils Rotor

Voltage of
capacitor

Minimum voltage of the capacitor Maximum voltage of capacitor

Nominal voltage of capacitor

Zone within which the direction of the motor on starting

is not controllable
Zone within which the motor will not start

The zone within which the motor operates, ie. the area around the
nominal voltage of the capacitor, must be completely controlled by the
manufacturer.
Pole pairs Bronze sintered bearing Operating within this zone guarantees starting and operating in the
direction selected by the user.
As the diagram shows, we build our motors so that the operating zone
Synchronous motors with a single-phase AC voltage and a permanent is as far as possible from the critical zones, whatever the nature of the
magnet must have, for reverse operation, at least 2 stators and 2 coils. torque. 4
Reverse operation can be achieved electrically using a single-pole switch.
Boosted winding
A capacitor is used on reversible synchronous motors with 2 coils to
produce an electrical dephasing of 90° between the 2 coils. This creates a Our experience in this area allows us, in certain cases and depending
circular revolving magnetic field. Component precision assures a perfectly on the precise specification, to operate outside this zone to produce a
circular field and ensures silent motor operation. higher torque and increase performance by between 30 and 80%. Please
consult us.
➜ Wiring diagram for capacitor
➜ Motor torque
Coil 1 2 types of torque can be distinguished.

Torque
Coil 2

Cd : Stall torque

The capacitor specification must be appropriate to each type of motor and Ca : Starting/running torque
to the supply voltage. An incorrect capacitor may distort the magnetic field
and have detrimental effects on the reliability of the start-up of the motor
as well as on operational quality.

Speed
(rpm)
Speed of synchronisation

Starting/running torque (or synchronisation torque)

This is the torque that a synchronous motor can develop both at
start-up and at synchronisation speed.
N.B:
In all technical data concerning geared motors in this catalogue, the
torque/speed curves indicate the value of the starting/running torque for
all the gearbox output speeds.

Stall torque (or desynchronisation torque)

This is the torque limit at which a synchronous motor loses its
synchronisation.

97
 Motor and gearbox combination Addinal information
The motor output shaft turns at a defined speed. This speed is generally ➜ Temperature rise
too high for the majority of applications.
Permanent magnet motors generally have relatively low efficiency and
To reduce this speed we provide users with a complete range of some of the lost energy is converted into a rise in the temperature of the
gearboxes, each equipped with a series of ratios. motor.
As a result, the motors can be used for numerous functions.
We consider that this rise in temperature reaches its maximum level after
➜ Gearbox characteristics 2 hours of continuous operation.

Each gearbox has been designed for a certain workload. We have defined To calculate the rise, we use the method known as resistance variation.
its potential and its limits for optimum mechanical life.
6R
The principal characteristic is its capacity to absorb a maximum torque in 6T = (234.5 + Ta) - (T1 - Ta)
R
continuous operation.
The range of gearboxes in this catalogue can be used for maximum R= Coil resistance at ambient temperature before applying voltage to
torques of between 0.5 and 6 N.m for long mechanical lives. The values the motor (expressed in Ohms - 1).
given are for standard products used in the normal operating conditions R’ = Resistance of the same coil after 2 hours of continuous motor
specified. operation.s
In certain cases, these values can be increased if the required life is 6R = R’- R = Increase in coil resistance.
reduced. Special cases are dealt with by our design staff.
T1 = Ambient temperature at the end of the test.
Each gearbox nevertheless has a limit which is the
Ta = Ambient temperature at the beginning of the test.
Breakdown torque ➜ Dielectric strength
This torque, applied to the gearbox, can cause its destruction when first All our products are tested to current standards.
used.
➜ Insulation resistance
This is greater than or equal to 75,000 M1 measured using a 500 VDC
➜ Gearbox construction current in conditions of ambient temperature and humidity.

➜ Safety
Metal or moulded Output shaft Crouzet synchronous motors are designed and manufactured for
Gearbox cover wheels integration into equipment or machines meeting, for example, the
Bronze sintered
bearing requirements of the Machinery standard : EN 60335-1 (IEC 335-1) :
Gearbox Safety of domestic electrical appliances.
casing Integration of Crouzet synchronous motors into appliances or machines
should, as a rule, take into account the following motor characteristics :
4 Rotor
Collar ■ no earth connection,
■ so-called «principal insulation» motors (single insulation)
pinion
■ protection index : IP40
Greasing ■ insulation class : B.

Standards and approvals

Gearwheel pins
Synchronous attached to the Our motors are in general designed to conform to international
motor Fixing clips between motor and
gearbox casing
gearbox recommendations (IEC), American standards (UL - CSA) and/or
European standards (EN).
Selecting a geared motor Proof of compliance with these standards and recommendations is
demonstrated by an approval (a mark or certificate of conformity granted
Selection is made in relation to the prospective workload. by an accredited body) or the manufacturer’s declaration of conformity
(drafted in accordance with ISO/IEC 22 guidelines).
Before making a selection, it should be remembered that the motor
absorbs a certain amount of power, the absorbed power and it cannot
deliver more than a fraction of this power : the maximum is defined as the Rules and regulations
usable power or the mechanical power.
➜ EC directives
Usable power links 2 factors.
Our motors are compatible with European Community directives (Low
voltage 73/23 > 50 VAC) and in particular the aspects of electrical
torque and speed
safety referred to in the above standard EN 60335 (domestic electrical
P=Cxt appliances).
The «CE» mark on all our products is proof of this conformity.
Moreover, our products are particularly suited, for example, to applications
Usable power Maximum torque Angular speed of the concerning both office equipment and medical equipment covered by
expressed in Watts expressed in N.m output shaft expressed standards EN 60601 and EN 60950 respectively.
in radians per second
➜ Environmental protection
The modern concept of protection of the environment is an integral part of
Analysis of this formula clearly shows the function of the gearbox.
our motors, from product design through to packaging.
It reduces speed and increases torque since the usable power produced
by the motor is recovered by the gearbox (within the limits of normal
efficiency of course). Electromagnetic compatibility
The torque requirement thus serves to define the gearbox (characterised (EC Directive 89/336/EEC dated 03/05/89)
by its maximum torque) and the choice of motor depends on the speed at
which the torque is required. Both asynchronous and synchronous motors and geared motors designed
for integration into more complex equipment by professionals, rather than
The usable power should be borne in mind in all cases, as it is the basic
end users, are excluded from the areas of application of this directive.
parameter when choosing a motor.
Crouzet will however be pleased to provide the EMC characteristics of its
products on request.

98
 4

99
 Direct drive single direction synchronous motors

➜ Starting/running torque 2.5 mNm

■ Constant speed dependent on supply frequency
■ Direction of rotation controlled by long-life mechanical
anti-return
■ Permanent magnet rotor with 5 pole pairs
■ Toughened shaft turning on two moulded polyamide
bearings
■ UL, CSA (class B) - VDE approved.

Specifications
0.16 watts

Type 82 340 0
Voltages/Frequencies 230 V 50 Hz
Direction of rotation
Clockwise 82 340 194
Anti-clockwise 82 340 195
General characteristics
Base speed of motor (rpm) 600
Absorbed power (W) 3
Usable Power (W) 0.16
Starting/running torque (mN.m) 2.5
Stall torque (mN.m) 3.3
Temperature rise (o C) 55
Ambient temperature (oC) -5 ➞ +60
Maximum inertial load that can be moved (g.cm2 ) 4.6
Number of offload starts 106 10
4 Max. reverse rotation angle (o ) 360
Insulation resistance (MΩ) 75 x 103
Breakdown voltage (V-50 Hz) 1800 - 1 s
Weight (g) 110
Wires length mm (approximately) 250
Protection rating IP30

Product adaptations

■ Pinion on output shaft

■ Special supply voltages
■ Special cable lengths
■ Special connectors

Dimensions
82 340 0

B 3 fixing holes ØM2 at 120 ° on r=19.5 max. depth 2.4 mm

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

To order, see page 13

100
Direct drive single direction synchronous motors

➜ Starting/running torque 8 mNm

■ Constant speed dependent on supply frequency
■ Direction of rotation controlled by long-life mechanical
anti-return
■ Permanent magnet rotor with 5 pole pairs
■ Toughened shaft turning on two moulded polyamide
bearings
■ UL, CSA (class B) - VDE approved

Specifications
0.42 Watts

Type 82 330 5
Voltage / Frequency 230 V - 50 Hz
Direction of rotation
Clockwise 82 330 582
Anti-clockwise 82 330 583
General characteristics
Base speed of motor (50 Hz) (rpm) 600
Absorbed power (W) 3.5
Usable Power (W) 0.42
Starting/running torque (mN.m) 8
Stall torque (mN.m) 12
Temperature rise (o C) 55
Ambient temperature (oC) -5 ➞ +60
Maximum inertial load that can be moved (g.cm2 ) 11
Number of offload starts 106 10
Max. reverse rotation angle (o ) 72 4
Insulation resistance (MΩ) 75 x 103
Breakdown voltage (V-50 Hz) 1800 - 1 s
Weight (g) 160
Wires length mm (approximately) 250
Protection rating IP30

Product adaptations

■ Pinion on output shaft

■ Special supply voltages
■ Special cable lengths
■ Special connectors

Dimensions
82 330 5

B 3 fixing holes Ø M2 at 120 ° on r=19.5 max. depth 3.5 mm

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

To order, see page 13

101
 Direct drive reversible synchronous motors

➜ Starting/running torque 12 mNm

■ Constant speed, dependant upon supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Sintered bearing lubricated for life
■ Silent operation
■ UL, CSA (class B) - VDE approved.

Specifications
2.7 Watts 2.7 Watts

Type 82 510 0 82 510 5

Voltages/Frequencies 230 - 240 V 50 Hz 230 - 240 V - 50/60 Hz
Part numbers 82 510 0 82 510 5
General characteristics
Base speed of motor (rpm) 250 500
Absorbed power (W) 2.7 2.7
Usable Power (W) 0.31 0.52
Starting/running torque (mN.m) 12 10
Stall torque (mN.m) 15 12
Temperature rise (o C) 55 65
Ambient temperature (oC) -10 +75 -5 +65
Maximum inertial load that can be moved (g.cm2 ) 22 22
Number of offload starts ∞ ∞
Insulation resistance (MΩ) 75x103 75x103
Breakdown voltage (V-50 Hz) 1800-1 sec 1800-1 sec
4 Weight (g) 90 90
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special output shafts

■ Pinion on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special mounting plate
■ Special connectors

To order, see page 13

102
Accessories
Voltages/Frequencies µF V Code
Capacitors motors 82 510 0/3
230-240 V - 50 Hz 0.33 ± 10 % 400 26 231 801
115 V - 50/60 Hz 0.27 ± 10 % 250 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708
Capacitors motor 82 510 5/8
230-240 V 50/60 Hz 0.39 ± 10 % 630 26 231 924
115 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V - 50/60 Hz 8.2 ± 10 % 70 26 231 711

Dimensions
82 510 0 82 510 5

3,2 3,2
1 1

B 2 fixing holes Ø 3.2 B 2 fixing holes Ø 3.2

Connections
In parallel In series
Motors 82 510 0 Motors 82 510 0/5 only
230 V - 240 V 50 Hz version
1 1
2 2 4

SA SI SA SI

UN UN

B SA : Clockwise B SA : Clockwise
C SI : Anti-clockwise C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

103
 Direct drive reversible synchronous motors

➜ Starting/running torque from 30 and 37.5 mN.m

■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Sintered bearing lubricated for life
■ Silent operation
■ UL, CSA (classe B) - VDE approved

Specifications
3.5 Watts 3.5 Watts

Type 82 520 0 82 520 4

Voltages/Frequencies 230-240 V 50 Hz 230-240 V 50 Hz
Part numbers 82 520 014 82 520 4
General characteristics
Base speed of motor (rpm) 250 375
Absorbed power (W) 3.5 3.5
Usable Power (W) 0.98 1.12
Starting/running torque (mN.m) 37.5 30
Stall torque (mN.m) 42 31
Temperature rise (o C) 55 55
Ambient temperature (oC) -10+75 -10+75
Maximum inertial load that can be moved (g.cm2 ) 33 33
Number of offload starts ∞ ∞
Insulation resistance (MΩ) 75x103 75x103
Breakdown voltage (V-50 Hz) 1800 -1 sec. 1800 -1 sec.
4 Weight (g) 210 210
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special output shafts

■ Pinion on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special mounting plate
■ Special connectors

To order, see page 13

104
Accessories
Voltages/Frequencies µF V Code
Capacitors motor 82 520 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V 60 Hz 0.33 ± 10 % 400 26 231 801
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
Capacitors motor 82 520 4
230/240 V - 50 Hz 0.12 ± 10 % 600 26 231 903
115 V - 60 Hz 0.39 ± 5 % 630 26 231 924
24 V - 50 Hz 15 ± 5 % 70 26 231 728
24 V - 60 Hz 12 ± 5 % 63 26 231 145

Dimensions
82 520 0

B 2 oblong fixing holes 3.5 wide

Connections
In parallel
Motors 82 520 0 - 82 520 4
1
2
4

SA SI

UN

B SA : Clockwise
C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

105
 Direct drive reversible synchronous motors

➜ Starting/running torque 55 mN.m

■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Sintered bearing lubricated for life
■ Silent operation
■ UL, CSA (class B) - VDE approved.

Specifications
3.6 Watts

Type 82 530 0
Voltage / Frequency 230-240 V 50 Hz
Part numbers 82 530 0
General characteristics
Base speed of motor (rpm) 250
Absorbed power (W) 3.6
Usable Power (W) 1.37
Starting/running torque (mN.m) 55
Stall torque (mN.m) 58
Temperature rise (o C) 45
Ambient temperature (oC) -10 ➞ +85
Maximum inertial load that can be moved (g.cm2 ) 130
Number of offload starts ∞
Insulation resistance (MΩ) 75x103
Breakdown voltage (V-50 Hz) 1800 -1 sec.
4 Weight (g) 340
Wires length mm (approximately) 250
Protection rating IP40

Product adaptations

■ Special output shafts

■ Pinion or bush on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special mounting plate
■ Special connectors

To order, see page 13

106
Accessories
Voltages/Frequencies µF V Code
Capacitors motor 82 530 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V - 50 Hz 10 ± 5 % 100 26 231 720
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708

Dimensions
82 530 0

B 2 fixing holes Ø 4.4

Connections
In parallel
Motors 82 530 0
1
2

4
SA SI

UN

B SA : Clockwise
C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

107
 Direct drive reversible synchronous motors

➜ Starting/running torque 106 mN.m

■ Constant speed,dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Sintered bearing lubricated for life
■ Silent operation
■ UL, CSA (class B) - VDE approved.

Specifications
7.2 Watts

Type 82 540 0
Voltages/Frequencies 230-240 V 510 Hz
Part numbers 82 540 0
General characteristics
Base speed of motor (rpm) 250
Absorbed power (W) 7.2
Usable Power (W) 2.65
Starting/running torque (mN.m) 106
Stall torque (mN.m) 118
Temperature rise (o C) 60
Ambient temperature (oC) -10 +70
Maximum inertial load that can be moved (g.cm2 ) 180
Number of offload starts ∞
Insulation resistance (MΩ) 75x103
Breakdown voltage (V-50 Hz) 1800 -1 sec.
4 Weight (g) 540
Wires length (mm) 250
Protection rating IP40

Product adaptations

■ Special output shafts

■ Pinion on output shaft
■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special mounting plate
■ Special connectors

To order, see page 13

108
Accessories
Voltages/Frequencies µF V Code
Capacitors motor 82 540 0
230-240 V 50 Hz 0.22 ± 5 % 630 26 231 909
115 V - 60 Hz 0.56 ± 5 % 400 26 231 822
24 V - 50 Hz 22 ± 10 % 63 26 231 703
24 V - 60 Hz 15 ± 5 % 70 26 231 728

Dimensions
82 540 0

B 4 oblong fixing holes 4.2 mm wide

Connections
In parallel
Motors 82 540 0
1
2

SA SI

UN

B SA : Clockwise
C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

109
 Single direction synchronous geared motors

➜ 0.5 Nm 3.5 Watts

■ Mechanical strength : 0.5 Nm

■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by long-life mechanical
anti-return device
■ Permanent magnet rotor

Specifications
3.5 Watts 3.5 Watts 3.5 Watts 3.5 Watts

Type 82 334 5 82 334 5 82 334 5 82 334 5

Direction of rotation Anti-clockwise Clockwise Anti-clockwise Clockwise
Voltages/Frequencies 230 V 50 Hz 230 V 50 Hz 240 V 50 Hz 240 V 50 Hz
Output speed Ratios (i)
60 rpm 10 82 334 734 82 334 726 82 334 811 82 334 803
50 rpm 12 ● ● ● ●
30 rpm 20 82 334 728 82 334 736 82 334 805 82 334 813
20 rpm 30 82 334 730 82 334 738 82 334 807 82 334 815
15 rpm 40 82 334 731 82 334 739 82 334 808 82 334 816
12.5 rpm 48 ● ● ● ●
12 rpm 50 82 334 733 82 334 741 82 334 810 82 334 818
10 rpm 60 82 334 756 82 334 764 82 334 772 82 334 780
7.5 rpm 80 82 334 758 82 334 766 82 334 774 82 334 782
6 rpm 100 82 334 759 82 334 767 82 334 775 82 334 783
5 rpm 120 82 334 760 82 334 768 82 334 776 82 334 784
4 4 rpm
3 rpm
150
200
82 334 769
●
82 334 761
●
82 334 785
●
82 334 777
●
2.5 rpm 240 ● ● ● ●
2 rpm 300 82 334 748 82 334 742 82 334 796 82 334 789
1 rpm 600 82 334 744 82 334 751 82 334 792 82 334 799
0.80 rpm 750 ● ● ● ●
0.5 rpm 1200 ● ● ● ●
0.33 rpm 1800 ● ● 82 334 794 82 334 801
0.25 rpm 2400 ● ● ● ●
0.20 rpm 3000 ● ● ● ●
0.10 rpm 6000 ● ● ● ●
5.00 rph 7200 ● ● ● ●
4.00 rph 9000 ● ● ● ●
3.00 rph 12000 ● ● ● ●
2.50 rph 14400 ● ● ● ●
1.00 rph 36000 ● ● ● ●
0.50 rph 72000 ● ● ● ●
1/12 rph 432000 ● ● ● ●
1/24 rph 864000 ● ● ● ●
General characteristics
Motor 82 340 0 82 340 0 82 340 0 82 340 0
Gearbox 81 021 0 81 021 0 81 021 0 81 021 0
Maximum permitted torque from 0.5 0.5 0.5 0.5
gearmotor under continuous
conditions for 1 millions turns of the
gearmotor (Nm)
Axial load static (daN) 1 1 1 1
Radial load static (daN) 8 8 8 8
Absorbed power (W) 3 3 3 3
Motor output (W) 0.16 0.16 0.16 0.16
Maximum temperature rise (oC) 55 55 55 55
Ambient temperature (oC) -5 ➞ +60 -5 ➞ +60 -5 ➞ +60 -5 ➞ +60
Weight (g) 160 160 160 160
Wires length mm (approximately) 250 250 250 250
Protection rating IP40 IP40 IP40 IP40

To order, see page 13

110
Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Graph of torque versus speed 82 334 5

mN.m

500
400
300
200
150
100
80
60
40
30
20 1

2 3 4 6 10 15 30 60
5

B RPM

Dimensions
82 334 5

3
1 4

B 2 fixing holes Ø 3.2

C (pushed-in shaft)
D 3.5 across flat
E Fixing clip

Options
Shaft 79 200 967 Shaft 79 200 779 Shaft 70 999 421 SP1295-10

1 1
1

B (pushed-in shaft ← ) B (pushed-in shaft ← ) B Across flat

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

111
 Single direction synchronous geared motors

➜ 0.5 Nm 3 Watts

■ Mechanical strength : 0.5 Nm

■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by long-life mechanical
anti-return device
■ Permanent magnet rotor

Specifications
3 Watts 3 Watts 3 Watts 3 Watts

Type 82 344 0 82 344 0 82 344 0 82 344 0

Direction of rotation Anti-clockwise Anti-clockwise Clockwise Clockwise
Voltages/Frequencies 230 V 50 Hz 240 V 50 Hz 230 V 50 Hz 240 V 50 Hz
Output speed Ratios (i)
60 rpm 10 82 344 744 82 344 736 82 344 698 82 344 690
50 rpm 12 ● ● ● ●
50 rpm 20 82 344 738 82 344 746 82 344 692 82 344 700
20 rpm 30 82 344 740 82 344 748 82 344 694 82 344 702
15 rpm 40 82 344 741 82 344 749 82 344 695 82 344 703
12.5 rpm 48 ● ● ● ●
12 rpm 50 82 344 743 82 344 751 82 344 697 82 344 705
10 rpm 60 82 344 752 82 344 760 82 344 706 82 344 714
7.5 rpm 80 82 344 754 82 344 762 82 344 708 82 344 716
6 rpm 100 82 344 755 82 344 763 82 344 709 82 344 717
5 rpm 120 82 344 756 82 344 764 82 344 710 82 344 718
4 4 rpm
3 rpm
150
200
82 344 765
82 344 766
82 344 757
82 344 758
82 344 719
82 344 720
82 344 711
82 344 712
2.5 rpm 240 ● ● ● ●
2 rpm 300 82 344 775 82 344 768 82 344 729 82 344 722
1 rpm 600 82 344 771 82 344 778 82 344 725 82 344 732
0.80 rpm 750 ● ● ● ●
0.5 rpm 1200 82 344 772 82 344 779 82 344 726 82 344 733
0.33 rpm 1800 82 344 773 82 344 780 82 344 727 82 344 734
0.25 rpm 2400 ● ● ● ●
0.20 rpm 3000 ● ● ● ●
0.10 rpm 6000 ● ● ● ●
5.00 rph 7200 ● ● ● ●
4.00 rph 9000 ● ● ● ●
3.00 rph 12000 ● ● ● ●
2.50 rph 14400 ● ● ● ●
1.00 rph 36000 ● ● ● ●
0.50 rph 72000 ● ● ● ●
1/12 rph 432000 ● ● ● ●
1/24 rph 864000 ● ● ● ●
General characteristics
Motor 82 340 0 82 340 0 82 340 0 82 340 0
Gearbox 81 021 0 81 021 0 81 021 0 81 021 0
Maximum permitted torque from 0.5 0.5 0.5 0.5
gearmotor under continuous
conditions for 1 millions turns of the
gearmotor (Nm)
Axial load static (daN) 1 1 1 1
Radial load static (daN) 8 8 8 8
Absorbed power (W) 3 3 3 3
Motor output (W) 0.16 0.16 0.16 0.16
Maximum temperature rise (oC) 55 55 55 55
Ambient temperature (oC) -5 ➞ +60 -5 ➞ +60 -5 ➞ +60 -5 ➞ +60
Weight (g) 160 160 160 160
Wires length mm (approximately) 250 250 250 250
Protection rating IP40 IP40 IP40 IP40

To order, see page 13

112
Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Graph of torque versus speed 82 344 0

mN.m

500
400
300
200
150
100
80
60
40
30
20 1

2 3 4 6 10 15 30 60
5

B RPM

Dimensions
82 344 0

3
1 4

B 2 fixing holes Ø 3.2

C (pushed-in shaft)
D 3.5 across flat
E Fixing clip

Options
Shaft 79 200 967 Shaft 79 200 779 Shaft 70 999 421 SP1295-10

1 1
1

B (pushed-in shaft ← ) B (pushed-in shaft ← ) B Across flat

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

113
 Single direction synchronous geared motors

➜ 2 Nm 3 and 3.5 Watts

■ Mechanical strength : 2 Nm
■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by long-life mechanical
anti-return
■ Permanent magnet rotor
■ Silent operation
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3 Watts 3.5 Watts

Type 82 304 0 82 305 5

Voltage / Frequency 230 V 50 Hz 230 V 50 Hz
Output speed Ratios
32 rpm 18.75 ● ●
24 rpm 25 ● ●
15 rpm 40 ● ●
12 rpm 50 ● ●
10 rpm 60 ● ●
7.5 rpm 80 ● ●
6 rpm 100 ● ●
5 rpm 120 ● ●
3.75 rpm 160 ● ●
2.4 rpm 250 ● ●
2 rpm 300 ● ●

4 1.11 rpm
1 rpm
540
600
●
●
●
●
0.75 rpm 800 ● ●
0.56 rpm 1080 ● ●
0.4 rpm 1500 ● ●
0.2 rpm 3000 ● ●
0.13 rpm 4800 ● ●
0.10 rpm 6000 ● ●
3/4 rph 27000 ● ●
2/3 rph 54000 ● ●
1/5 rph 180000 ● ●
General characteristics
Motor 82 340 0 82 330 5
Gearbox 81 033 0 81 033 0
Maximum permitted torque from gearmotor under continuous conditions for 1 millions turns of 2 2
the gearmotor (N.m)
Radial load static (daN) 1 1
Axial load static (daN) 10 10
Absorbed power (W) 3 3.5
Motor output (W) 0.16 0.42
Maximum temperature rise (oC) 55 55
Ambient temperature (oC) -50 ➞ +60 -50 ➞ +60
Weight (g) 250 300
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

114
Curves
Graph of torque versus speed 82 304 0 Graph of torque versus speed 82 305 0

m N .m
mN.m m N .m
mN.m

2000 2000
1500 1500
1200
1000 1200
1000
800 800
600 600
400 400
300 300
200 200

1/4 1/2 1 2 3 4 6 1 1/4 1/2 1 2 3 4 6 1

1/3 3/2 1/3 3/2

B RPM B RPM

Dimensions
82 304 0 - 82 305 5

4
4

5
3

1
2

B 2 fixing holes Ø 3.2

C 3 mounting bosses Ø 7.2 at 120° on radius = 19.5 with 3 holes M3 depth 4
4
D across flat
E (pushed-in shaft ← )
F fixing claw

82 304 0 L1 = 54.8 mm max. / Ø L2 = 47.2 mm max. / L3 = 16.9 mm max.

82 305 5 L1 = 59.85 mm max. / Ø L2 = 47.2 mm max. / L3 = 22.9 mm max.

Options
Shaft 79 202 573

B 5 across flat
C (pushed-in shaft ← )

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

115
 Single direction synchronous geared motors

➜ 3 Nm 3.5 Watts

■ Mechanical strength : 3 Nm
■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by long-life mechanical
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3.5 Watts

Type 80 333 5
Base speed of motor (rpm) 600
Voltage / Frequency 230-240 V - 50 Hz
Output speed (rpm) Ratios (i)
29 20.83 ●
14 41.66 ●
7 83.33 ●
4 150 ●
3.2 187.5 ●
2 300 ●
1.6 375 ●
1 600 ●
0.8 750 ●
0.5 1200 ●
0.267 2250 ●
4 0.25
0.167
2400
3600
●
●
General characteristics
Motor 82 330 5
Gearbox 81 023
Maximum permitted continuous rated gearbox output torque (Nm) 3
Axial load static (daN) 2
Radial load static (daN) 3
Absorbed power (W) 3.5
Motor output (W) 0.42
Maximum temperature rise (oC) 55
Ambient temperature (oC) -5 ➞ +60
Weight (g) 440
Wires length mm (approximately) 250
Protection rating IP30

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

116
Curves
Graph of torque versus speed 82 333 5

mN.m

B RPM

Dimensions
80 333 5

18,5 max.
+ +
48 2,3 -0,3 2,3 -0,3

8
20,6
13

+
+0,034

- 0,010

16 -0,7
80 -0,1
+

0,4
+
60 -0,1
41,6 max. 5,5

B 2 fixing holes Ø 4.1 max.

4
Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

117
 Single direction synchronous geared motors

➜ 5 Nm 3.5 Watts

■ Mechanical strength : 5 Nm
■ Constant speed, dependent on supply frequency
■ Speeds from 0.24 rpm to 24 rpm
■ Direction of rotation controlled by long-life mechanical
anti-return
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3.5 Watts 3.5 Watts

Type 80 337 5 80 337 5

Voltage / Frequency 230 V 50 Hz 240 V 50 Hz
Direction of rotation Output speed Ratios
Anti-clockwise 24 rpm 25 80 337 506 80 337 524
Anti-clockwise 14.40 rpm 41.66 80 337 509 80 337 534
Anti-clockwise 9.60 rpm 62.5 ● ●
Anti-clockwise 7.20 rpm 83.33 ● ●
Anti-clockwise 4.80 rpm 125 80 337 514 80 337 528
Anti-clockwise 2.40 rpm 250 80 337 516 80 337 529
Anti-clockwise 1.20 rpm 500 80 337 519 80 337 539
Anti-clockwise 0.80 rpm 750 ● ●
Anti-clockwise 0.24 rpm 2500 80 337 523 80 337 541
Clockwise 24 rpm 25 80 337 507 80 337 533
Clockwise 14.40 rpm 41.66 80 337 508 80 337 525
Clockwise 9.60 rpm 62.5 ● ●
4 Clockwise
Clockwise
7.20 rpm
4.80 rpm
83.33
125 80 337 515
●
80 337 537
●

Clockwise 2.40 rpm 250 80 337 517 80 337 538

Clockwise 1.20 rpm 500 80 337 518 80 337 530
Clockwise 0.80 rpm 750 ● ●
Clockwise 0.24 rpm 2500 80 337 522 80 337 532
General characteristics
Motor 82 330 5 82 330 5
Gearbox 81 037 0 81 037 0
Maximum permitted continuous-rated gearbox output torque over 1 million revolutions (N.m) 5 5
Radial load static (daN) 2 2
Axial load static (daN) 3 3
Absorbed power (W) 3.5 3.5
Motor output (W) 0.42 0.42
Maximum temperature rise (oC) 55 55
Ambient temperature (oC) -5 ➞ +60 -5 ➞ +60
Weight (g) 480 480
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

118
Dimensions
80 337 5

B 4 holes M4 depth 12 mm
C 7 across flat
D pushed-in shaft

Options
Shaft 79 206 478

20 max. 1
Ø14
Ø8

B (pushed-in shaft ← )

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.
4

119
 Reversible synchronous geared motors

➜ 0.5 Nm 2.7 Watts

■ Mechanical strength : 0.5 Nm

■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards.

Specifications
2.7 Watts 2.7 Watts
Type 82 514 0 82 514 5
Standard motor speed (rpm) 250 500
Voltage / Frequency 230-240 V - 50 Hz 230-240 V - 50/60 Hz
Output speed (250 RPM) Output speed (500 RPM) Ratios
25.00 rpm 50.00 rpm 10 ● ●
20.00 rpm 40.00 rpm 25/2 ● ●
12.50 rpm 25.00 rpm 20 ● ●
10.00 rpm 20.00 rpm 25 ● ●
5.00 rpm 10.00 rpm 50 ● ●
4.00 rpm 8.00 rpm 125/2 ● ●
2.50 rpm 5.00 rpm 100 ● ●
2.00 rpm 4.00 rpm 125 ● ●
1.25 rpm 2.50 rpm 200 ● ●
1.00 rpm 2.00 rpm 250 ● ●
0.50 rpm 1.00 rpm 500 ● ●
General characteristics
4 Motor
Gearbox
82 510 0
81 021 0
82 510 5
81 021 0
Base speed of motor (rpm) 250 500
Maximum permitted continuous rated gearbox output torque for 1 million revolutions of 0.5 0.5
gearbox output shaft (Nm)
Axial load static (daN) 1 1
Radial load static (daN) 8 8
Absorbed power (W) 2.7 2.7
Motor output (W) 0.31 0.52
Maximum temperature rise (oC) 50 60
Ambient temperature (oC) -5 ➞ +70 -5 ➞ +60
Weight (g) 140 140
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Graph of torque versus speed 82 514 0 Graph of torque versus speed 82 514 5
mN.m mN.m
500 500
300 300
200 200
150 150
100 100
60 60
40 40
1 1
2 3 4 5 10 20 25 40 50 2 3 4 5 10 20 25 40 50
B RPM B RPM

To order, see page 13

120
Accessories
Voltages/Frequencies µF V Code
Capacitors motor 82 510 0
230-240 V - 50 Hz 0.33 ± 10 % 400 26 231 801
115 V - 50/60 Hz 0.27 ± 10 % 250 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708
Capacitors motor 82 510 5
230-240 V 50/60 Hz 0.39 ± 10 % 630 21 231 924
115 V 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V 50/60 Hz 8.2 ± 10 % 70 26 231 711

Dimensions
82 514 0 - 82 514 5

4 B 2 fixing holes Ø 3.2

C Fixing clip
D 3.5 across flat
1
E pushed-in shaft

82 514 0 L = 40.5 mm
3
82 514 5 L = 42.8 mm

Options
Shaft 79 200 967 Shaft 79 200 779 Shaft 70 999 421 SP1295-10

1 1
1

B (pushed-in shaft ← ) B (pushed-in shaft ← ) B 5 across flat

Connections
In parallel In series
Motors 82 510 0 - 82 510 5 Motors 82 510 0 and 82 510 5
only 230 V - 240 V 50 Hz version
1 1
2 2

SA SI SA SI

UN UN

B SA : Clockwise B SA : Clockwise
C SI : Anti-clockwise C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

121
 Reversible synchronous geared motors

➜ 0.5 Nm 3.5 Watts

■ Mechanical strength : 0.5 Nm

■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3.5 Watts 3.5 Watts
Type 82 524 0 82 524 4
Base speed of motor (rpm) 250 375
Voltage / Frequency 230-240 V - 50 Hz 230-240 V - 50 Hz
Output speed (250 RPM) Output speed (375 RPM) Ratios (i)
25.00 rpm 37.50 rpm 10 82 524 001 ●
20.00 rpm 30.00 rpm 25/2 82 524 002 ●
13.33 rpm 20.00 rpm 75/4
12.50 rpm 18.75 rpm 20 82 524 003 ●
10.00 rpm 15.00 rpm 25 82 524 004 ●
5.00 rpm 7.50 rpm 50 82 524 008 ●
4.00 rpm 6.00 rpm 125/2 82 524 010 ●
2.50 rpm 3.75 rpm 100 ● ●
2.00 rpm 3.00 rpm 125 ● ●
1.00 rpm 1.50 rpm 250 82 524 016 ●
0.33 rpm 0.50 rpm 750 ● ●
General characteristics

4 Motor
Gearbox
82 520 0
81 021 0
82 520 4
81 021 0
Maximum permitted continuous rated gearbox output torque for 1 million revolutions of 0.5 0.5
gearbox output shaft (Nm)
Axial load static (daN) 1 1
Radial load static (daN) 8 8
Absorbed power (W) 3.5 3.5
Motor output (W) 0.98 1.12
Maximum temperature rise (oC) 50 50
Ambient temperature (oC) -5 ➞ +70 -5 ➞ +70
Weight (g) 140 140
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearing

Curves
Torque/speed curves 82 524 0 Torque/speed curves 82 524 4
mN.m mN.m
500 500
400 400
300 300
200 200
150 150
100 100
80 80
60 60
40 40
1 1
2 3 4 5 8 15 25 2 3 4 5 8 15 25
6 10 20 30 6 10 20 30
75/2 75/2
B RPM B RPM

To order, see page 13

122
Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 520 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V 60 Hz 0.33 ± 10 % 400 26 231 801
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
Capacitors motor 82 520 4
230/240 V - 50 Hz 0.12 ± 10 % 600 26 231 903
115 V 60 Hz 0.39 ± 5 % 630 26 231 924
24 V - 50 Hz 15 ± 5 % 70 26 231 728
24 V - 60 Hz 12 ± 5 % 63 26 231 145

Dimensions
82 524 0 - 82 524 4

4
3

B 2 fixing holes Ø 3.2

C Fixing clip
D 3.5 across flat
E pushed-in shaft

Options
Shaft 79 200 967 Shaft 79 200 779 Shaft 70 999 421 SP1295-10 4
1 1
1

B (pushed-in shaft ← ) B (pushed-in shaft ← ) B 5 across flat

Connections
In parallel
Motors 82 520 0 - 82 520 4
1
2

SA SI

UN

B SA : Clockwise
C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

123
 Reversible synchronous geared motors

➜ 2 Nm 2.7 Watts

■ Mechanical strength : 2 Nm
■ Constant speed, dependent on supply frequency
■ WIde range of speeds available
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards.

Specifications
2.7 Watts 2.7 Watts

Type 82 519 0 82 519 5

Voltage / Frequency 230-240 V - 50 Hz 230-240 V - 50/60 Hz
Base speed of motor (rpm) 250 500
Output speed (250 RPM) Output speed (500 RPM) Ratios (i)
10,00 rpm 20,00 rpm 25 ● ●
5,00 rpm 10,00 rpm 50 ● ●
2,50 rpm 5,00 rpm 100 ● ●
1,00 rpm 2,00 rpm 250 ● ●
0,50 rpm 1,00 rpm 500 ● ●
0,33 rpm 0,66 rpm 750 ● ●
0,16 rpm 0,32 rpm 1500 ● ●
5,00 rev/hr 10,00 rev/hr 3000 ● ●
General characteristics
Motor 82 510 0 82 510 5
Gearbox 81 033 0 81 033 0
4 Maximum permitted continuous rated gearbox output torque for 1 million revolutions of
gearbox output shaft Nm
2.0 2.0

Axial load static (daN) 1 1

Radial load static (daN) 10 10
Absorbed power (W) 2.7 2.7
Motor output (W) 0.31 0.52
Maximum temperature rise (oC) 50 60
Ambient temperature (oC) -5 ➞ +70 -5 ➞ +60
Weight (g) 230 230
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Graph of torque versus speed 82 519 0 Graph of torque versus speed 82 519 5
mN.m mN.m
2000 2000
1500 1500
1000 1000
600 600
400 400
300 300
200 200

100 1 100 1
5/6 1 2 10/3 5 15/2 15 20 5/6 1 2 10/3 5 15/2 15 20

B RPM B RPM

To order, see page 13

124
Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 510 0
230-240 V - 50 Hz 0.33 ± 10 % 400 26 231 801
115 V - 50/60 Hz 0.27 ± 10 % 250 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708
Capacitors for motor 82 510 5
230-240 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
115 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V - 50/60 Hz 8.2 ± 10 % 70 26 231 711

Dimensions
82 519 0 - 82 519 5

2
5

B 2 fixing holes Ø 3.2

C Fixing clip
D 5 across flat
E pushed-in shaft

82 519 0 L = 58.7 mm
82 519 5 L = 61 mm
4
Options
Shaft 79 200 967 Shaft 79 200 779 Shaft 79 999 421- SP1295-10

1 1
1

B (pushed-in shaft ← ) B (pushed-in shaft ← ) B 5 across flat

Connections
In parallel In series
Motors 82 510 0 - 82 510 5 Motors 82 510 0 and 82 510 5 only 230 V - 240 V 50 Hz version
1 1
2 2

SA SI SA SI

UN UN

B SA : Clockwise B SA : Clockwise
C SI : Anti-clockwise C SI : Anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

125
 Reversible synchronous geared motors

➜ 2 Nm 3.5 Watts

■ Machanical strength : 2 Nm
■ Constant speed, dependent on supply frequency
■ Wide range of speeds available
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3.5 Watts 3.5 watts

Type 82 529 0 82 529 4

Voltage / Frequency 230-240 V - 50 Hz 230-240 V - 50 Hz
Base speed of motor (rpm) 250 375
Output speed (250 RPM) Output speed (375 RPM) Ratios (i)
10.00 rpm 15.00 rpm 25 ● ●
5.00 rpm 7.50 rpm 50 ● ●
4.00 rpm 6.00 rpm 125/2 - ●
2.50 rpm 3.75 rpm 100 ● ●
1.00 rpm 1.50 rpm 250 ● ●
0.50 rpm 0.75 rpm 500 ● ●
0.33 rpm 0.50 rpm 750 ● ●
5.00 rev/hr 7.50 rev/hr 3000 ● ●
General characteristics
Motor 82 520 0 82 520 4
Gearbox 81 033 0 81 033 0
4 Maximum permitted continuous rated gearbox output torque for 1 million revolutions of
gearbox output shaft Nm
2.0 2.0

Axial load static (daN) 1 1

Radial load static (daN) 10 10
Absorbed power (W) 3.5 3.5
Motor output (W) 0.98 1.12
Maximum temperature rise (oC) 50 50
Ambient temperature (oC) -5 ➞ +70 -5 ➞ +70
Weight (g) 260 350
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Torque/speed curves 82 529 0 Torque/speed curves 82 529 4
mN.m mN.m

2000 2000
1500 1500
1000 1000
800 800
600 600
400 400
300 300
200 200
1 1
100 100
1 2 15/2 15 1 2 15/2 15
5/6 5/2 5 20 5/6 5/2 5 20
10/3 25/2 10/3 25/2
B RPM B RPM

To order, see page 13

126
Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 520 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V - 60 Hz 0.33 ± 10 % 400 26 231 801
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
Capacitors for motor 82 520 4
230/240 V - 50 Hz 0.12 ± 10 % 600 26 231 903
115 V - 60 Hz 0.39 ± 5 % 630 26 231 924
24 V - 50 Hz 15 ± 5 % 70 26 231 728
24 V - 60 Hz 12 ± 5 % 63 26 231 145

Dimensions
82 529 0 - 82 529 4

1
2 4

5
4

B 2 fixing holes Ø 3.2

C Fixing clip
D 5 across flat
E (pushed-in shaft ← )
F 3 mounting bosses Ø 7.2 at 120°
on radius= 19.5 - 3 holes M3 depth 4
4
Options
Shaft 79 202 573

B (shaft pushed-in ← )
C 5 across flat

Connections
In parallel Motors 82 520 0 - 82 520 4

1
2

SA SI

UN

B SA : clockwise
C SI : anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

127
 Reversible synchronous geared motors

➜ 3 Nm 2.7 Watts

■ Mechanical strength : 3 Nm
■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
2.7 Watts 2.7 Watts

Type 80 513 0 80 513 5

Voltages/Frequencies 230-240 V 50 Hz 230-240 V 50 Hz
Base speed of motor (rpm) 250 500
Output speed (250 RPM) Output speed (500 RPM) Ratios (i)
12 24 20.83 ● ●
6 12 41.66 ● ●
3 6 83.33 ● ●
1.667 3.333 150 ● ●
1.333 2.667 187.5 ● ●
0.833 1.667 300 ● ●
0.667 1.333 375 ● ●
0.417 0.833 600 ● ●
0.333 0.667 750 ● ●
0.208 0.417 1200 ● ●
0.111 0.222 2250 ● ●
4 0.104
0.069
0.208
0.139
2400
3600
●
●
●
●
General characteristics
Motor 82 510 0 82 510 5
Gearbox 81 023 0 81 023 0
Maximum permitted continuous rated gearbox output torque (Nm) 3 3
Axial load static (daN) 2 2
Radial load static (daN) 3 3
Absorbed power (W) 2.7 2.7
Motor output (W) 0.31 0.52
Maximum temperature rise (oC) 55 65
Ambient temperature (oC) -10 ➞ +75 -5 ➞ +65
Weight (g) 370 370
Wires length mm (approximately) 250 250
Protection rating IP00 IP00

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

128
Curves
Torque / speed curves 80 513 0 Torque / speed curves 80 513 5
mN.m mN.m

B RPM B RPM

Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 510 0
230-240 V - 50 Hz 0.33 ± 10 % 400 26 231 801
115 V - 50/60 Hz 0.27 ± 10 % 250 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708
Capacitors for motor 82 510 5
230-240 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
115 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V - 50/60 Hz 8.2 ± 10 % 70 26 231 711

Dimensions
80 513 0/5

18,5 max.
+ +
48 2,3 - 0,3 2,3 - 0,3

8
20,6

1
4
13

+
16 - 0,7
80 - 0,1
+

+
60 - 0,1 40,2 max.

B 2 fixing holes Ø 4.1 max.

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

129
 Reversible synchronous geared motors

➜ 3 Nm 3.5 Watts

■ Mechanical strength : 3 Nm
■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved, comply with IEC standards

Specifications
3.5 Watts 3.5 Watts

Type 80 523 0 80 533 0

Voltages/Frequencies 230-240 V 50 Hz 230-240 V 50 Hz
Base speed of motor (rpm) 250 250
Output speed (250 RPM) Ratios (i)
12 20.83 ● ●
6 41.66 ● ●
3 83.33 ● ●
1.667 150 ● ●
1.333 187,5 ● ●
0.833 300 ● ●
0.667 375 ● ●
0.417 600 ● ●
0.333 750 ● ●
0.208 1200 ● ●
0.111 2250 ● ●
4 0.104
0.069
2400
3600
●
●
●
●
General characteristics
Motor 82 520 0 82 530 0
Gearbox 81 023 0 81 023 0
Maximum permitted continuous rated gearbox output torque (Nm) 3 3
Axial load static (daN) 2 2
Radial load static (daN) 3 3
Absorbed power (W) 3.5 3.6
Motor output (W) 0.98 1.37
Maximum temperature rise (oC) 55 45
Ambient temperature (oC) -10 ➞ +75 -10 ➞ +85
Weight (g) 490 620
Wires length mm (approximately) 250 250
Protection rating IP00 IP00

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings
■ Special mounting plate

To order, see page 13

130
Curves
Torque / speed curves 80 523 0 Torque / speed curves 80 533 0
mN.m mN.m

B RPM B RPM

Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 520 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V - 60 HZ 0.33 ± 10 % 400 26 231 801
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
Capacitors for motor 82 530 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V - 50/60 Hz 0.39 ± 10 % 630 26 231 924
24 V - 50 Hz 10 ± 5 % 100 26 231 720
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708

Dimensions
80 523 0

18,5 max.
+ +
48 2,3 - 0,3 2,3 - 0,3

8
20,6

4
13

+
16 - 0,7
80 - 0,1
+

+
60 - 0,1 44,1 max. 5,5

B 2 fixing holes Ø 4.1 max.

80 533 0

36,5
+
48 2,3 - 0,3

8
20,6
13

+
16 - 0,7
80 - 0,1
+

1
3,25 max.

18,5 max.
+
60 - 0,1 53,9 max. 5,5

B 2 fixing holes M4 x 11

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

131
 Reversible synchronous geared motors

➜ 5 Nm 2.7 and 3.5 Watts

■ Mechanical strength : 5 Nm
■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved ; comply with IEC standards

Specifications
2.7 watts 3.5 Watts
Type 80 517 0 80 527 0
Voltage / Frequency 230-240 V / 50 Hz 230-240 V / 50 Hz
Base speed of motor (rpm) 250 250
Output speed (250 RPM) Output speed (375 RPM) Ratios
20 rpm 30 rpm 12.5 ● 80 527 010
10 rpm 15 rpm 25 ● 80 527 001
8 rpm 12 rpm 31.25 ● ●
6 rpm 9 rpm 41.66 ● 80 527 002
4 rpm 10 rpm 62.5 ● 80 527 003
3 rpm 4.5 rpm 83.33 ● ●
2 rpm 3 rpm 125 ● 80 527 005
1 rpm 1.5 rpm 250 ● 80 527 006
0.5 rpm 0.75 rpm 500 ● ●
0.33 rpm 0.5 rpm 750 ● 80 527 008
0.1 rpm 0.15 rpm 2500 ● ●
General characteristics
4 Motor
Gearbox
82 510 0
81 037 0
82 520 0
81 037 0
Maximum permitted continuous rated gearbox output torque for 1 million revolutions of 5 5
gearbox output shaft (Nm)
Axial load static (daN) 2 2
Radial load static (daN) 3 3
Absorbed power (W) 2.7 3.5
Motors output (W) 0.31 0.98
Maximum temperature rise (oC) 50 50
Ambient temperature (oC) -10 ➞ +70 -10 ➞ +70
Weight (g) 410 530
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Torque/speed curves 80 517 0 Torque/speed curves 80 527 0
mN.m mN.m

4000 5000 4000 5000

3000 3000
2000 2000
800 1000
600 800 1000
400 600
300 400
200 300
200
80 100
60 1 100
40 80 1
60
1/2 1 2 3 4 6 10 20 1 2 3 4 6 10 15 30
6 8 15 8
B RPM B RPM

To order, see page 13

132
Accessories
Voltages/Frequencies µF V Code
Capacitors for motor 82 510 0
230-240 V - 50 Hz 0.33 ± 10 % 400 26 231 801
115 V - 50/60 Hz 0.27 ± 10 % 250 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 26 231 708
Capacitors for motor 82 520 0
230-240 V - 50 Hz 0.10 ± 10 % 700 26 231 941
115 V - 60 Hz 0.33 ± 10 % 400 26 231 801
24 V - 50 Hz 8.2 ± 10 % 63 26 231 711

Dimensions
80 517 0 - 80 527 0

1
3

B 4 holes M4 depth 12
C 7 across flat
D (pushed-in shaft ← )

80 517 0 L1 = 55.3 mm Ø L2 = 35.8 mm L3 = 21.7 mm

80 527 0 L1 = 59.2 mm Ø L2 = 51.3 mm L3 = 25.6 mm
4
Options
Shaft 79 206 478

20 max. 1
Ø14
Ø8

B (pushed-in shaft ← )

Connections
In parallel In series
Motors 82 510 0 - 82 520 0 Motor 82 510 0 only 230 V - 240 V 50 Hz version
1 1
2 2

SA SI SA SI

UN UN

B SA : clockwise B SA : clockwise
C SI : anti-clockwise C SI : anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

133
 Reversible synchronous geared motors

➜ 5 Nm 3.5 and 7.2 Watts

■ Mechanical strength : 5 Nm
■ Constant speed, dependent on supply frequency
■ Direction of rotation controlled by dephasing
capacitor
■ Permanent magnet rotor
■ UL, CSA, VDE approved ; comply with IEC standards

Specifications
3.5 Watts 7.2 Watts
Type 80 527 4 80 547 0
Voltage / Frequency 230-240 V / 50 Hz 230-240 V / 50 Hz
Base speed of motor (rpm) 375 250
Output speed (250 RPM) Output speed (375 RPM) Ratios
20 rpm 30 rpm 12.5 ● 80 547 024
10 rpm 15 rpm 25 ● 80 547 015
8 rpm 12 rpm 31.25 ● ●
6 rpm 9 rpm 41.66 ● 80 547 016
4 rpm 10 rpm 62.5 ● 80 547 017
3 rpm 4.5 rpm 83.33 ● 80 547 018
2 rpm 3 rpm 125 ● 80 547 019
1 rpm 1.5 rpm 250 ● 80 547 020
0.5 rpm 0.75 rpm 500 ● 80 547 021
0.33 rpm 0.5 rpm 750 ● ●
0.1 rpm 0.15 rpm 2500 ● ●
General characteristics
4 Motor
Gearbox
82 520 4
81 037 0
82 540 0
81 037 0
Maximum permitted continuous rated gearbox output torque for 1 million revolutions of 5 5
gearbox output shaft (Nm)
Axial load static (daN) 2 2
Radial load static (daN) 3 3
Absorbed power (W) 3.5 7.2
Motors output (W) 1.12 2.65
Maximum temperature rise (oC) 50 55
Ambient temperature (oC) -10 ➞ +70 -10 ➞ +70
Weight (g) 530 860
Wires length mm (approximately) 250 250
Protection rating IP40 IP40

Product adaptations

■ Special supply voltages

■ Special cable lengths
■ Special connectors
■ Special output shafts
■ Special gearbox ratios
■ Special gear wheel material
■ Special output bearings

Curves
Torque/speed curves 80 527 4 Torque/speed curves 80 547 0
mN.m mN.m

5000
4000 5000 4000
3000
3000
2000 2000
800 1000
800 1000 600
600 400
400 300
300 200
200
100
100 80
80 1 60 1
60 40
1 2 3 4 6 10 15 30 1/2 1 2 3 4 6 10 20
8 5 8 15
B RPM B RPM

To order, see page 13

134
Accessories
Voltages/Frequencies µF V Code
Capacitors for motors 82 520 4
230/240 V - 50 Hz 0.12 ± 10 % 600 26 231 903
115 V - 60 Hz 0.39 ± 5 % 630 26 231 924
24 V - 50 Hz 15 ± 5 % 70 26 231 728
24 V - 60 Hz 12 ± 5 % 63 26 231 145
Capacitors for motor 82 540 0
230-240 V 50 Hz 0.22 ± 5 % 630 26 231 909
115 V - 60 Hz 0.56 ± 5 % 400 26 231 822
24 V - 50 Hz 22 ± 10 % 63 26 231 703
24 V - 60 Hz 15 ± 5 % 70 26 231 728

Dimensions
80 527 4 - 80 547 0

1
3

B 4 holes M4 depth 12
C 7 acroos flat
D (pushed-in shaft ← )

80 527 4 L1 = 59.2 mm Ø L2 = 51.3 mm L3 = 25.6 mm

80 547 0 L1 = 76.6 mm Ø L2 = 65.3 mm L3 = 43 mm 4
Options
Shaft 79 206 478

20 max. 1
Ø14
Ø8

B (pushed-in ← )

Connections
In parallel
Motors 82 520 4 - 82 540 0
1
2

SA SI

UN

B SA : clockwise
C SI : anti-clockwise

Other information
The speed of a motor powered by a 60 Hz supply is 20 % higher than that of a motor powered by a 50 Hz supply.

135
4

136
Stepper motors
Stepper motors

137
 Guide to selecting stepper motors

Gearbox
Max. torque (Nm)
X 0.5 2

Type of gearbox
X 81 021 81 033

65,8 max.
65,7 max.
Moteurs directs
56 max. 56 max.
Absorbed
Holding torque (Nm) Number of Motor type
power
phases dimensions (mm)
(W) 2 phases 4 phases
X146/148 82 910 X158 82 914 X160 82 919

5 25 20 24
Ø 35/50

X150 82 910 X158 82 914

5 20 15 48
Ø 35/50

X152 82 920 X158 82 924 X160 82 929

7,5 70 57 48
Ø 51/77

X154 82 930

10 180 155 48
Ø 58/79

X156 82 940

12,5 300 240 48

65 x 65

138
3 5

81 023 81 037

65 max.

65 max.
80

60

X162 80 913 X164 80 917

X162 80 913

X162 80 923 X164 80 927

X162 80 933

X166 80 947

139
 The advantages of stepper motor

It is useful to examine the principal characteristics of stepper motors and ➜ 2-phase motor - two-pole supply
evaluate their advantages

Characteristics Advantages
No brushes No wear, therefore long
operating life
Open loop operation No need for encoder or emulator (cost
reduction)
Several step angles Provides optimum characteristics for
available the resolution of speed/load.
Direct motor drive from a Easy integration into a
digital signal complex system ➜ 4-phase motor - single-pole supply

The basic advantage of a stepper motor is that it can operate within

an open loop, that is to say that in normal operating conditions, for n
impulses one obtains n steps.

Stepper motors are found in numerous applications such as :

photocopiers, typewriters, bank printers, computer peripherals, x-y
plotters, instrumentation, medical pumps, drip feeders, vending machines,
gaming machines, automobiles, heating and ventilation and process
control.

Principles of stepper motors Different types of energisation

The operation of a stepper motor requires the presence of the following ➜ 2 phases
elements :
■ A control unit ( a micro-processor for example) which supplies impulses
I1 I2 °
the frequency of which is proportional to the speed of the motor. This
applies equally to both directions of rotation; I 0 0
■ A sequencer which will direct the impulses to the various motor coils. 1 phase on 0 I 90
-I 0 180
5 ■ A power supply.
0 -I 270
I I 45
Power supply 2 phases on -I I 135
-I -I 225
I -I 315
I 0 0
Control unit Motor
I I 45
Sequencer
0 I 90
1/2 step -I I 135
-I 0 180
➜ The variable reluctance stepper motor -I -I 225
This type of motor functions according to the Law of maximum flux. 0 -I 270
I -I 315
Constitution :
■ A stator with teeth
■ A rotor with teeth
➜ 4 phases

I11 I12 I21 I22 °

3RD step
I 0 0 0 0
1ST step 2ND step
1 phase on 0 0 I 0 90
0 I 0 0 180
0 0 0 I 270
I 0 I 0 45
2 phases on 0 I I 0 135
0 I 0 I 225
I 0 0 I 315
I 0 0 0 0
I 0 I 0 45
0 0 I 0 90
1/2 step 0 I I 0 135
➜ The permanent magnet stepper motor 0 I 0 0 180
Constitution : 0 I 0 I 225
■ A stator with teeth 0 0 0 I 270
■ A magnetised rotor I 0 0 I 315

140
 Example of the paper feed on a printer.
Static characteristics Inertias:
➜ Current per phase J pinions + J gears + J rollers. These inertias must be applied to the
This is the current rating per phase at zero frequency (motor stopped) motor shaft.
which produces the maximum permitted temperature rise for the motor in
operation. This current is measured when power & voltage are constant. Antagonistic torque:
This is the weight of the paper. It is not significant compared to the dry
➜ Static holding torque friction torque.
With the motor energised, the static holding torque is the torque which
must be applied via the motor shaft to induce continuous rotation. Viscous friction torque:
This torque caused by the displacement of the roller in air is negligible.
a = step angle

Dry friction torque:

This is the torque caused by the friction of the different shafts (gears and
rollers) on their bearings.

Up to now, we have mentioned the external constraints but there are

constraints caused by inertia, viscous friction and dry friction inside the
motor.

Inertia:
Inertia of the rotor.

➜ Holding torque (Cm) Viscous friction:

The holding torque is the minimum torque which needs to be applied
■ Friction of the rotor in the air.
to the rotor for it to turn, measurement being made with the «motor
energised two phases at a time» at zero frequency. ■ Resistive torque caused by resulting air flow of which the effect is the
equivalent of viscous torque.
➜ Detent torque
This torque has the same definition as the holding torque but with the Dry friction:
motor de-energised. For a given system, the variation of the antagonistic torque and the
frequency of the drive impulses determine the dynamic characteristics of
the motor.
Dynamic characteristics
➜ Elementary movement
There are 4 types of constraints which can influence a motor :
Limit characteristic of
The inertial load JL the stop-start condition

This factor only affects the motor during acceleration or deceleration,

Limit characteristic of
and also influences the resonant frequency. If JL is the result of the load
inertia (directly applied to the motor shaft) the equivalent torque caused
the overspeed condition 5
by this inertia is a function of the transmission system (see later section
concerning mechanical aspects).

➜ Dynamic torques
For a given system, the variation of the antagonistic torque and the
frequency of the drive impulses determine the dynamic characteristics of
the motor, for one power value.
motor direction
Zone A
Operation possible but risk of excessive noise generation due to motor
shocks.
The antagonistic torque MR
Zone B
This is the torque which opposes the general rotation of the motor.
Risk of loss of synchronisation : low frequency resonance.
A pulley and weight system best exemplifies this torque.
Zone C
The resistive torque caused by viscous friction
Stop-start zone.
This is proportional to the speed. By definition, this friction represents the
Starting and stopping of the motor in this zone without loss of step.
result of the actions of a liquid or a gas on a solid which moves though
liquid or gas. Cars and aircraft are good examples of this.
Zone D
The resistive torque caused by dry friction Overspeed zone.
Operation possible if the stopping and starting occur in zone C.
This is always against the direction of movement. By definition, this
friction represents the result of actions applied on a solid moving against
another solid. Zone E
Operation impossible.

141
 ➜ Remarks on a given specification ➜ Two-level voltrage supply
For a given type of motor and number of phases several coil types are All the improvements are based on increasing the ramp at the source of
available. They have been developed in order to adapt the motor to each the current in the (R-L) circuit.
type of electronic control. The first method consists of increasing the total resistance of the circuit.
The second method consists of increasing the supply voltage for a certain
For example : time, with the average power dissipated within the motor not producing a
a low resistance is required for a DC supply and a higher resistance will temperature rise above that permitted.
be appropriate for a constant voltage supply. However, all the coil types
are roughly equivalent from the point of view of power absorbed, ampere/
revolution and the (L/R) time constant (static).

These motors will have about the same performance for a given type of
electronic control.

Example motor 82 910 - 2 phases.

82 910 001 82 910 005 82 910 022

R 1 9 12.9 66
L H 12 15 68
N tr 320 373 762
Ie A 0.52 0.44 0.19
NI A.tr 166.4 164 145
P W 4.9 5 4.8
Z=L/R ms 1.3 1.15 1

➜ Step precision ➜ Constant current supply

Condition : (full stepping with 2 phases energised) The supply voltage is considerably higher than the nominal RI. The
The external loads are nil, the current is at its nominal value. current is regulated by a transistor functioning in digital
Measurement is made on all the steps and for a complete rotation. mode following the given principle of chopper supplies

Definition:
Positioning precision
This is the variance with the theoretical equilibrium position.
I maximum
Step precision
I average
This is the variance of the movement angle (step)
I minimum
➜ Influence of the inertia of the load
Fo - Maximum frequency of stopping-starting with no load inertia

5 JR - Inertia of the rotor

JL - Inertia of the load

Note :
The above formula is determined using the approximation JL ~ JR
Comparisons
Power supplies ➜ Energisation «one phase at a time» «two phases at a
➜ Notation time»
One phase of the motor has a resistance R and an inductance L Comparison at the same absorbed power

➜ Constant voltage supply 1 phase at a time 2 phases at a time

without a series resistor with a series resistor
Power P = R (rI)2 P = 2RI2

Current per phase rI I

Holding torque r r Cm

The holding torque is proportional to the current and is linear in the

magnetic region.
Beyond this, the phenomenon of saturation renders the holding torque
almost independent of the current.
The use of a series resistor necessitates the increase of the supply Cm1 = Holding torque produced by phase 1 supplied by I
voltage from :
Cm2 = Holding torque produced by phase 2 supplied by I
U to R + Ro U in order to maintain the same
R absorbed power to the motor.

142
 Notes
In this catalogue, each motor shown has an 8-digit part number which is
a complete definition. To avoid any error, this part number should appear
on orders.

How to define your requirements

The stepper motor can satisfy numerous applications : to find the right
motor for your application, certain points require definition :
Cm = Holding torque of the motor energised «two phases at a time»
➜ Mechanical characteristics
Define clearly your system and your drive layout in order to evaluate
➜ Comparison «2 phases» - «4 phases» the frictions and inertias as they apply to the motor shaft (see appendix
covering mechanical aspects).
Comparison with constant voltage and resistance.
Define your transmission mode. Determine the usable torque, in dynamic
and holding form.
2 phases
Determine the number of steps to accomplish and the time allocated for
this movement.
Select an operating speed.
4 phases
Select a supply mode (constant voltage, two voltage levels, constant
current).
Should the motor selected produce the necessary torque at the required
frequency but in the overspeed zone, do not forget to ramp up and down
Comparison of the «2 phases» and «4 phases» motor supplied at to prevent any loss of step.
constant voltage
Determination of conditions of use : temperature, axial and radial load,
operational frequency. In certain cases the use of a gearbox will provide
2 phases 4 phases extra torque and speed; for such cases refer to curves in the catalogue to
indicate the usable power and 3/15speed available.
High in low frequency High in low frequency
Performance Low in high frequency
➜ Specific requirements
Motor price Low Supplement to cover 6 leads Elements to provide to define a motor correctly if you do not find the
product you need in the catalogue:
Electronics 8 transistors 4 transistors
Dimensions, step angle, resistance, number of phases, lead length, type
of connector, supply type, operating frequency, required torque, operating
cycle.
But if your application requires special shafts or other mechanical
Approvals or electric adaptations (pinions, connectors etc) our staff are at 5
your disposal (for significant quantities). We point out as well that
➜ Permanent magnet stepper motors numerous adaptations exist as standard or semi-standard versions.
The standard connection leads AWG22 are approved to UL 80°C, 300V.
(AWG24 available on request).

➜ Hybrid stepper motors

The standard connection leads AWG22 are approved to UL 125°C, 300V.
UL 325 - 6 CSA

➜ Other hybrid steppers versions

Certain hybrid motors can be supplied in 2 phase (4 leads) or 4 phase
(8 leads). The motors are marked as follow.

A - Connections in series B - Connections in parallel

Red Red
Black
Red/White Red/White

Green Green/White
White
Green Green/White

Red Red

Black Black

Brown Brown
orange

Green/White
Green/White

Green

Red/White Red/White
Orange
Green

White
White

143
 MECHANICAL ASPECTS

Wheel/screw system Transmission by belt (or chain)

2
1
J = M1 + 2m + M R1
2
J = JV + 2 Jr
R 2

Jv = Inertia considered as a cylinder of a

diameter equal to the initial diameter. M1 = Mass of motor pulley
M2 = Mass of drawn pulley
Jr = Inertia of the wheel considered as a
whole cylinder of a diameter equal to the m = Mass of belt
initial diameter.
If the drawn pulley also receives the inertia moment Jc of a load then :
R = Reduction ratio

2 2
J = M1 + 2m + M2 R1 + JC R1
Rack and pinion
2 R2
( )
J = Mr2 + mr2
M
2

M = Mass to be moved
m = Mass of pinion

Example of a gearbox
Threaded screw system
1
J= Jc + Jr
2 R2
mr2
J = MP
4/2 + 2
Screw
pitch
Jc = Load inertia carried at the gearbox output shaft
M = Mass to be moved Jr = Gearbox inertia
m = Mass of the screw R = Gearbox ratio
r = Average radius of screw

➜ NB:
Inertia
5 Calculation of inertias applied to motor The inertia of a gearbox is calculated stage by stage, each gearwheel
being considered as a cylinder.

2 2

➜ Cylinder Jr = J1 + ( R1 ) (J + J ) + ( R1 ) (J + J ) + .......
1
2 3
1
4 5

2
J = mR
2
In practice the calculation of the first two gears, even the first one only,
will give a sufficient approximate value.

➜ Wheel - Weight/pulley

J = mR2
m2

2
J = mR + mR
2

2 m
m1

➜ Coaxial cylinders (tenons)

2 2
J = M1R1 + M2R2
2 2

M1 = Mass of cylinder 1
M2 = Mass of cylinder 2

144
Torque conversion chart
Nm cm kg cm N m Nm cm gr in.oz lb.Ft

1b.Ft 1.383 =13.83 =138.3 =1383 =13830 =192 =1

in.oz 0.00072 =0.0723 =0.723 =7.23 =72.3 =1 =0.0052
cm gr 0.0001 =0.001 =0.01 =0,1 =1 =0,0.139 =0.0000723
m Nm 0.001 =0.01 =0.1 =1 =10 =0.139 =0.000723
cm N 0.01 =0.1 =1 =10 =100 =1.39 =0.00723
cm kg 0.1 =1 =10 =100 =1000 =13.9 =0.0723
Nm 1 =10<

Moment of inertia
B
kg-cm2 g-cm2 kg-cm-s2 g-cm-s2 Ib-in2 oz-in2 Ib-in-s2 oz-in-s2 Ib-ft2 Ib ft -s2
A
1.01972 8.85073 1.41612 2.37303 7.37561
kg-cm2 1 103 1.01972 0.341716 5.46745
x10-3 x10-4 x102 x10-3 x103
1.01972 1.01972 3.41716 5.46745 8.85073 1.41612 2.37303 7.37561
g-cm2 10-3 1
x10-6 x10-3 x10-4 x10-3 x10-7 x10-5 x10-6 x10-6
980.665 5.36174 7.23300
kg-cm-s2 980.665 1 103 335.109 0.867960 13.8874 2.32714
x103 x103 x10-2
8.67960 1.38874 2.32714 7.23300
g-cm-s2 0.980665 980.665 10-3 1 0.335109 5.36174
x10-4 x10-2 x10-3 x10-5
2.98411 2.98411 2.59009 4.14414 6.94444 2.15840
Ib-in2 2.92641 2.98411 1 16
x103 x10-3 x10-3 x10-2 x10-3 x10-4
1.96507 1.61880 2.59009 4.34028 1.34900
oz-in2 0.182901 182.901 0.186507 0.0625 1
x10-4 x10-4 x10-3 x10-4 x102
1.12985 1.12985 1.15213 6.17740 8.33333
Ib-in-s2 1.15213 386.088 1 16 2.68117
x103 x106 x103 x10-3 x102
70.6157 72.0079 6.25
oz-in-s2 70.6157 72.0079 24.1305 386.088 1 0.107573 52.0833
x103 x10-3 x10-2 x10
421.403 3.10810
Ib-ft2 421.403 0.429711 429.711 144 2304 0.372972 5.96756 1

1.35582
x103
1.35582 1.38255 4.63305 7.41289
x102
5
Ib ft -s2 13.8255 12 192 32.1740 1
x104 x107 x104 x103 x104

Conversion tables

g ounces kg Ibs cmkg in/ Ibs cmg in/oz

7.1 1/4 0.008 0.23 1/2 1.10 1.152 1 0.870 72 1 0.013

14.2 1/2 0.017 0.45 1 2.20 2.304 2 1.739 144 2 0.026
21.3 3/4 0.025 0.91 2 4.41 3.456 3 2.609 216 3 0.039
28.3 1 0.035 1.36 3 6.61 4.608 4 3.478 288 4 0.053
42.5 1 1/2 0.053 1.81 4 8.82 5.760 5 4.348 360 5 0.069
56.7 2 0.070 2.27 5 11.0 6.912 6 5.218 432 6 0.078
70.9 2 1/2 0.087 2.72 6 13.2 8.064 7 6.087 504 7 0.091
85.0 3 0.106 3.18 7 15.4 9.216 8 6.957 574 8 0.106
113.0 4 0.141 3.63 8 17.6 10.368 9 7.826 648 9 0.120
142.0 5 0.176 4.08 9 19.8 11.520 10 8.696 720 10 0.139
170.0 6 0.212 4.54 10 22.0 1152 12 0.212
198.0 7 0.247 4.99 11 24.2 1440 20 0.278
227.0 8 0.282 5.44 12 26.4 2160 30 0.416
255.0 9 0.318 5.90 13 28.6 2880 40 0.555
283.0 10 0.353 6.35 14 30.8 3600 50 0.694
312.0 11 0.388 6.80 15 33.1
340.0 12 0.424 7.26 16 35.2
368.0 13 0.459
397.0 14 0.494
425.0 15 0.53
454.0 16 0.564

145
 Direct drive stepper motors

➜ 15° 5 Watts

■ 24 steps/revolution (15°)
■ Absorbed power : 5 W
■ 2 or 4 phase versions available

Specifications
2 phases 4 phases

Type 82 910 5 82 910 5

Number of phases 2 4
Part numbers 82 910 501 82 910 502
General characteristics
Electronic controller used Bipolar Unipolar
Resistance per phase (Ω) 12.9 115
Inductance per phase (mH) 17.3 62
Current per phase (A) 0.44 0.14
Holding torque (mN.m) 20 15
Voltage at motor terminals (V) 5.6 17
Absorbed power (W) 5 5
Step angle (o) 15 15
Positioning accuracy (mm) 5 5
Inertia of rotor (gcm2) 4.9 4.9
Max. detent torque (mN.m) 3 3
Max. coil temperature (oC) 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 14 14
Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 standard > 103 > 103

5 Bearings
Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200 standard
Sintered bronze
> 600
Sintered bronze
> 600
Wires length (mm) 250 250
Weight (g) 90 90
Protection rating IP40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

146
Curves
Nominal value dynamic curves Nominal value dynamic curves
2 phases - 12.9 Ω 4 phases - 115 Ω
mNm mNm

15 15

10 10

3
5 2 5

0 0
0 50 100 200 300 400 500 600 Hz 0 50 100 200 300 400 500 600 Hz
125 250 500 750 1000 1250 125 250 500 750 1000 1250 1

B RPM B RPM
C Stopping-starting C Stopping-starting
D Max. operating curves D Max. operating curves

Measurement conditions : Measurement conditions :

L 297 298 SGS constant voltage L 297 298 SGS constant voltage
supply board, 5.6 V at motor supply board, 5.6 V at motor
terminals, terminals,
2 phases energised, full steps, 2 phases energised, full steps,
inertia of measuring system 4.53 inertia of measuring system 4.53
g.cm2 g.cm2

Dimensions

3,2
1

B 2 fixing holes Ø 3.2 +0.1

0
5
Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for clockwise Energisation sequence for clockwise
rotation (viewed from shaft end) rotation : 2 phases energised (viewed from
shaft end, front forward)
Commons connected to positive.

147
 Direct drive stepper motors

➜ 7.5° 5 Watts

■ 48 steps/revolution (7.5°)
■ Absorbed power : 5 W
■ 2 or 4 phase versions available

Specifications
2 phases 2 phases 2 phases

Type 82 910 0 82 910 0 82 910 0

Electronic controller used Bipolar Bipolar Bipolar
Bearings Sintered bronze Sintered bronze Sintered bronze
Part numbers 82 910 001 ● ●
General characteristics
Resistance per phase (Ω) 9 9 9
Inductance per phase (mH) 12 12 12
Current per phase (A) 0.52 0.52 0.52
Holding torque (mN.m) 25 25 25
Voltage at motor terminals (V) 4.7 4.7 4.7
Absorbed power (W) 5 5 5
Step angle (o) 7.5 7.5 7.5
Positioning accuracy (mm) 5 5 5
Inertia of rotor (gcm2) 4.9 4.9 4.9
Max. detent torque (mN.m) 3 3 3
Max. coil temperature (oC) 120 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 14 14 14
Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 > 103 > 103 > 103
standard
5 Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200
standard
> 600 > 600 > 600

Wires length (mm) 250 250 250

Weight (g) 90 90 90
Protection rating IP 40 IP 40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

148
Curves
Inertia of measuring chain : 1.5 g.cm2
a = constant voltage controller with Rs (resistance in series) = 0
b = constant voltage controller with Rs (resistance in series) = R motor
c = constant voltage controller with Rs (resistance in series) = 2R motor
d = constant voltage controller with Rs (resistance in series) = 3R motor
The measurements are made with full stepping, 2-phases energised.

2 phases Max. stopping-starting and operating Max. stopping-starting frequency

curves at I constant (PBL 3717) for 2 curves as a function of the external
(motor) phases 12.9 Ω inertia load at zero antagonistic
torque. Tests at constant U

mN.m
mN.m

d
18
16 c 15
14 3
12,5 2
12 a
10 b 10
8
3
7,5 1
6 2
4 5
2
2 2,5
200 400 600 800 1000 1200 Hz 0
250 500 750 1000 1200 1500 1 400 800 1200 1600 2000 Hz
500 1000 1500 2000 2500 1

B RPM B RPM B 2 phases

C Max. stopping-starting curves C Max. stopping-starting curves C 4 phases
D Max. operating curves D Max. operating curves

Dimensions
ØA
ØC

3,2
5
D
1

B 2 fixing holes Ø 3.2

Connections
2 phases

1 2 3 4
1 - + - +
2 - + + -
1 3 + - + -
4 + - - +
5 - + - +

B Step
Energisation sequence for clockwise
rotation (viewed shaft end)

149
 Direct drive stepper motors

➜ 7.5° 5 Watts

■ 48 steps/revolution (7.5°)
■ Absorbed power : 5 W
■ 2 or 4 phase versions available

Specifications
4 phases 4 phases 4 phases

Type 82 910 0 82 910 0 82 910 0

Electronic controller used Unipolar Unipolar Unipolar
Bearings
Sintered bronze ● ● ●
Plastic ● ● ●
General characteristics
Electronic controller used Unipolar Unipolar Unipolar
Resistance per phase (Ω) 15.5 15.5 15.5
Inductance per phase (mH) 8 8 8
Current per phase (A) 0.4 0.4 0.4
Holding torque (mN.m) 20 20 20
Voltage at motor terminals (V) 6.2 6.2 6.2
Absorbed power (W) 5 5 5
Step angle (o) 7.5 7.5 7.5
Positioning accuracy (mm) 5 5 5
Inertia of rotor (gcm2) 4.9 4.9 4.9
Max. detent torque (mN.m) 3 3 3
Max. coil temperature (oC) 120 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 14 14 14
5 Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 > 103 > 103 > 103
standard
Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200 > 600 > 600 > 600
standard
Wires length (mm) 250 250 250
Weight (g) 90 90 90
Protection rating IP 40 IP 40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

150
Curves
Inertia of measuring chain : 1.5 g.cm2
a = constant voltage controller with Rs (resistance in series) = 0
b = constant voltage controller with Rs (resistance in series) = R motor
c = constant voltage controller with Rs (resistance in series) = 2R motor
d = constant voltage controller with Rs (resistance in series) = 3R motor

The measurements are made with full stepping, 2-phases energised.

4 phases Max. stopping-starting frequency

curves as a function of the external
inertia load at zero antagonistic
torque.Tests at constant U.
mN.m

18
16
c 2
14
12 3
10
b 1
8
a
6
4 2
2

200 400 600 800 1000 1200 Hz

250 500 750 1000 1200 1500 1
B RPM B 2 phases
C Max. stopping-starting curves C 4 phases
D Max. operating curves

Dimensions
ØA
ØC

3,2
D
1
5
B 2 fixing holes Ø 3.2

Connections
4 phases

1 2 3 4
1 - -
2 - -
1 3 - -
4 - -
5 - -

B Step
Energisation sequence for clockwise
rotation : 2 phases energised (viewed from
shaft end, front forward).
Commons connected to positive.

151
 Direct drive stepper motors

➜ 7.5° 7.5 Watts

■ 48 steps/revolution (7.5°)
■ Absorbed power : 7.5 W
■ 2 or 4 phase versions available

Specifications
2 phases 4 phases

Type 82 920 0 82 920 0

Number of phases 2 4
Electronic controller used Bipolar Unipolar
Resistance per phase (Ω) Current per phase (A) Voltage at motor terminals (V)
10.7 0.59 0.59 82 920 001 ●
46 0.28 12.9 ● 82 920 012
General characteristics
Absorbed power (W) 7.5 7.5
Holding torque (mN.m) 70 57
Step angle (o) 7.5 7.5
Positioning accuracy (mm) 5 5
Inertia of rotor (gcm2) 18.8 18.8
Max. detent torque (mN.m) 6 6
Max. coil temperature (oC) 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 9.3 9.3
Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 standard > 103 > 103
Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200 standard > 600 > 600
Wires length (mm) 250 250

5 Weight (g)
Protection rating
210
IP40
210
IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

152
Curves
2 phases 4 phases 2 phases - Max. stopping-starting Max. stopping-starting frequency
and operating curves at I constant curves as a function of the external
(PBL 3717) for 2 (motor) phases inertia load at zero antagonistic
10.7 Ω. Holding torque 70 mN.m. torque. Tests at constant U.
Current per phase 0.59 A

mN.m mN.m mN.m

c d
40 40 60
d 2 50
30 30
40 3
20 20 30
a b c a b 2
3
20 2
10 2 10
10 1
100 200 300 400 500 600 Hz 100 200 300 400 500 600 Hz 0
200 400 600 800 1000 Hz
125 250 375 500 625 750 1 125 250 375 500 625 750 1 250 500 750 1000 1250 1

B RPM B RPM B RPM B 2 phases

C Max. stopping-starting curves C Max. operating curves C Max. stopping-starting curves C 4 phases
D Max. operating curves D Max. operating curves

Inertia of measuring chain : 2.2 g.cm2

a = constant voltage controller with Rs (resistance in series) = 0
b = constant voltage controller with Rs (resistance in series) = R motor
c = constant voltage controller with Rs (resistance in series) = 2R motor
d = constant voltage controller with Rs (resistance in series) = 3R motor

The measurements are made with full stepping, 2-phases energised.

Dimensions

5
1

B 2 oblong fixing holes : wide 3.5

Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for clockwise Energisation sequence for clockwise
rotation : (viewed shaft end) rotation :
2 phases energised (viewed shaft end, front
forward)
Commons connected to positive.

153
 Direct drive stepper motors

➜ 7.5° 10 Watts

■ 48 steps/revolution (7.5°)
■ Absorbed power : 10 W
■ 2 or 4 phase versions available

Specifications
2 phases 4 phases

Type 82 930 0 82 930 0

Number of phases 2 4
Electronic controller used Bipolar Unipolar
Resistance per phase (Ω) Current per phase (A) Voltage at motor terminals (V)
9 0,75 6,6 ●
22,3 0,48 10,4 82 930 002
7,4 0,81 6 ●
32 0,39 12,5 82 930 015
General characteristics
Absorbed power (W) 10 10
Holding torque (mN.m) 180 155
Step angle (o) 7.5 7.5
Positioning accuracy (mm) 5 5
Inertia of rotor (gcm2) 84 84
Max. detent torque (mN.m) 12 12
Max. coil temperature (oC) 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 7 7
Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 standard > 103 > 103

5 Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200 standard
Wires length (mm)
> 600
250
> 600
250
Weight (g) 340 340
Protection rating IP40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

154
Curves
2 phases 4 phases 2 phases - Max. stopping-starting Max. stopping-starting frequency
and operating curves at I constant curves as a function of the external
(PBL 3717) for 2 (motor) phases 9 inertia load at zero antagonistic
Ω. Holding torque 150 mN.m. torque. Tests at constant U.
Current per phase 0.53 A

mN.m mN.m
120
105
160 90
140
120
75
2
100 60 2 3
d
80 45
60 2 2
40 30
a b c
20 15 1

100 200 300 400 Hz 0

200 400 600 800 1000 1200 Hz
125 250 375 500 1 1 250 500 750 1000 1250 1500 1

B RPM B RPM B RPM B 2 phases

C Max. stopping-starting curves C Max. stopping-starting curves C Max. stopping-starting curves C 4 phases
D Max. operating curves

Inertia of measuring chain : 3.4 g.cm2

a = constant voltage controller with Rs (resistance in series) = 0
b = constant voltage controller with Rs (resistance in series) = R motor
c = constant voltage controller with Rs (resistance in series) = 2R motor
d = constant voltage controller with Rs (resistance in series) = 3R motor

The measurements are made with full stepping, 2-phases energised.

Dimensions

5
1

B 2 Fixing holes Ø 4.4

Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for clockwise Energisation sequence for clockwise
rotation : (viewed shaft end) rotation : 2 phases energised (viewed shaft
end, front forward)
Commons connected to positive.

155
 Direct drive stepper motors

➜ 7.5° 12.5 Watts

■ 48 steps/revolution (7.5°)
■ Absorbed power : 12.5 W
■ 2 or 4 phase versions available

Specifications
2 phases 4 phases

Type 82 940 0 82 940 0

Number of phases 2 4
Electronic controller used Bipolar Unipolar
Resistance per phase (Ω) Current per phase (A) Voltage at motor terminals (V)
5,2 1,1 5,7 ●
26,7 0,48 12,7 82 940 002
7,4 0,9 6,7 82 940 015
26,7 0,48 12,7 ●
General characteristics
Absorbed power (W) 12.5 12.5
Holding torque (mN.m) 300 240
Step angle (o) 7.5 7.5
Positioning accuracy (mm) 5 5
Inertia of rotor (gcm2) 180 180
Max. detent torque (mN.m) 16 16
Max. coil temperature (oC) 120 120
Storage temperature (0C) -40 ➞ +80 -40 ➞ +80
Thermal resistance of coil - ambient air (°C/W) 5.6 5.6
Insulation resistance (at 500 Vcc) (MΩ) following NFC 51200 standard > 103 > 103

5 Insulation voltage (50 Hz, 1 minute) (V) following NFC 51200 standard
Wires length (mm)
> 600
250
> 600
250
Weight (g) 540 540
Protection rating IP40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special connectors

To order, see page 13

156
Curves
2 phases 4 phases 2 phases - Max. stopping-starting Max. stopping-starting frequency
and operating curves at I constant curves as a function of the external
(PBL 3717) for 2 (motor) phases inertia load at zero antagonistic
5.2 Ω. Holding torque 240 mN.m. torque. Tests at constant U.
Current per phase 0.55 A

mN.m mN.m mN.m

200
180
160 160 160
140 2 140 2 140 2
120 120 120
d
100 100 1
d 100
80 80
60
a c 80 2
a b c 60
b 60 1
40 40
20 20 40
20
50 100 150 200 250 300 Hz 50 100 150 200 250 300 Hz
62,5 125 187,5 250 312,5 375 1 1
0
62,5 125 187,5 250 312,5 375 100 200 300 400 500 600 700 Hz

B RPM B RPM B Max. stopping-starting curves B 2 phases

C Max. stopping-starting curves C Max. stopping-starting curves C Max. operating curves C 4 phases

Inertia of measuring chain : 20.5 g.cm2

a = constant voltage controller with Rs (resistance in series) = 0
b = constant voltage controller with Rs (resistance in series) = R motor
c = constant voltage controller with Rs (resistance in series) = 2R motor
d = constant voltage controller with Rs (resistance in series) = 3R motor

The measurements are made with full stepping, 2-phases energised.

Dimensions

5
1

B 4 oblong fixing holes 4.2 wide

Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for clockwise Energisation sequence for clockwise
rotation : (viewed shaft end) rotation : 2 phases energised (viewed shaft
end, front forward)
Commons connected to positive.

157
 Geared stepper motors

➜ 0.5 Nm 5 and 7.5 Watts

Specifications
7.5 Watts 7.5 Watts 5 Watts 5 Watts

Type 82 924 0 82 924 0 82 914 5 82 914 0

Number of phases 2 4 2/4 2/4
Ratios
10 82 924 020 82 924 028 ● ●
20 82 924 022 82 924 030 ● ●
25 ● ● ● ●
50 ● ● ● ●
100 ● ● ● ●
250 ● ● ● ●
500 ● ● - -
General characteristics
Stepper motor / Number of phases 82 920 001/ 2 82 920 012 / 4 82 910 501 / 2 82 910 001 / 2
82 910 502 / 4 82 910 008 / 4
Gearbox 81 021 81 021 81 021 81 021
Step angle (o)
Maximum permitted torque from 0.5 0.5 0.5 0.5
gearmotor under continuous
conditions (N.m)
Axial load static (daN) 1 1 1 1
Radial load static (daN) 8 8 8 8
5 Absorbed power (W)
Coil temperature (°C)
7.5
120
7.5
120
5
120
5
120
Weight (g) 140 140 140 140
Wires length (mm) 250 250 250 250
Protection rating IP40 IP40 IP40 IP40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special connectors
■ Special gearbox ratios
■ Special mounting plate
■ Special gear wheel material

To order, see page 13

158
Dimensions
82 924 0

B 2 fixing holes Ø 3.2

C 3.5 across flat
D (pushed-in shaft ← )
82 914 0 - 82 914 5

B 2 fixing holes Ø 3.2

C 3.5 across flat

82 914 0 = L max. 39.5

82 914 5 = L max. 42.7 5
Options
Optional shafts for 81 021 79 200 779 70 999 421
79 200 967 SP 1295-10
13,2 max. 1 13,2 1
23,2 max. 2
Ø8
Ø4

Ø1,5
Ø4

1
Ø6
Ø8

Ø12

6,8

12,5
B (Pushed-in shaft ← ) B (Pushed-in shaft ← ) B (Pushed-in shaft ← )
C 5 across flat

159
 Geared stepper motors

➜ 2 Nm 5 and 7.5 Watts

Specifications
7.5 Watts 5 Watts 5 Watts

Type 82 929 0 82 919 5 82 919 0

Number of phases 2/4 2/4 2/4
Ratios
25 ● ● ●
50 ● ● ●
100 ● ● ●
250 ● ● ●
General characteristics
Stepper motor / Number of phases 82 920 001 / 2 82 910 501 / 2 82 910 001 / 2
82 920 012 / 4 82 910 502 / 4 82 910 008 / 4
Gearbox 81 033 81 033 81 033
Step angle (o) 7.5 15 7.5
Maximum permitted torque from gearmotor under continuous 2 2 2
conditions (N.m)
Axial load static (daN) 1 1 1
Radial load static (daN) 10 10 10
Absorbed power (W) 7.5 5 5
Coil temperature (°C) 120 120 120
Weight (g) 260 140 230
Wires length (mm) 250 250 250
5 Protection rating IP 40 IP 40 IP 40

Product adaptations

■ Special output shafts

■ Special supply voltages
■ Special cable lengths
■ Special output bearings
■ Special connectors
■ Special gearbox ratios
■ Special mounting plate
■ Special gear wheel material

To order, see page 13

160
Dimensions
82 929 0

B 2 fixing holes Ø 3.2

C 5 across flat
D 3 mounting bosses Ø 6.8 at 120° on radius = 19.5
3 holes M3 depth 4.5
70 999 421
SP 1295-10

2
3

B 2 fixing holes Ø 3.2

5
C 5 across flat
D 3 mounting bosses Ø 6.8 at 120° on radius = 19.5 3 holes M3 depth 4.5

82 919 0 = L max. 58.5

82 919 5 = L max. 60.2

Options
70 999 421 SP 1295-10

23,2 max. 2
1
Ø6
Ø12

12,5
B (pushed-in shaft ← )
C 5 across flat

161
 Geared stepper motors

➜ 3 Nm 2.5 and 3.5 Watts

■ Mechanical strength 3 Nm
■ 2 and 4 phases

Specifications
2.5 Watts 2.5 Watts 3.5 Watts 3.5 Watts

Type 80 913 0 80 913 5 80 923 0 80 933 0

Ratios
150 ● ● ● ●
187.5 ● ● ● ●
300 ● ● ● ●
375 ● ● ● ●
600 ● ● ● ●
750 ● ● ● ●
1200 ● ● ● ●
2250 ● ● ● ●
2400 ● ● ● ●
3600 ● ● ● ●
General characteristics
Motor 82 910 0 82 910 5 82 920 82 930
Gearbox 81 023 0 81 023 0 81 023 0 81 023 0
Maximum permitted torque from 3 3 3 3
gearmotor under continuous
conditions (N.m)
Axial load static (daN) 2 2 2 2
Radial load static (daN) 3 3 3 3
5 Absorbed power (W)
Weight (g)
2.5
370
2.5
370
3.5
490
3.6
620
Wires length (mm) 250 250 250 250
Protection rating IP00 IP00 IP00 IP00

Product adaptations

■ Special output shafts

■ Special cable lengths
■ Special output bearings
■ Special connectors
■ Special gearbox ratios

To order, see page 13

162
Dimensions
80 913 0/5

18,5 max.
+ +
48 2,3 - 0,3 2,3 - 0,3

8
20,6
13

6
+
16 - 0,7
80 - 0,1
+

+
60 - 0,1 40,2 max.

80 923 0

18,5 max.
+ +
48 2,3 - 0,3 2,3 - 0,3

8
20,6
13

+
16 - 0,7
80 - 0,1
+

+
60 - 0,1 44,1 max. 5,5

80 933 0

36,5
+
48 2,3 - 0,3

8
20,6

5
13

+
16 - 0,7
80 - 0,1
+

3,25 max.

18,5 max.
+
60 - 0,1 53,9 max. 5,5

163
 Geared stepper motors

➜ 5 Nm 5 and 7.5 Watts

■ Mechanical strength : 5 Nm
■ 2 and 4 phases

Specifications
5 Watts 7.5 Watts 7.5 Watts

Type 80 917 0 80 927 0 80 927 0

Number of phases 2/4 2 4
Ratios
12.5 ● 80 927 019 80 927 020
25 ● ● ●
31.25 ● ● ●
41.66 ● ● ●
62.5 ● ● ●
83.33 ● ● ●
125 ● ● ●
250 ● 80 927 006 ●
500 ● ● ●
750 ● ● ●
2500 ● ● ●
General characteristics
Motor 82 910 0 82 920 001 82 920 012
Gearbox 81 037 81 037 81 037
Maximum permitted torque from gearmotor under continuous 5 5 5
conditions (N.m)
Number of phases 2/4 2 4
5 Axial load static (daN)
Radial load static (daN)
2
3
2
3
2
3
Absorbed power (W) 5 7.5 7.5
Coil temperature (°C) 120 120 120
Weight (g) 410 530 530
Wires length (mm) 250 250 250
Protection rating IP 40 IP 40 IP 40

Product adaptations

■ Special output shafts

■ Special cable lengths
■ Special output bearings
■ Special connectors
■ Special gearbox ratios
■ Special gear wheel material

To order, see page 13

164
Dimensions
80 917 0 - 80 927 0

65 max. L1 max.
56 L3 max.

14
8
2

17,4
13

7
L2 max.
65 max.

56

15

3
1
19,4 3
25°

B 4 holes M4 depth 12
C across flat
D (pushed-in shaft ← )

80 917 0 = L1 : 58.5 mm - ØL2 : 35.8 mm - L3 : 22.3 mm

80 927 0 = L1 : 59.2 mm - ØL2 : 51.3 mm - L3 : 25.6 mm

Options
Shaft 79 206 478

20 max. 1
Ø14
Ø8

B (pushed-in shaft ← )

165
 Geared stepper motors

➜ 5 Nm 12.5 Watts

■ Mechanical strength : 5 Nm
■ 2 and 4 phases

Specifications
12.5 Watts 12.5 Watts

Type 80 947 0 80 947 0

Number of phases 2 4
Ratios
12.5 80 947 019 80 947 020
25 80 947 001 80 947 010
31.25 ● ●
41.66 ● ●
62.5 ● ●
83.33 ● ●
125 ● ●
250 ● ●
500 ● ●
750 ● ●
2500 ● ●
General characteristics
Motor 82 940 002 82 940 015
Gearbox 81 037 81 037
Maximum permitted torque from gearmotor under continuous conditions (N.m) 5 5
Number of phases 2 4
Axial load static (daN) 2 2
5 Radial load static (daN) 3 3
Absorbed power (W) 12.5 12.5
Coil temperature (°C) 120 120
Weight (g) 860 860
Wires length (mm) 250 250
Protection rating IP 40 IP 40

Product adaptations

■ Special output shafts

■ Special cable lengths
■ Special output bearings
■ Special connectors
■ Special gearbox ratios
■ Special gear wheel material

To order, see page 13

166
Dimensions
80 947 0

65 max. L1 max.
56 L3 max.

14
8
2

17,4
13

7
L2 max.
65 max.

56

15

3
1
19,4 3
25°

B 4 holes M4 depth 12
C across flat
D (pushed-in shaft ← )

80 947 0 = L1 : 76.6 mm - ØL2 : 65.3 mm - L3 : 43 mm

Options
Shaft 79 206 478

20 max. 1
Ø14
Ø8

B (pushed-in shaft ← )

167
5

168
Linear
Linearmotors
motors

169
 Linear actuators -synchronous

➜ 10 mm displacement - 230 Volts

■ A range of digital linear actuators based upon
synchronous motor technology. They offer a linear
travel of 10 mm as standard and up to 35 mm upon
request for versions with an anti-rotation device built-
in. Linear step speed 0.833 or 1.67 mm per second.
■ Output force between 27 and 45 N.

Specifications
Low speed - series Low speed - parallel High speed - series High speed - parallel
connection connection connection connection
Type 80 510 0 80 510 0 80 510 5 80 510 5
Voltages/Frequencies 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz 230 V - 50 Hz
Standard motor speed (rpm) 250 250 500 500
Part numbers ● ● ● ●
General characteristics
Connection Series Series Series Series
Rated displacement (mm) 10 10 10 10
Vitesse de déplacement (f= 50 Hz) 3.33 3.33 3.33 3.33
(mm/s)
Axial load static (daN) 10 10 10 10
Radial load Consult us Consult us Consult us Consult us
Ambient operating temperature (°C) -5 / +75 -5 / +75 -5 / +75 -5 / +75
Wires length (mm) 250 ± 10 250 ± 10 250 ± 10 250 ± 10
Electromechanical specifications
Dynamic axial load to 100 Hz (N) 35 35 35 35
Absorbed power (W) 2.7 2.7 2.7 2.7
Absorbed current nominal (A) 10.9 mA 10.9 mA 10.9 mA 10.9 mA
Temperature rise at T = 25°C 57°C ± 10 % 57°C ± 10 % 57°C ± 10 % 57°C ± 10 %
Life 500 000 cycles 500 000 cycles 500 000 cycles 500 000 cycles
Mounting position Any position Any position Any position Any position
Storage temperature (0C) -40➞ +80 -40➞ +80 -40➞ +80 -40➞ +80
Weight (g) 90 90 90 90

Product adaptations
6
■ Special output shafts
■ Special supply voltages
■ Special cable lengths
■ Customised electronics
■ Special construction materials
■ Special connectors

To order, see page 13

170
Accessories
Voltages/Frequencies µF V Connection Code
Capacitors motor 80 510 0
230 V - 50 Hz 0.33 ± 10 % 400 Serie 26 231 801
230 V - 50 Hz 0.1 ± 10 % 700 Parallel 26 231 941
115 V - 50/60 Hz 0.27 ± 10 % 250 Parallel 26 231 851
24 V - 50 Hz 8.2 ± 10 % 70 Parallel 26 231 711
24 V - 60 Hz 6.8 ± 10 % 63 Parallel 26 231 708
Capacitors motor 80 510 0
230 V - 50 Hz 0.33 ± 10 % 400 Serie 26 231 801
230 V - 50 Hz 0.1 ± 10 % 700 Parallel 26 231 941
115 V - 50/60 Hz 0.27 ± 10 % 250 Parallel 26 231 924
24 V - 50 Hz 8.2 ± 10 % 70 Parallel 26 231 711

Dimensions
80 510 0 - 80 510 5

ø4 31.5 max.
.4
3.4
21.5
1
ø4.5

2
x.
ma

ø12
46
.6
23

0
ø1
M3

3.2
11

14
4

B Shaft in
C Travel

Connections
In series In parallel

1 1
2 2

6
SA SI SA SI
UN UN

B SA : Shaft out B SA : Shaft out

C Si : Shaft in C SI : Shaft in

Other information
Electromagnetic compatibility :
Conducted emissions : EN 55 014
Radiated emissions : EN 55 022
Protection index IP40 EN 60 034 / CEI 529
Temperature limit when stalled Classe B EN 60 335-1 CEI 85

171
 Linear actuators -stepper

➜ 10 mm displacement -7.5° step angle

■ A range of digital linear actuators based upon
synchronous motor technology. They offer a linear
travel of 10 mm as standard and up to 35 mm upon
request for versions with an anti-rotation device built-
in. Linear step speed 0.833 or 1.67 mm per second.
■ Output force between 27 and 45 N.

Specifications
2 phases 4 phases

Type 80 910 0 80 910 0

Nominal voltage (V) 5.6 12.7
Part numbers ● ●
General characteristics
Motor step (°) 7.5 7.5
Number of phases 2 2
Rated displacement (mm) 10 10
Linear step displacement (mm) 0.0167 0.0167
Positioning accuracy (mm) < 0.01 < 0.01
Axial load static (daN) 10 10
Radial load Consult us Consult us
Operating temperature (oC) -5 ➞ +75 -5 ➞ +75
Wires length (mm) 250 ± 10 250 ± 10
Coil (Ω) 12.9 12.9
Electromechanical specifications
Dynamic axial load to 100 Hz (N) 58 58
Absorbed power (W) 5 5
Absorbed current nominal (A) 0.44 A nominal 0.44 A nominal
Life 500 000 cycles 500 000 cycles
Mounting position Any Any
Storage temperature (0C) -40➞ +80 -40➞ +80
Weight (g) 90 90

Product adaptations
6
■ Special output shafts
■ Special supply voltages
■ Special cable lengths
■ Customised electronics
■ Special construction materials
■ Special connectors

To order, see page 13

172
Dimensions
80 910 0

ø4 31.5 max.
.4
3.4
21.5
1

ø4.5
2
x.
ma

ø12
46
.6
23

0
ø1

M3
3.2
11

14
4

B Shaft in
C Travel

Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for shaft outward Energisation sequence for shaft outward
movement movement

Other information
Electromagnetic compatibility :
Conducted emissions : EN 55 014
Radiated emissions : EN 55 022
Protection index IP40 EN 60 034 / CEI 529 6
Temperature limit when stalled Classe B EN 60 335-1 CEI 85

173
 Linear actuators -stepper

➜ 10 mm displacement -15° step angle

■ A range of digital linear actuators based upon
synchronous motor technology. They offer a linear
travel of 10 mm as standard and up to 35 mm upon
request for versions with an anti-rotation device built-
in. Linear step speed 0.833 or 1.67 mm per second.
■ Output force between 27 and 45 N.

Specifications
2 phases 4 phases

Type 80 910 5 80 910 5

Nominal voltage (V) 5.6 17
Part numbers ● ●
General characteristics
Motor step (°) 7.5 7.5
Number of phases 2 2
Rated displacement (mm) 10 10
Linear step displacement (mm) 0.0167 0.0167
Positioning accuracy (mm) < 0.01 < 0.01
Axial load static (daN) 10 10
Radial load Consult us Consult us
Operating temperature (oC) -5 ➞ +75 -5 ➞ +75
Wires length (mm) 250 ± 10 250 ± 10
Coil (Ω) 12.9 12.9
Electromechanical specifications
Dynamic axial load to 100 Hz (N) 58 58
Absorbed power (W) 5 5
Absorbed current nominal (A) 0.44 A nominal 0.44 A nominal
Life 500 000 cycles 500 000 cycles
Mounting position Any Any
Storage temperature (0C) -40➞ +80 -40➞ +80
Weight (g) 90 90

Product adaptations
6
■ Special output shafts
■ Special supply voltages
■ Special cable lengths
■ Customised electronics
■ Special construction materials
■ Special connectors

To order, see page 13

174
Dimensions
80 910 5

ø4 31.5 max.
.4
3.4
21.5
1

ø4.5
2
x.
ma

ø12
46
.6
23

0
ø1

M3
3.2
11

14
4

B Shaft in
C Travel

Connections
2 phases 4 phases

1 2 3 4 1 2 3 4
1 - + - + 1 - -
2 - + + - 2 - -
1 3 + - + - 1 3 - -
4 + - - + 4 - -
5 - + - + 5 - -

B Step B Step
Energisation sequence for shaft outward Energisation sequence for shaft outward
movement movement

Other information
Electromagnetic compatibility :
Conducted emissions : EN 55 014
Radiated emissions : EN 55 022 6
Protection index IP40 EN 60 034 / CEI 529
Temperature limit when stalled Classe B EN 60 335-1 CEI 85

175
6

176
Fans
Fans

177
 Axial fans

Noise data ➜ DC fans

Acoustic measurements made at a distance of 1.0 metre from the surface
Bearings sleeve
of the fan (inner side) and 45° radially off the fan axis.
Ø 120 x 38 mm 100 000 hours at 25 °C
92 x 25 mm 80 000 hours at 25 °C
80 x 25 mm 80 000 hours at 25 °C
Air flow performance data
Ø 60 x 25 mm 65 000 hours at 25 °C
The performance data were determined in accordance with AMCA 30 000 hours at 55 °C
standard 210-74 on a double chamber test set up with measurement on 20 000 hours at 65 °C
the suction side.

Flow conversion table

Overload
All Crouzet fans have integrated protection against locked rotor condition
to avoid damage to windings and electronic components. Restarting is CFM m3/h m3/min l/min l/s
automatic as soon as any constraints on running have been removed. 1 CFM 1 1.7 0.028 28.3 0.47
1 m3/h 0.588 1 0.017 16.67 0.28
1 m3/min 35.28 60 1 1000 16.67
1 l/min 0.035 0.06 0.001 1 0.017
Bearing systems 1 l/s 2.12 3.6 0.06 60 1

All Crouzet fans have specially designed and precision lubricated sleeve
bearings for long, maintenance-free performance at low noise level.
Ball bearing on request. The KDE range
User precautions: When a fan is used in a horizontal orientation (shaft
vertical), it is imperative to use a version fitted with ball bearings.
Self-commutated DC fans
The range of DC fans have the advantage of a new, patented design
referred to as «single winding».
This new range, the KDE range, forms a useful replacement for the MD
Safety range and provides the following improvements:
All fans are designed and manufactured in conformance with the ■ higher air flow thanks to smaller motor diameter,
requirements of UL, CSA and VDE. ■ quieter (gain of at least 2 dB),
■ longer life,
■ greater dielectric strength.

Life The new range offers upward compatibility (1) with the MD range (see
table below) and allows us to offer fans even more compact than the 0 x
0, 0 x 0, 0 x 0, and 0 x 0 models.
➜ AC fans
7 Bearings sleeve (1) Current consumption should be checked however, as it may be higher in some
cases.
Ø 120 x 38 mm 100 000 hours at 25 °C
Old part no New part no Old part no New part no
25 000 hours at 55 °C
10 000 hours at 70 °C Ø 60 Ø 120
99 486 177 99 484 401 99 487 477 99 484 001
Ø 92 x 25 mm 80 000 hours at 25 °C 99 486 179 99 484 403 99 487 478 99 484 003
80 x 38 mm 20 000 hours at 55 °C 99 486 179 99 484 404 99 487 479 99 484 004
80 x 25 mm 10 000 hours at 70 °C Ø 80 99 487 487 99 484 005
99 486 277 99 484 301 99 487 488 99 484 007
99 486 279 99 484 303 99 487 489 99 484 008
➜ AC fans 99 486 287 99 484 304 99 487 377 99 484 101
Ball bearings 99 489 287 99 484 354 99 487 378 99 484 102
99 486 289 99 484 306 99 487 379 99 484 103
Ø 92 99 487 387 99 484 104
Ø 120 x 38 mm 100 000 hours at 25 °C 99 486 377 99 484 201 99 487 388 99 484 105
25 000 hours at 55 °C 99 489 377 99 484 251 99 487 389 99 484 106
10 000 hours at 70 °C 99 486 379 99 484 203
99 486 387 99 484 204
Ø 92 x 25 mm 80 000 hours at 25 °C 99 486 389 99 484 206
80 x 38 mm 25 000 hours at 55 °C
80 x 25 mm 10 000 hours at 80 °C

178
 7

179
 AC fan

➜ SP - DP - SF ranges
■ air flow : 17 to 115 CFM
■ acoustic noise : 29 to 50 dB A

Specifications
Type Voltage Current Power (W) Locked (A) Speed (rpm) Noise Air flow rate 1 CFM = 1.7 Outputs Code
(VAC) (A) (dB A) m3/h (CFM)
80 x 25 mm 115 0.12/0.11 12/10 0.14/0.13 2300/2750 29/33 17/21 wire 99 486 814
220/230 0.07/0.07 14/13.5 0.10/0.09 2300/2750 29/33 17/21 wire 99 486 804
80 x 38 mm 115 0.15/0.13 14/12 0.15/0.14 2300/2750 31/35 23/30 wire 99 486 914
220/230 0.07/0.06 14/12 0.11/0.10 2300/2750 31/35 23/30 wire 99 486 904
92 x 25 mm 115 0.12/0.11 13/12 0.14/0.13 2250/2750 36/39 29/36 wire 99 487 114
115 0.12/0.11 13/12 0.14/0.13 2250/2750 36/39 29/36 tags 99 487 112
220/230 0.07/0.06 14.5/14 0.10/0.09 2250/2750 36/39 29/36 wire 99 487 104
220/230 0.07/0.06 14.5/14 0.10/0.09 2250/2750 36/39 29/36 tags 99 487 102
220/230 0.07/0.06 14.5/14 0.10/0.09 2350/2850 37/40 29/36 tags 99 489 102
120 x 38 mm 115 0.21/0.18 20/18 0.23/0.21 2550/2900 43/48 85/105 wire 99 487 410
115 0.21/0.18 20/18 0.23/0.21 2750/3050 45/50 87/107 wire 99 489 410
220/230 0.12/0.11 20/19 0.14/0.12 2550/2900 43/48 85/105 wire 99 487 400
220/230 0.12/0.11 20/19 0.14/0.12 2750/3050 45/50 87/107 wire 99 489 400
115 0.13/0.11 11/11 0.14/0.11 2000/2200 36/38 70/76 wire 99 487 415
115 0.13/0.11 11/11 0.14/0.11 2150/2300 37/39 72/78 wire 99 489 415
220/230 0.08/0.06 10/10 0.10/0.08 2000/2200 36/38 70/76 wire 99 487 405
220/230 0.08/0.06 10/10 0.10/0.08 2150/2300 37/39 72/78 wire 99 489 405
220/240 0.14/0.12 22/21 0.16/0.14 2700/3100 44/49 95/115 Tags 99 487 420
115 0.21/0.18 20/18 0.23/0.21 2550/2900 43/48 85/105 Tags 99 487 411
115 0.21/0.18 20/18 0.23/0.21 2750/3050 45/50 87/107 Tags 99 489 411
220/230 0.12/0.11 20/19 0.14/0.12 2550/2900 43/48 85/105 Tags 99 487 401
220/230 0.12/0.11 20/19 0.14/0.12 2750/3050 45/50 87/107 Tags 99 489 401
115 0.13/0.11 11/11 0.14/0.11 2000/2200 36/38 70/76 Tags 99 487 413
115 0.13/0.11 11/11 0.14/0.11 2150/2300 37/39 72/78 Tags 99 489 413
220/230 0.08/0.06 10/10 0.10/0.08 2000/2200 36/38 70/76 Tags 99 487 403
220/230 0.08/0.06 10/10 0.10/0.08 2150/2300 37/39 72/78 Tags 99 489 403

General characteristics
Frequency (Hz) 50/60
7 Bearings sleeve
Material Plastic body aluminium
Material Fan PBT UL 94V-0
Motor : asynchronous with dephasing rings ✓
Insulation (IEC 664-1) Class B
Approved UL and CSA, in progress ✓
Ball bearings on request for 92 x 25 mm
80 x 38 mm
80 x 25 mm
Weight 80 x 25 mm 260 g
Weight 80 x 38 mm 340 g
Weight 92 x 25 mm 280 g
Weight 120 x 38 mm 550 g
Minimum order quantity : 80 x 25 mm 50 units Packed in 1 box
Minimum order quantity : 80 x 38 mm 50 units Packed in 1 box
Minimum order quantity : 92 x 25 mm 50 units Packed in 1 box
Minimum order quantity : 120 x 38 mm 40 units Packed in 1 box
Other types : minimum quantity 500 units

To order, see page 13

180
Dimensions
80 x 38 - 80 x 25 92 x 25

3 3
1
1

2
2
4

B Rotation B Rotation
C Air flow C Air flow
D UL 1007 24 AWG D UL 1007 24 AWG
E 2 earth tags
120 x 38
B Rotation
3 C Air flow
1 D UL 1007 24 AWG

Air performance
99 486 814 - 99 486 804 99 486 914 - 99 486 904 99 487 1
1 1 1

2 2 2

B Air flow B Air flow B Air flow

C m /min
3
C m /min3
C m /min
3

99 487 420 99 487 4 - 99 489 4

1 1

2 2

B Air flow B Air flow

C m /min3
C m /min3

181
 DC brushless fan

➜ KDE range
■ air flow : 1.5 to 110 CFM
■ acoustic noise : 23 to 45 dB A

Specifications
Type Voltage (V) Nominal current (A) nominal power (W) Speed (rpm) Max. air flow rate 1 CFM = Code
1.7 m3/h (CFM)
120 x 38 mm 12 0.59 7 3000 110 99 484 002
24 0.25 6 3000 110 99 484 006
92 x 25 mm 12 0.22 2.6 3200 50 99 484 201
24 0.15 3.6 3200 50 99 484 204
12 0.12 1.4 2400 42 99 484 203
24 0.11 2.6 2400 42 99 484 206
80 x 25 mm 12 0.22 2.6 3000 41.7 99 484 301
24 0.15 3.6 3000 41.7 99 484 304
12 0.12 1.4 2200 29.4 99 484 303
24 0.1 2.4 2200 29.4 99 484 306
60 x 25 mm 12 0.19 2.2 4500 21.7 99 484 401
12 0.09 1.2 3300 15.9 99 484 403
60 x 15 mm 12 0.16 1.9 4000 17.8 99 484 501
40 x 20 mm 12 0.07 0.9 6000 6.5 99 484 601
40 x 10 mm 12 0.07 0.9 5600 5.8 99 484 701
25 x 10 mm 12 0.095 1.1 10000 1.5 99 484 801

General characteristics
Bearings sleeve
Material Plastic body PBT UL 94V-0
Material Fan PBT UL 94V-0
Insulation (IEC 664-1) Class E
Approved UL, CSA and TUV ✓
Available with ball bearings on request, in suitable quantities ✓
Weight (g) 120 x 38 mm 328
Weight (g) 92 x 25 mm 135
Weight (g) 80 x 25 mm 120
Weight (g) 60 x 25 mm 60
Weight (g) 60 x 15 mm 45
7 Weight (g) 40 x 20 mm 35
Weight (g) 40 x 10 mm 20
Weight (g) 25 x 10 mm 7.5
Minimum order quantity : 120 x 38 mm 40 units
Minimum order quantity : 92 x 25 mm 50 units
Minimum order quantity : 80 x 25 mm 50 units
Minimum order quantity : 60 x 25 mm 100 units
Other types : minimum quantity 500 units

To order, see page 13

182
Dimensions
60 x 25 40 x 10 25 x 10

1 3 1 3 1
3

2
2
2

B Rotation B Rotation B Rotation

C Air flow C Air flow C Air flow
D UL 1007 24 AWG\+ red\- black D UL 1007 24 AWG\+ red\- black D UL 1007 24 AWG\+ red\- black
120 x 38 92 x 25

3
1 1

B Rotation B Rotation
C Air flow C Air flow
D UL 1007 24 AWG\+ red\- black D UL 1007 24 AWG\+ red\- black
80 x 25 60 x 15

1
1
3

7
2
2

B Rotation B Rotation
C Air flow C Air flow
D UL 1007 24 AWG\+ red\- black D UL 1007 24 AWG\+ red\- black
40 x 20
3

B Rotation
C Air flow
D UL 1007 24 AWG\+ red\- black

183
 Air performance
99 484 201 /204 - 99 484 203 /206 99 484 301 / 304 - 99 484 303 / 306 99 484 401 - 99 484 403

1 1 1

2 2 2

B Air flow B Air flow B Air flow

C m /min
3
C m /min
3
C m /min
3

99 484 501 99 484 601 99 484 701

1 1 1
6

5 0,20

3
0,10
2

0 2 4 6 8 10 CFM
2 2 2
0 0,08 0,16 0,24

B Air flow B Air flow B Air flow

C m /min3
C m /min3
C m /min 3

99 484 801 99 487 002 - 99 484 006

1 1

2 2

B Air flow B Air flow

C m /min3
C m /min3

184
 7

185
 Accessories for fans

➜ Accessories

Specifications
Designation Fingerguard metal Fingerguard plastic Cord type T Filter
Carré 40 mm 99 485 910
Carré 60 mm 99 485 900 99 485 923
Carré 80 mm 99 485 901 99 485 922
Carré 92 mm 99 485 904 99 485 921
Carré 120 mm 99 485 902 99 485 920
Longueur 300 mm 99 485 903
Longueur 600 mm 99 485 905
Longueur 1000 mm 99 485 906
Longueur 2000 mm 99 485 907
Longueur 3000 mm 99 485 908
Filtre pour ventilateur - 120 x 99 485 909
120Protection + filtre + carter
General characteristics
Products in conformity with UL - CSA - ✓ - ✓ -
VDE
Material - - - UL 94 - V0

Dimensions
Metal fingerguard Plastic fingerguard Cord
L1
L2

7 ∅B
L3

Filter Protection Cover

B Cover
C Filter
D Protection

To order, see page 13

186
 L1 L1 L2 L2 L3 L3 L4 ØA ØB
plastic metal plastic metal plastic metal
40 mm - - - 32 - 5 ±0,35 - - 4 ±0,05
60 mm 50 48.0 60 53.5 7.3 5 3.8 25 4.5
80 mm 71.5 71.4 80 76.4 7.3 5 3.8 34 4.5
92 mm 82.5 82.5 92 89.4 7.3 5.5 3.8 34 4.5
120 mm 105 104.5 120 115.5 7 5.5 3.7 49 4.5

187
 Index by part number
Part numbers Description Page Part numbers Description Page
80 181 010 BRUSHLESS DC geared motors - 82
80 Watts 0-10 V control
26 000 000 80 181 011 BRUSHLESS DC geared motors - 82
80 Watts 0-10 V control
26 231 145 Capacitor - 12 µF 63 V 105 80 181 012 BRUSHLESS DC geared motors - 82
26 231 703 Capacitor - 22 µF 63 V 109
80 Watts 0-10 V control
26 231 708 Capacitor - 6,8 µF 63 V 103
80 181 013 BRUSHLESS DC geared motors - 82
26 231 711 Capacitor - 8,2 µF 70 V 103
80 Watts 0-10 V control
26 231 720 Capacitor - 10 µF 100 V 107
80 181 015 BRUSHLESS DC geared motors - 82
26 231 728 Capacitor - 15 µF 70 V 105
26 231 801 Capacitor - 0,33 µF 400 V 103 80 Watts 0-10 V control
26 231 822 Capacitor - 0,56 µF 400 V 109 80 189 701 BRUSHLESS DC geared motors - 1 stage 83
26 231 851 Capacitor - 0,27 µF 250 V 103 80 189 702 BRUSHLESS DC geared motors - 2 stages 83
26 231 903 Capacitor - 0,12 µF 600 V 105 80 189 703 BRUSHLESS DC geared motors - 3 stages 83
26 231 909 Capacitor - 0,22 µF 630 V 109 80 189 704 BRUSHLESS DC geared motors - 1 stage 84
26 231 924 Capacitor - 0,39 µF 630 V 103 80 189 705 BRUSHLESS DC geared motors - 2 stages 84
26 231 941 Capacitor - 0,10 µF 700 V 105 80 189 706 BRUSHLESS DC geared motors - 3 stages 84
80 337 506 Single direction synchronous geared 118
motors - 3.5 Watts
79 000 000 80 337 507 Single direction synchronous geared 118
motors - 3.5 Watts
79 294 790 Programming cable PC/Motomate 88 80 337 508 Single direction synchronous geared 118
- USB port motors - 3.5 Watts
79 294 791 Programming cable PC/Motomate 88 80 337 509 Single direction synchronous geared 118
- serial port motors - 3.5 Watts
79 294 792 Motomate - Programming software 88 80 337 514 Single direction synchronous geared 118
motors - 3.5 Watts
80 000 000 80 337 515 Single direction synchronous geared 118
motors - 3.5 Watts
80 080 005 Motomate - Brushless motor with integra- 88 80 337 516 Single direction synchronous geared 118
ted logic controller - Motor direct drive motors - 3.5 Watts
80 081 001 Motomate - Brushless motor with integrated 88 80 337 517 Single direction synchronous geared 118
logic controller - Right angle gearbox motors - 3.5 Watts
80 081 002 Motomate - Brushless motor with integrated 88 80 337 518 Single direction synchronous geared 118
logic controller - Right angle gearbox motors - 3.5 Watts
80 081 003 Motomate - Brushless motor with integrated 88 80 337 519 Single direction synchronous geared 118
logic controller - Right angle gearbox motors - 3.5 Watts
80 081 004 Motomate - Brushless motor with integrated 88 80 337 522 Single direction synchronous geared 118
logic controller - Right angle gearbox motors - 3.5 Watts
80 081 006 Motomate - Brushless motor with integrated 88 80 337 523 Single direction synchronous geared 118
logic controller - Right angle gearbox motors - 3.5 Watts
80 089 704 Motomate - Brushless motor with integrated 88 80 337 524 Single direction synchronous geared 118
logic controller - Planetary gearboxes motors - 3.5 Watts
80 089 705 Motomate - Brushless motor with integrated 88 80 337 525 Single direction synchronous geared 118
logic controller - Planetary gearboxes motors - 3.5 Watts
80 089 706 Motomate - Brushless motor with integrated 88 80 337 528 Single direction synchronous geared 118
logic controller - Planetary gearboxes motors - 3.5 Watts
80 140 004 Direct drive BRUSHLESS DC motors - 76 80 337 529 Single direction synchronous geared 118
30 Watts motors - 3.5 Watts
80 141 001 BRUSHLESS DC geared motors - 1 stage 80 80 337 530 Single direction synchronous geared 118
80 141 002 BRUSHLESS DC geared motors - 1 stage 80 motors - 3.5 Watts
80 141 003 BRUSHLESS DC geared motors - 1 stage 80 80 337 532 Single direction synchronous geared 118
80 141 004 BRUSHLESS DC geared motors - 1 stage 80 motors - 3.5 Watts
80 141 006 BRUSHLESS DC geared motors - 1 stage 80 80 337 533 Single direction synchronous geared 118
80 149 604 BRUSHLESS DC geared motors - 1 stage 81 motors - 3.5 Watts
80 149 605 BRUSHLESS DC geared motors - 2 stages 81 80 337 534 Single direction synchronous geared 118
80 149 606 BRUSHLESS DC geared motors - 3 stages 81 motors - 3.5 Watts
80 180 001 Direct drive BRUSHLESS DC motors - 78
80 337 537 Single direction synchronous geared 118
80 Watts PWM control motors - 3.5 Watts
80 180 002 Direct drive BRUSHLESS DC motors - 78 80 337 538 Single direction synchronous geared 118
80 Watts 0-10 V control motors - 3.5 Watts
80 181 001 BRUSHLESS DC geared motors - 82 80 337 539 Single direction synchronous geared 118
80 Watts PWM control motors - 3.5 Watts
80 181 002 BRUSHLESS DC geared motors - 82
80 337 541 Single direction synchronous geared 118
80 Watts PWM control motors - 3.5 Watts
80 181 003 BRUSHLESS DC geared motors - 82 80 510 0 Linear actuators synchronous- 230 V 170
80 Watts PWM control 80 510 5 Linear actuators synchronous- 230 V 170
80 181 004 BRUSHLESS DC geared motors - 82 80 527 001 Reversible synchronous geared motors - 132
80 Watts PWM control 3.5 Watts
80 181 006 BRUSHLESS DC geared motors - 82
80 Watts PWM control

188
Index by part number
Part numbers Description Page Part numbers Description Page
80 527 002 Reversible synchronous geared motors - 132 80 835 013 D.C. geared motors with brushes - 33 56
3.5 Watts Watts
80 527 003 Reversible synchronous geared motors - 132 80 835 014 D.C. geared motors with brushes - 33 Watts 56
3.5 Watts 80 835 015 D.C. geared motors with brushes - 33 Watts 56
80 527 005 Reversible synchronous geared motors - 132 80 835 016 D.C. geared motors with brushes - 33 Watts 56
3.5 Watts 80 835 017 D.C. geared motors with brushes - 33 Watts 56
80 527 006 Reversible synchronous geared motors - 132 80 835 018 D.C. geared motors with brushes - 33 Watts 56
3.5 Watts 80 910 0 Linear actuators stepper - 7,5° 172
80 527 008 Reversible synchronous geared motors - 132 80 910 5 Linear actuators stepper - 15° 174
3.5 Watts 80 913 Geared stepper motors - 2,5 Watts 162
80 527 010 Reversible synchronous geared motors - 132 80 923 Geared stepper motors - 3,5 Watts 162
3.5 Watts 80 927 006 Geared stepper motors - 7.5 Watts 164
80 547 015 Reversible synchronous geared motors - 134 80 927 019 Geared stepper motors - 7.5 Watts 164
7.2 Watts 80 927 020 Geared stepper motors - 7.5 Watts 164
80 547 016 Reversible synchronous geared motors - 134 80 933 Geared stepper motors - 3,5 Watts 162
80 947 001 Geared stepper motors - 12.5 Watts 166
7.2 Watts
80 947 010 Geared stepper motors - 12.5 Watts 166
80 547 017 Reversible synchronous geared motors - 134
80 947 019 Geared stepper motors - 12.5 Watts 166
7.2 Watts
80 947 020 Geared stepper motors - 12.5 Watts 166
80 547 018 Reversible synchronous geared motors - 134
7.2 Watts
80 547 019 Reversible synchronous geared motors - 134 82 000 000
7.2 Watts
80 547 020 Reversible synchronous geared motors - 134 82 330 582 Direct drive single direction synchronous 101
7.2 Watts motors - 0.42 Watts
80 547 021 Reversible synchronous geared motors - 134 82 330 583 Direct drive single direction synchronous 101
7.2 Watts motors - 0.42 Watts
80 547 024 Reversible synchronous geared motors - 134 82 334 726 Single direction synchronous geared 110
7.2 Watts motors - 3.5 Watts
80 803 005 D.C. geared motors with brushes - 17 Watts 46 82 334 728 Single direction synchronous geared 110
80 803 006 D.C. geared motors with brushes - 17 Watts 46 motors - 3.5 Watts
80 803 007 D.C. geared motors with brushes - 17 Watts 46 82 334 730 Single direction synchronous geared 110
80 803 008 D.C. geared motors with brushes - 17 Watts 46 motors - 3.5 Watts
80 803 009 D.C. geared motors with brushes - 17 Watts 46 82 334 731 Single direction synchronous geared 110
80 803 010 D.C. geared motors with brushes - 17 Watts 46 motors - 3.5 Watts
80 804 006 D.C. geared motors with brushes - 17 Watts 48 82 334 733 Single direction synchronous geared 110
80 804 007 D.C. geared motors with brushes - 17 Watts 48 motors - 3.5 Watts
80 804 008 D.C. geared motors with brushes - 17 Watts 48 82 334 734 Single direction synchronous geared 110
80 804 009 D.C. geared motors with brushes - 17 Watts 48 motors - 3.5 Watts
80 804 010 D.C. geared motors with brushes - 17 Watts 48 82 334 736 Single direction synchronous geared 110
80 804 011 D.C. geared motors with brushes - 17 Watts 48 motors - 3.5 Watts
80 807 001 D.C. geared motors with brushes - 17 Watts 54 82 334 738 Single direction synchronous geared 110
80 807 012 D.C. geared motors with brushes - 17 Watts 54 motors - 3.5 Watts
80 807 013 D.C. geared motors with brushes - 17 Watts 54 82 334 739 Single direction synchronous geared 110
80 807 014 D.C. geared motors with brushes - 17 Watts 54 motors - 3.5 Watts
80 807 015 D.C. geared motors with brushes - 17 Watts 54 82 334 741 Single direction synchronous geared 110
80 807 016 D.C. geared motors with brushes - 17 Watts 54 motors - 3.5 Watts
80 807 017 D.C. geared motors with brushes - 17 Watts 54 82 334 742 Single direction synchronous geared 110
80 807 018 D.C. geared motors with brushes - 17 Watts 54 motors - 3.5 Watts
80 807 019 D.C. geared motors with brushes - 17 Watts 54 82 334 744 Single direction synchronous geared 110
80 807 020 D.C. geared motors with brushes - 17 Watts 54 motors - 3.5 Watts
80 807 021 D.C. geared motors with brushes - 17 54 82 334 748 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 807 022 D.C. geared motors with brushes - 17 54 82 334 751 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 002 D.C. geared motors with brushes - 33 56 82 334 756 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 003 D.C. geared motors with brushes - 33 56 82 334 758 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 004 D.C. geared motors with brushes - 33 56 82 334 759 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 005 D.C. geared motors with brushes - 33 56 82 334 760 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 006 D.C. geared motors with brushes - 33 56 82 334 761 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 008 D.C. geared motors with brushes - 33 56 82 334 764 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 009 D.C. geared motors with brushes - 33 56 82 334 766 Single direction synchronous geared 110
Watts motors - 3.5 Watts
80 835 012 D.C. geared motors with brushes - 33 56
Watts

189
 Index by part number
Part numbers Description Page Part numbers Description Page
82 334 767 Single direction synchronous geared 110 82 344 695 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 768 Single direction synchronous geared 110 82 344 697 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 769 Single direction synchronous geared 110 82 344 698 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 772 Single direction synchronous geared 110 82 344 700 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 774 Single direction synchronous geared 110 82 344 702 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 775 Single direction synchronous geared 110 82 344 703 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 776 Single direction synchronous geared 110 82 344 705 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 777 Single direction synchronous geared 110 82 344 706 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 780 Single direction synchronous geared 110 82 344 708 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 782 Single direction synchronous geared 110 82 344 709 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 783 Single direction synchronous geared 110 82 344 710 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 784 Single direction synchronous geared 110 82 344 711 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 785 Single direction synchronous geared 110 82 344 712 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 789 Single direction synchronous geared 110 82 344 714 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 792 Single direction synchronous geared 110 82 344 716 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 794 Single direction synchronous geared 110 82 344 717 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 796 Single direction synchronous geared 110 82 344 718 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 799 Single direction synchronous geared 110 82 344 719 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 801 Single direction synchronous geared 110 82 344 720 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 803 Single direction synchronous geared 110 82 344 722 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 805 Single direction synchronous geared 110 82 344 725 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 807 Single direction synchronous geared 110 82 344 726 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 808 Single direction synchronous geared 110 82 344 727 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 810 Single direction synchronous geared 110 82 344 729 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 811 Single direction synchronous geared 110 82 344 732 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 813 Single direction synchronous geared 110 82 344 733 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 815 Single direction synchronous geared 110 82 344 734 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 816 Single direction synchronous geared 110 82 344 736 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 334 818 Single direction synchronous geared 110 82 344 738 Single direction synchronous geared 112
motors - 3.5 Watts motors - 3 Watts
82 340 194 Direct drive single direction synchronous 100 82 344 740 Single direction synchronous geared 112
motors - 0.16 watts motors - 3 Watts
82 340 195 Direct drive single direction synchronous 100 82 344 741 Single direction synchronous geared 112
motors - 0.16 watts motors - 3 Watts
82 344 690 Single direction synchronous geared 112 82 344 743 Single direction synchronous geared 112
motors - 3 Watts motors - 3 Watts
82 344 692 Single direction synchronous geared 112 82 344 744 Single direction synchronous geared 112
motors - 3 Watts motors - 3 Watts
82 344 694 Single direction synchronous geared 112 82 344 746 Single direction synchronous geared 112
motors - 3 Watts motors - 3 Watts

190
Index by part number
Part numbers Description Page Part numbers Description Page
82 344 748 Single direction synchronous geared 112 82 530 0 Direct drive reversible synchronous 106
motors - 3 Watts motors - 3.6 Watts
82 344 749 Single direction synchronous geared 112 82 540 0 Direct drive reversible synchronous 108
motors - 3 Watts motors - 7.2 Watts
82 344 751 Single direction synchronous geared 112 82 800 036 D.C. direct drive brushed motors - 17 Watts 24
motors - 3 Watts 82 800 037 D.C. direct drive brushed motors - 17 Watts 24
82 344 752 Single direction synchronous geared 112 82 800 501 D.C. direct drive brushed motors - 22 Watts 26
motors - 3 Watts 82 800 502 D.C. direct drive brushed motors - 31 Watts 26
82 344 754 Single direction synchronous geared 112 82 800 801 D.C. direct drive brushed motors - 22 Watts 28
motors - 3 Watts 82 800 802 D.C. direct drive brushed motors - 31 Watts 28
82 344 755 Single direction synchronous geared 112 82 810 017 D.C. direct drive brushed motors - 10 Watts 24
motors - 3 Watts 82 810 018 D.C. direct drive brushed motors - 10 Watts 24
82 344 756 Single direction synchronous geared 112 82 810 501 D.C. direct drive brushed motors - 14 Watts 26
motors - 3 Watts 82 810 502 D.C. direct drive brushed motors - 16 Watts 26
82 344 757 Single direction synchronous geared 112 82 830 009 D.C. direct drive brushed motors - 33 watts 30
motors - 3 Watts 82 830 010 D.C. direct drive brushed motors - 33 Watts 30
82 344 758 Single direction synchronous geared 112 82 830 501 D.C. direct drive brushed motors - 67 Watts 30
82 830 502 D.C. direct drive brushed motors - 67 Watts 30
motors - 3 Watts
82 344 760 Single direction synchronous geared 112 82 850 001 D.C. direct drive brushed motors - 42 Watts 28
82 850 002 D.C. direct drive brushed motors - 52 Watts 28
motors - 3 Watts
82 860 003 D.C. direct drive brushed motors - 3.9 Watts 22
82 344 762 Single direction synchronous geared 112
82 860 004 D.C. direct drive brushed motors - 3.9 Watts 22
motors - 3 Watts
82 860 501 D.C. direct drive brushed motors - 3.9 22
82 344 763 Single direction synchronous geared 112
Watts with encoder 1 pulse/revolution
motors - 3 Watts
82 860 502 D.C. direct drive brushed motors - 3.9 22
82 344 764 Single direction synchronous geared 112
Watts with encoder 1 pulse/revolution
motors - 3 Watts
82 861 006 D.C. geared motors with brushes - 3.9 Watts 36
82 344 765 Single direction synchronous geared 112
82 861 007 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 008 D.C. geared motors with brushes - 3.9 Watts 36
82 344 766 Single direction synchronous geared 112 82 861 009 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 010 D.C. geared motors with brushes - 3.9 Watts 36
82 344 768 Single direction synchronous geared 112 82 861 011 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 012 D.C. geared motors with brushes - 3.9 Watts 36
82 344 771 Single direction synchronous geared 112 82 861 013 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 014 D.C. geared motors with brushes - 3.9 Watts 36
82 344 772 Single direction synchronous geared 112 82 861 015 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 016 D.C. geared motors with brushes - 3.9 Watts 36
82 344 773 Single direction synchronous geared 112 82 861 017 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 018 D.C. geared motors with brushes - 3.9 Watts 36
82 344 775 Single direction synchronous geared 112 82 861 019 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 020 D.C. geared motors with brushes - 3.9 Watts 36
82 344 778 Single direction synchronous geared 112 82 861 021 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 861 022 D.C. geared motors with brushes - 3.9 Watts 36
82 344 779 Single direction synchronous geared 112 82 861 023 D.C. geared motors with brushes - 3.9 Watts 36
motors - 3 Watts 82 862 001 D.C. geared motors with brushes - 3.9 Watts 34
82 344 780 Single direction synchronous geared 112 82 862 002 D.C. geared motors with brushes - 3.9 Watts 34
motors - 3 Watts 82 862 003 D.C. geared motors with brushes - 3.9 Watts 34
82 510 0 Direct drive reversible synchronous 102 82 862 004 D.C. geared motors with brushes - 3.9 Watts 34
motors - 2.7 Watts 82 862 005 D.C. geared motors with brushes - 3.9 Watts 34
82 510 5 Direct drive reversible synchronous 102 82 862 006 D.C. geared motors with brushes - 3.9 Watts 34
motors - 2.7 Watts 82 862 201 D.C. geared motors with brushes - 3.9 Watts 34
82 520 014 Direct drive reversible synchronous 104 82 862 202 D.C. geared motors with brushes - 3.9 Watts 34
motors - 3.5 Watts 82 862 203 D.C. geared motors with brushes - 3.9 Watts 34
82 520 4 Direct drive reversible synchronous 104 82 862 204 D.C. geared motors with brushes - 3.9 Watts 34
motors - 3.5 Watts 82 862 205 D.C. geared motors with brushes - 3.9 Watts 34
82 524 001 Reversible synchronous geared motors - 122 82 862 206 D.C. geared motors with brushes - 3.9 Watts 34
82 867 001 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts
82 867 002 D.C. geared motors with brushes - 3.9 Watts 50
82 524 002 Reversible synchronous geared motors - 122
82 867 003 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts
82 867 004 D.C. geared motors with brushes - 3.9 Watts 50
82 524 003 Reversible synchronous geared motors - 122
82 867 005 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts
82 867 006 D.C. geared motors with brushes - 3.9 Watts 50
82 524 004 Reversible synchronous geared motors - 122
82 867 007 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts 82 867 008 D.C. geared motors with brushes - 3.9 Watts 50
82 524 008 Reversible synchronous geared motors - 122 82 867 009 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts 82 867 010 D.C. geared motors with brushes - 3.9 Watts 50
82 524 010 Reversible synchronous geared motors - 122 82 867 011 D.C. geared motors with brushes - 3.9 Watts 50
3.5 Watts 82 867 012 D.C. geared motors with brushes - 3.9 Watts 50
82 524 016 Reversible synchronous geared motors - 122 82 869 001 D.C. geared motors with brushes - 3.9 Watts 40
3.5 Watts 82 869 006 D.C. geared motors with brushes - 3.9 Watts 40
82 869 007 D.C. geared motors with brushes - 3.9 Watts 40

191
 Index by part number
Part numbers Description Page Part numbers Description Page
82 869 008 D.C. geared motors with brushes - 3.9 Watts 40 99 485 923 Accessories for fans 186
82 869 009 D.C. geared motors with brushes - 3.9 Watts 40 - Fingerguard plastic 60x60
82 869 010 D.C. geared motors with brushes - 3.9 Watts 40 99 486 804 AC fan - 80 x 25 mm 180
82 869 011 D.C. geared motors with brushes - 3.9 Watts 40 99 486 904 AC fan - 80 x 38 mm 180
82 869 012 D.C. geared motors with brushes - 3.9 Watts 40 99 487 102 AC fan - 92 x 25 mm 180
82 869 013 D.C. geared motors with brushes - 3.9 Watts 40 99 487 401 AC fan - 120 x 38 mm 180
82 869 014 D.C. geared motors with brushes - 3.9 Watts 40 99 487 403 AC fan - 120 x 38 mm 180
82 869 015 D.C. geared motors with brushes - 3.9 Watts 40 99 487 411 AC fan - 120 x 38 mm 180
82 869 016 D.C. geared motors with brushes - 3.9 Watts 40 99 487 420 AC fan - 120 x 38 mm 180
82 890 001 D.C. direct drive brushed motors - 194 Watts 32 99 489 401 AC fan - 120 x 38 mm 180
82 890 002 D.C. direct drive brushed motors - 255 Watts 32
82 910 001 Direct drive stepper motors - 2 phases 148
82 910 501 Direct drive stepper motors - 2 phases 146
82 910 502 Direct drive stepper motors - 4 phases 146
82 920 001 Direct drive stepper motors - 2 phases 152
82 920 012 Direct drive stepper motors - 4 phases 152
82 924 020 Geared stepper motors - 7.5 Watts 158
82 924 022 Geared stepper motors - 7.5 Watts 158
82 924 028 Geared stepper motors - 7.5 Watts 158
82 924 030 Geared stepper motors - 7.5 Watts 158
82 930 002 Direct drive stepper motors - 2 phases 154
82 930 015 Direct drive stepper motors - 4 phases 154
82 940 002 Direct drive stepper motors - 2 phases 156
82 940 015 Direct drive stepper motors - 4 phases 156

99 000 000
99 484 002 DC brushless fan - 120 x 38 mm 182
99 484 006 DC brushless fan - 120 x 38 mm 182
99 484 201 DC brushless fan - 92 x 25 mm 182
99 484 203 DC brushless fan - 92 x 25 mm 182
99 484 204 DC brushless fan - 92 x 25 mm 182
99 484 206 DC brushless fan - 92 x 25 mm 182
99 484 301 DC brushless fan - 80 x 25 mm 182
99 484 303 DC brushless fan - 80 x 25 mm 182
99 484 304 DC brushless fan - 80 x 25 mm 182
99 484 306 DC brushless fan - 80 x 25 mm 182
99 484 401 DC brushless fan - 60 x 25 mm 182
99 484 403 DC brushless fan - 60 x 25 mm 182
99 484 501 DC brushless fan - 60 x 15 mm 182
99 484 601 DC brushless fan - 40 x 20 mm 182
99 484 701 DC brushless fan - 40 x 10 mm 182
99 484 801 DC brushless fan - 25 x 10 mm 182
99 485 900 Accessories for fans 186
- Fingerguard metal 60x60
99 485 901 Accessories for fans 186
- Fingerguard metal 80x80
99 485 902 Accessories for fans 186
- Fingerguard metal 120x120
99 485 903 Accessories for fans 186
- Cord type T 300 mm
99 485 904 Accessories for fans 186
- Fingerguard metal 92x92
99 485 905 Accessories for fans 186
- Cord type T 600 mm
99 485 906 Accessories for fans 186
- Cord type T 1000 mm
99 485 907 Accessories for fans 186
- Cord type T 2000 mm
99 485 908 Accessories for fans 186
- Cord type T 3000 mm
99 485 909 Accessories for fans - Filter 120x120 186
99 485 910 Accessories for fans 186
- Fingerguard metal 40x40
99 485 920 Accessories for fans 186
- Fingerguard plastic 120x120
99 485 921 Accessories for fans 186
- Fingerguard plastic 92x92
99 485 922 Accessories for fans 186
- Fingerguard plastic 80x80

192
193
194
Conditions of sale
1. Acceptance 9. Errors
All orders are accepted subject to the following Conditions of Sale which cannot be varied We reserve the right to correct all typographical and clerical errors and the purchaser may
except expressly and in writing by us. These terms and conditions shall prevail over any not rely on any such information thus erroneously provided.
terms and conditions contained in a purchaser’s order. Any sale by us to purchaser
subsequent to an order or other notification incorporating any Conditions of Purchase of 10. Proper law
the Purchaser shall not be deemed to constitute an acceptance by us of the purchaser’s
The parties hereby agree that any contract made between them and any question thereby
Conditions of Purchase.
arising shall be governed by English law.

2. Prices and discounts

11. Intellectual property
All prices and discount rates are subject to alteration without notice and the rate applicable
to a particular order will be our price and discount rates current at the date of despatch The purchaser hereby agrees and undertakes not to copy, publicise or make available to
irrespective of the price and discount rate stated in our acknowledgement. Minimum order any third party any drawings, designs, patterns, tooling written instructions, software
charge payable. specifications etc produced and supplied by us in connection with any order placed under
these conditions save in accordance with any licence granted by us and it is hereby agreed
that the same shall remain our property and must be returned to us on demand free of
3. Payment
charge. Where software is incorporated in our product and sold to the purchaser as a
Payment must be made with the order in cash without any deduction (other than any package the software remains our property and the purchaser has a no-exclusive right of
discount rate previously agreed by us) unless monthly or other terms have been approved use.
by us prior to the order being made. As a consequence, the purchaser is forbidden to reproduce, except for the purchasers own
security copy purposes, alter or publish such software as is marketed by us or otherwise
4. Despatch dates inform unauthorised persons.
Despatch dates given are based on our best information at the time quoted, but are given
as estimates only. We reserve the right to postpone any quoted despatch or delivery dates 12. Title
without prior notice and without liability for any delay. Delivery weeks are numbered 1-52
We retain ownership in the goods until full payment has been made and goods supplied
from January to December.
that have not been paid for must be held by the purchaser on our behalf as follows :
a) It shall be the duty of the purchaser to preserve and store goods delivered in an
5. Cancellation or amendment
identifiable form and not to mix or make the said goods until payment is received by us in
We reserve the right to cancel or amend a purchaser’s order if it is impractical or impossible full, unless written consent is other-wise given. Further if such written consent is given, it is
for us to fulfil the order by reason of any act of God, war, civil disturbance, strike, lockout, agreed that you will hold the proceeds of sale on trust for us in a separate identifiable bank
cessation of work, combination of workmen or employees, legislation or restriction of any
account until the payment is made in full.
governmental or other authority, breakdown or interruption of transport, force majeure or
any other circumstances beyond our control and in such circumstances the obligations of b) It is further hereby agreed that in the event of the purchaser becoming bankrupt or
each part hereunder shall be wholly or partially suspended during the continuance and to having a Receiving Order or Administration Order made or making arrangements with
the extent of such prevention, interruption or hindrance. creditors for commencing to be wound up then the purchaser will notify us forthwith and we
shall be entitled to give notices and instructions to the purchaser in accordance with clause
(a) above. Nothing in this sub-clause shall prejudice our rights with regard to clause (a)
6. Descriptions
above.
Technical information relating to our products as set out in our catalogue(s) and description
literature may be varied by us from time to time due to manufacturing and other factors.
Every effort will be made to keep our literature and catalogues up-to-date but the purchaser 13. Minimum order charge
should make specific enquiries and satisfy himself that any order given by him is of £100 (excluding Post and Packing)+VAT. Orders for less than £100 will be charged as £100.
products and specifications currently available, and supplied by us at the time the order is VAT will be added at the relevant rate.
given. Every endeavour will be made by us to correct and up-date our literature from time
to time as the situation shall require but we accept no liability for minor or trifling
misdescription.

7. Delivery complaints
Non delivery within 10 days of the date of despatch must be reported immediately in writing
to us and to the carriers. Any damage or shortfall in delivery must be reported in writing to
us within three days of delivery giving a statement of the alleged shortfall or damage. We
shall not be liable for any claims in respect of the above complaints unless they have been
reported in accordance with this Clause.

8. Warranty
We shall repair or, at our option, replace without charge any products manufactured and
supplied by us hereunder which prove defective within twelve months from the date of
despatch PROVIDED ALWAYS, that
a) such products have not been structurally modified or misused or misapplied;
b) they are returned to us carriage paid;
c) all terms agreed by us for payment of such goods have been strictly complied with;
d) any claim hereunder is made within 30 days of the date of discovery of the defect.
PROVIDED THAT this Warranty shall not extend to any prototype(s) nor any pre-production
batch supplied for customer evaluation. Where it appears to us following an inspection of
the return of goods that no defect rendering the goods unmerchantable or fit for their
purpose exists or has existed since despatch by us we shall be entitled at our absolute
discretion to return the goods henceforth to the buyer who shall thereupon bear and be
responsible for cost of carriage thereby incurred.
Save as provided above we accept no liability in contract or tort whatsoever in respect of
defects in goods sold by us save where such liability cannot be limited or exclused in law.

G
 Crouzet
around the world
AUSTRIA CHINA INDIA SPAIN THE NETHERLANDS
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Réf. 67 500 06 G (Published April 2004) - Communication Crouzet Automatismes - Dépot légal en cours - Peillon & Associés - Axess - 3C Evolution - Photos : Ginko - Daniel Lattard - Renault Communication / Banet, Olivier
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Warning:
The product information contained in this
catalogue is given purely as information and
does not constitute a representation,
warrantly or any form of contractual
commitment. CROUZET Automatismes and
its subsidiaries reserve the right to modify
their products without notice. It is imperative
that we should be consulted over any
Distributed by : particular use or application of our products
and it is the responsability of the buyer to
establish, particularly through all the
appropriate tests, that the product is suitable
for the use or application.Under no
circumstances will our warranty apply, nor
shall we be held responsible for any
application (such as any modification,
addition, deletion, use in conjunction with
other electrical or electronic components,
circuits or assemblies, or any other
unsuitable material or substance) which has
not been expressly agreed by us prior to the
sale of our products.

www.crouzet.com
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