Linear

Modules
 Linear Modules
INDEX Dierre Motion has been designing and manufacturing linear modules for almost 20 years, boasting the
most complete and broadest range on the market today.
INTRODUCTION 03
WHEELS AND PROFILES 04 Thanks to the experience gained and the use of technologically advanced design and production tools,
WHEELS 05 we are able to offer various standard or customized solutions.
LINEAR SYSTEMS PROFILES 08
DRIVEN WHEEL LINEAR SYSTEMS 14
GD AND GDS Series The precision and quality of the extrusions, the internal production of the various parts and the use
15
IL Series 19 of primary brand components are some of the elements that allow us to provide a reliable and high
Monorail and Monorail Plus linear modules 23 quality product.

LINEAR MODULES / Belt driven / Sliding wheels 30

AR Series 31
EL Series 32
ELZ Series 35
GDR Series 36
GDR MLT Series 39
LINEAR MODULES
ELP120 Series 43
BELT DRIVEN
ELP180 Series 45
LINEAR MODULES / Belt driven / recirculating ball slide 47
AG Series 48
ELG Series 55
MDR Series 59
AGZ Series 62
ELGZ Series 65

LINEAR MODULES / Screw driven / Sliding wheels 67

ELV Series 68
LINEAR MODULES / Screw driven / recirculating ball slide 69
LINEAR MODULES AGV Series 70
SCREW DRIVEN AG2V Series 72

Aggiornato a Giugno 2021 / Updated June 2021

4 WHEELS 5
DRIVEN WHEEL LINEAR SYSTEMS

Wheels without pin - profiled Cc (N) = Dynamic load combined limit - Cco (N) = Static load combined limit

Sp Sp
De De

Dt
Di

Dt
Di

At

At

De

De
Di

Di
Technical features
Code
Di (mm) De (mm) Sp Dt (mm) At (mm) Cc (N) Cco (N)
CRUGC0000012 5 16 8 4 9 712 1016
CRUGC0000017 5 17 8 6 9 712 1016
CRUGC0000019 8 24 11 6 14 1824 2936
CRUGC0000004 12 35 15.9 10 20.65 4080 6800
CRUGC0000007 12 35 15.9 12 21.75 4080 6800
CRUGC0000009 12 42 19 10 24 5520 9600
CRUGC0000013 25 72 25.8 20 41 12880 18160
CRUGC0000014 25 72 25.8 25 43.5 12880 18160

DRIVEN WHEEL LINEAR SYSTEMS Wheels without pin - V groove

WHEELS AND PROFILES De

Di
De
Di
Dt Dt

At

At
Linear driven roller systems consist of a guide rail, a standard car plate and running wheels.

De

De
Di

Di
The rails are made of anodized extruded aluminium (available in various sections) on which
the round sliding bars in hardened ground and chromed steel are fixed by riveted joint.
Thanks to the wheels on the eccentric pin it is possible to achieve perfect coupling with the Sp Sp

bars and determine the desired preload. The sliding wheels have 2RS protections greased Technical features
for life and can be with a gothic arch or "V" profile with 120° groove; the latter allow for the Code
Di (mm) De (mm) Sp Dt (mm) At (mm) Cc (N) Cco (N)
best discharge of the impurities present in some work environments.
CRUGC0000018 7 22 11 10 14.5 960 2720
CRUGC0000022 8 30 14 10 18.1 2160 5120
MAIN FEATURES OPTIONS CRUGC0000001 10 30 14 10 18.1 2160 5120
• cheapness • customer specified guide fixing holes CRUGC0000010 15 38 17 10 22.25 6000 9200
• maintenance free • sliding bars and wheels in stainless steel CRUGC0000011 15 41 20 20 28 6000 9200
• silence • car plate according to customer design CRUGC0000012 17 58 25 20 35 8000 14400
• maximum flexibility • connection system for guides over 6000 mm
Wheels without pin - cylindrical
• adjustable preload
De De Sp
Sp
Di Di

De
De

Di
Di
N.B. All linear modules can be customized according to customer
specifications. This catalogue shows the standards available Technical features
Code
in stock and the data may be subject to change without notice. Di (mm) DE(mm) Sp Dt (mm) At (mm) Cc (N) Cco (N)

Always contact the technical department to verify the application. CCURR0000001 6 19 11 - - 2688 2352
CCUSE0000008 12 32 15.9 - - 4080 6800
6 WHEELS WHEELS 7
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS

Wheels with pin - profiled with F type thread Cr = Theoretical radial breaking load (N) - Crc = Recommended radial load (N) Wheels with pin - normal type V groove Cr = Theoretical radial breaking load (N) - Crc = Recommended radial load (N)

Ca = Theoretical axial breaking load (N) -Cac = Recommended axial load (N) Ca = Theoretical axial breaking load (N) -Cac = Recommended axial load (N)
DtDt De Dt Dt
DeDe De

De
De
De
Dc
Dc
M
M

De
M
M

E
E
E
E
NN P N P N

BB SpSp AA B Sp AB Sp A

LL L L

Dimensions (mm) Code Code Dimensions (mm) Code Code

Code Cr* Ca Crc* Cac Code Cr* Ca Crc* Cac
Di De Sp Dt A B N L M E Dc
wheel pin Di De Sp Dt A B N P L M E
wheel pin
CONCENTRIC: CONCENTRIC:
GRUGD0000026 5 16 8 4 0.2 1.6 5 14.8 4 - 6 CRUGC0000016 DPERO0000025 712 N 400 N 71 N 40 N GRUGD0000030 7 22 11 10 2.5 2.5 4 5.5 25.5 6 - CRUGC0000018 DPERO0000017 960 N 2080 N 96 N 208 N

GRUGD0000042 8 24 11 6 0.4 2.5 5.8 19.7 5 - 8 CRUGC0000020 DPERO0000008 1824 N 1200 N 182 N 120 N GRUGD0000031 7 22 11 10 1 2.5 2.5 7 24 6 - CRUGC0000018 DPERO0000068 960 N 1040 N 96 N 104 N

GRUGD0000028 12 35 15.9 10 1.6 4.5 10 32 8 - 12 CRUGC0000004 DPERO0000009 4080 N 2000 N 408 N 200 N GRUGD0000032 8 30 14 10 3 2 5 9 33 8 - CRUGC0000022 DPERO0000018 2160 N 2400 N 216 N 240 N

GRUGD0000069 12 42 19 10 3.9 3 10 35.9 8 - 12 CRUGC0000009 DPERO0000011 5520 N 4000 N 552 N 400 N GRUGD0000033 10 38 18 10 2 2.5 4 15 41.4 10 - CRUGC0000010 DPERO0000019 6000 N 5520 N 600 N 552 N

ECCENTRIC: GRUGD0000040 10 30 14 10 2 2 4.5 9.5 32 8 - CRUGC0000001 DPERO0000073 2160 N 1600 N 216 N 160 N

GRUGD0000047 5 16 8 4 0.2 1.6 5 14.8 4 0.6 6 CRUGC0000016 DPERO0000059 712 N 400 N 71 N 40 N GRUGD0000035 15 41 20 20 4 3 6 13 46 12 - CRUGC0000011 DPERO0000020 6000 N 5520 N 600 N 552 N

GRUGD0000063 8 24 11 6 0.4 2.5 5.8 19.7 5 0.5 8 CRUGC0000020 DPERO0000039 1824 N 1200 N 182 N 120 N GRUGD0000036 17 58 25 20 3 6 10 14 58 16 - CRUGC0000012 DPERO0000021 8000 N 6400 N 800 N 640 N

GRUGD0000049 12 35 15.9 10 1.6 4.5 10 32 8 0.5 12 CRUGC0000004 DPERO0000040 4080 N 2000 N 408 N 200 N ECCENTRIC:
GRUGD0000070 12 42 19 10 3.9 3 10 35.9 8 0.75 12 CRUGC0000009 DPERO0000042 5520 N 4000 N 552 N 400 N GRUGD0000052 7 22 11 10 2.5 2.5 4 5.5 25.5 6 1.5 CRUGC0000018 DPERO0000051 960 N 2080 N 96 N 208 N

* Values refer to the breaking load of the wheel which is lower than that of the pin. GRUGD0000051 7 22 11 10 1 2.5 2.5 7 24 6 1 CRUGC0000018 DPERO0000069 960 N 1040 N 96 N 104 N

GRUGD0000053 8 30 14 10 3 2 5 9 33 8 1.5 CRUGC0000022 DPERO0000052 2160 N 2400 N 216 N 240 N

GRUGD0000054 10 38 18 10 2 2.5 4 15 41.4 10 1 CRUGC0000010 DPERO0000053 6000 N 5520 N 600 N 552 N

GRUGD0000061 10 30 14 10 2 2 4.5 9.5 32 8 1 CRUGC0000001 DPERO0000074 2160 N 1600 N 216 N 160 N

Wheels with pin - profiled with M type thread GRUGD0000056 15 41 20 20 4 3 6 13 46 12 2 CRUGC0000011 DPERO0000054 6000 N 5520 N 600 N 552 N

De De Dt Dt GRUGD0000057 17 58 25 20 3 6 10 14 58 16 1.5 CRUGC0000012 DPERO0000055 8000 N 6400 N 800 N 640 N

* Values refer to the breaking load of the wheel which is lower than that of the pin.
Wheels with pin - cylindrical
De De
De
De
M
M

E
E

P PN N

De

De
M

M
B B Sp Sp A A

E
L L
P N P N
B SpB A Sp A
Dimensions (mm) Code Code
Code Cr* Ca Crc* Cac L L
Di De Sp Dt A B N P L M E
wheel pin
CONCENTRIC:
Dimensions (mm) Code Code
Code Cr* Ca Crc* Cac
Di De Sp Dt A B N P L M E
wheel pin
GRUGD0000083 5 17 8 6 2.5 4 5 5.5 23 5 - CRUGC0000017 DPERO0000022 712 N 800 N 71 N 80 N

GRUGD0000086 8 24 11 6 1.8 2 6 7 27.8 8 - CRUGC0000020 DPERO0000023 1824 N 2400 N 182 N 240 N CONCENTRIC:
GRUGD0000029 5 17 8 6 2.5 4 2.5 5.5 19 5 - CRUGC0000017 DPERO0000079 712 N 800 N 71 N 80 N GRUGD0000039 6 19 11 - 1.8 1.7 4.5 10 29 8 - CCURR0000001 DPERO0000007 2688 N 1160 N 269 N 116 N

GRUGD0000045 12 35 15.9 10 3.1 2 12 11 44 10 - CRUGC0000004 DPERO0000024 4080 N 400 N 408 N 40 N GRUGD0000037 12 32 15.9 - 2.2 3 5 14 40.1 12 - CCUSE0000008 DPERO0000005 4080 N 4000 N 408 N 400 N

ECCENTRIC: GRUGD0000038 12 32 15.9 - 2.2 3 5 11 37.1 12 - CCUSE0000008 DPERO0000028 4080 N 4000 N 408 N 400 N

GRUGD0000084 5 17 8 6 2.5 4 5 5.5 23 5 0.5 CRUGC0000017 DPERO0000056 712 N 800 N 71 N 80 N ECCENTRIC:

GRUGD0000085 8 24 11 6 1.8 2 6 7 27.8 8 0.5 CRUGC0000020 DPERO0000057 1824 N 2400 N 182 N 240 N GRUGD0000060 6 19 11 - 1.8 1.7 4.5 10 29 8 1 CCURR0000001 DPERO0000048 2688 N 1160 N 269 N 116 N

GRUGD0000050 5 17 8 6 2.5 4 2.5 5.5 19 5 0.5 CRUGC0000017 DPERO0000080 712 N 800 N 71 N 80 N GRUGD0000058 12 32 15.9 - 2.2 3 5 14 40.1 12 1.5 CCUSE0000008 DPERO0000037 4080 N 4000 N 408 N 400 N

GRUGD0000066 12 35 15.9 10 3.1 2 12 11 44 10 0.75 CRUGC0000004 DPERO0000058 4080 N 400 N 408 N 40 N GRUGD0000059 12 32 15.9 - 2.2 3 5 11 37.1 12 1.5 CCUSE0000008 DPERO0000062 4080 N 4000 N 408 N 400 N

* Values refer to the breaking load of the wheel which is lower than that of the pin. * Values refer to the breaking load of the wheel which is lower than that of the pin.
8 PROFILES PROFILES 9
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS

GD6 BPRGD0000063 GD10 BPRGD0000007 GDX20 BPRGD0000009 ACS32 BPRGD0000059

125
54
65
25 26
0
30 Z Ø2
0 Z
Z Ø1 Ø6
14

30
Z Y Y
Ø6 Y
Y Y

20
Y

20

18

15
12

Y Y

13
7.5

Z
Z Z 24
32 Z
130
58

Technical features Technical features Technical features Technical features

Profile area 315.46 mm 2
Profile area 879.63 mm 2
Profile area 2790.26 mm 2
Profile area 479.77 mm2
Y 36.00 mm Y 64.00 mm Y 145.00 mm Y 32.00 mm
Sizes Sizes Sizes Sizes
Z 12.00 mm Z 20.00 mm Z 30.00 mm Z 20.00 mm
Jy 0.35 cm4 Jy 2.85 cm4 Jy 20.64 cm4 Jy 1.48 cm4
Moments of inertia Moments of inertia Moments of inertia Moments of inertia
Jz 3.59 cm4
Jz 33.08 cm 4
Jz 575.74 cm 4
Jz 2.86 cm4
Wy 0.46 cm3 Wy 2.20 cm3 Wy 11.51 cm3 Wy 1.02 cm3
Profile moment of resistance Profile moment of resistance Profile moment of resistance Profile moment of resistance
Wz 2.40 cm 3
Wz 12.28 cm 3
Wz 92.98 cm 3
Wz 1.91 cm3
Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm
Mass 1.15 Kg/m Mass 3.19 Kg/m Mass 10.87 Kg/m Mass 1.63 Kg/m
Material Material Material Material
ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated

GDX10 BPRGD0000065 GD20 BPRGD0000062 ACS52 BPRGD0000058 IL28 BPRGD0000012

70
99
27
71 Z 0 42 19
Ø2
Z 0 Z
Ø1 0 17.8
Ø1
Y Y
30

Z Ø4
Y Y
20

18

18
Y Y
13

Y Y

13
8.5
9
Z Z Z
Z
76,5 28
103

Technical features Technical features Technical features Technical features

Profile area 1290.96 mm 2
Profile area 2018.23 mm 2
Profile area 849.83 mm 2
Profile area 189.60 mm2
Y 109.00 mm Y 90.00 mm Y 52.00 mm Y 28.00 mm
Sizes Sizes Sizes Sizes
Z 20.00 mm Z 30.00 mm Z 18.00 mm Z 13.00 mm
Jy 3.58 cm 4
Jy 14.97 cm 4
Jy 2.13 cm4
Jy 0.27 cm4
Moments of inertia Moments of inertia Moments of inertia Moments of inertia
Jz 155.36 cm 4
Jz 136.23 cm 4
Jz 16.09 cm 4
Jz 1.92 cm4
Wy 2.76 cm3 Wy 8.32 cm3 Wy 2.36 cm3 Wy 0.32 cm3
Profile moment of resistance Profile moment of resistance Profile moment of resistance Profile moment of resistance
Wz 31.45 cm 3
Wz 39.02 cm 3
Wz 6.13 cm 3
Wz 1.37 cm3
Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm
Mass 4.31 Kg/m Mass 8.70 Kg/m Mass 3.08 Kg/m Mass 0.64 Kg/m
Material Material Material Material
ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated
10 PROFILES PROFILES 11
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS

IL32 BPRGD0000013 IL42 BPRGD0000014 MR65 APRGD0000002 IL120 BPRGD0000010

92
46.5
86.5
42

0
0

Ø1
Ø1
29 Z
9,5 Z
26.5
19.5
Ø6 Z Ø6 Y Y Y Y

33.5
Z

32
Y Y

24
23
15.5

Y Y

20
10.5

14
Z Z Z
32 42
Z
65
120

Technical features Technical features Technical features Technical features

Profile area 297.67 mm 2
Profile area 474.05 mm 2 Profile area 1180.27 mm 2
Profile area 1993.21 mm2
Y 32.00 mm Y 42.00 mm Y 65.00 mm Y 120.00 mm
Sizes Sizes Sizes Sizes
Z 15.50 mm Z 20.00 mm Z 32.00 mm Z 33.50 mm
Jy 0.62 cm4
Jy 1.55 cm4 Jy 10.09 cm4 Jy 17.67 cm4
Moments of inertia Moments of inertia Moments of inertia Moments of inertia
Jz 3.68 cm4 Jz 10.20 cm4 Jz 60.23 cm4 Jz 335.48 cm4
Wy 0.59 cm3 Wy 1.10 cm3 Wy 4.39 cm3 Wy 7.36 cm3
Profile moment of resistance Profile moment of resistance Profile moment of resistance Profile moment of resistance
Wz 2.30 cm 3
Wz 4.87 cm 3 Wz 18.53 cm 3
Wz 59.25 cm3
Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm
Mass 1.10 Kg/m Mass 1.58 Kg/m Mass 4.00 Kg/m Mass 6.19 Kg/m

Material Material Material Material

ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated

IL43 BPRGD0000015 IL65 BPRGD0000017 GS10 BPRGD0000068 GS20 BPRGD0000069

42.5

40
31 24.2
28.5 Z Ø10 Z
Ø6

15.5
Z Y Y Z Ø20
32

Ø10

27
Y Y Y Y
23.5
20

14.5
14

15
Y Y

15
Z Z Z
Z 17 27
43
65

Technical features Technical features Technical features Technical features

Profile area 468.60 mm 2
Profile area 1241.99 mm 2 Profile area 247.20 mm 2
Profile area 790.04 mm2
Y 43.00 mm Y 65.00 mm Y 20.5 mm Y 34.20 mm
Sizes Sizes Sizes Sizes
Z 20.00 mm Z 32.00 mm Z 14.5 mm Z 27.00 mm
Jy 1.55 cm4
Jy 10.73 cm 4 Jy 0.438 cm4 Jy 4.60 cm4
Moments of inertia Moments of inertia Moments of inertia Moments of inertia
Jz 10.63 cm 4
Jz 62.84 cm 4 Jz 0.783 cm 4
Jz 6.67 cm4
Wy 1.10 cm3 Wy 4.58 cm3 Wy 5.48 cm3 Wy 3.07 cm3
Profile moment of resistance Profile moment of resistance Profile moment of resistance Profile moment of resistance
Wz 4.94 cm3 Wz 19.37 cm 3 Wz 5.06 cm 3
Wz 2.76 cm3
Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm Max. profile length 6000 mm
Mass 1.56 Kg/m Mass 4.18 Kg/m Mass 1.08 Kg/m Mass 3.76 Kg/m

Material Material Material Material

ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated
12 PROFILES PROFILES 13
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS

Round bar containment profile ø10 BPRGD0000032 Round bar containment profile ø12 BPRGD0000020 GDR10 BPRGD0000027 GDR20 BPRGD0000028

0
Z Ø1 Z
Ø1
2
54 70

Y Y Y Y 30

11.7 8.8
9.9

30

22.5
23.1

0
Ø10 Ø2
11.7

Z Z
Z
Z
8.5 8.5

17 20

58

63
Technical features Technical features

110
Profile area 160.23 mm 2
Profile area 160 mm2

120
Y 17.00 mm Y 20.00 mm
Sizes Sizes Y Y
Z 26.70 mm Z 26.50 mm Y Y
Jy 0.405 cm4 Jy 0.479 cm4
Moments of inertia Moments of inertia

45
Jz 0.524 cm4 Jz 0.548 cm4

45
Wy 0.46 cm3 Wy 0.390 cm3
Profile moment of resistance Profile moment of resistance
Wz 0.53 cm 3
Wz 0.547 cm3
Max. profile length 5000 mm Max. profile length 6100 mm Z
Z
Mass 0.432 Kg/m Mass 0.432 Kg/m 45
45
Material Material
ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated
Technical features Technical features
Round bar containment profile ø20 BPRGD0000102 Round bar containment profile ø25 BPRGD0000022 Profile area 1715.11 mm 2
Profile area 2965.38 mm2
Y 64.00 mm Y 90.00 mm
Sizes Sizes
Z 110.00 mm Z 120.00 mm
Z Z
0 Jy 219.23 cm4 Jy 413.54 cm4
Ø2 Ø25
Moments of inertia Moments of inertia
2.5

Y Y Jz 51.22 cm4 Jz 160.62 cm4

Y Y
Wy 33.73 cm3 Wy 68.47 cm3
20.4
15.8

17.7

Profile moment of resistance Profile moment of resistance

18

Wz 16.01 cm 3
Wz 35.69 cm3

Z Z Max. profile length 6040 mm Max. profile length 6040 mm

2.5

8 8 Mass 5.46 Kg/m Mass 11.27 Kg/m

28 33
Material Material
ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated
Technical features Technical features
Profile area 312 mm2 Profile area 348 mm2
Y 28.00 mm Y 33.00 mm
Sizes Sizes
Z 28.00 mm Z 32.50 mm
Jy 0.664 cm 4
Jy 0.924 cm4
Moments of inertia Moments of inertia
Jz 2.559 cm4 Jz 4.259 cm4
Wy 0.368 cm 3
Wy 0.462 cm3
Profile moment of resistance Profile moment of resistance
Wz 1.828 cm3 Wz 2.585 cm3
Max. profile length 6100 mm Max. profile length 6100 mm
Mass 0.84 Kg/m Mass 0.939 Kg/m
Material Material
ALLOY EN AW 6060 ALLOY EN AW 6060
C50 Temp./Grind./Chrome plated C50 Temp./Grind./Chrome plated
14 GD AND GDS Series 15
DRIVEN WHEEL LINEAR SYSTEMS

Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N)

GD6 GD10A

120
80
51 83
11
X 6 X

31
60
Y Y Z Z

80
50
Y Y Z Z

17

22
X
8

13.5
X 10
18

Cod. Car GCARO0000088 Cod. Car GCARO0000196

Cod. Profile BPRGD0000063 Cod. Profile BPRGD0000007 - BPRGD0000027
Cod. Wheels GRUGD0000029 - GRUGD0000050 Cod. Wheels GRUGD0000030 - GRUGD0000052

TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 0.145 Kg Car mass 0.38 Kg

LINEAR SYSTEMS Twisting moments

MX moment 48 Nm
Mr Ml
6.8 Nm
Twisting moments
MX moment 105 Nm
Mr Ml
15 Nm

WITH DRIVEN WHEEL

MY moment 29 Nm 4.2 Nm MY moment 63 Nm 9 Nm
MZ moment 34 Nm 5 Nm MZ moment 75 Nm 10.8 Nm

Applicable loads Cr Cl Applicable loads Cr Cl

FY load 1153 N 165 N FY load 1552 N 222 N
In this section there is the range of pre-assembled components for the realization of driven
FZ load 1879 N 268 N FZ load 2534 N 362 N
wheel linear systems, simple and economical solutions, with a good degree of precision.

GD10B GD10C
The basic components of the previous section are used in realizing linear systems, assembled
140 150
on specific cars, sized for use on the relative profiles. 90.1 14
98.6
17
X X
Fz Fz Fz
Fy
MZ X Fy MZ X Fy MZ
Y X
Y Y

120

120
80

75
Y Y Z Z Y Y Z Z

38
30
MY MX MY
MX MX 20
Z MY X 15 X
Z Z 24 31.45

GD series - GDX series GDS series IL series Cod. Car GCARO000070 Cod. Car GCARO0000131
Cod. Profile BPRGD0000007 - BPRGD0000027 Cod. Profile BPRGD0000007 - BPRGD0000027
The linear systems consist of a Car with its Wheel and Profile. Cod. Wheels GRUGD0000032 - GRUGD0000053 Cod. Wheels GRUGD0000033 - GRUGD0000054
IMPORTANT: Fy must only be applied to the side with the wheels with concentric pin. Caution: the Car
TECHNICAL FEATURES TECHNICAL FEATURES
Code includes the supply of a single assembled car (the guide profile is not included). When ordering,
Car mass 0.97 Kg Car mass 1.595 Kg
also specify the quantity and lengths of the type of profile.
Twisting moments Mr Ml Twisting moments Mr Ml
MX moment 258 Nm 36.8 Nm MX moment 718 Nm 102.6 Nm
N.B. All linear modules can be customized according to customer MY moment 228 Nm 32.6 Nm MY moment 546 Nm 78 Nm

specifications. This catalogue shows the standards available MZ moment 211 Nm 30.2 Nm MZ moment 602 Nm 86 Nm

in stock and the data may be subject to change without notice. Applicable loads Cr Cl Applicable loads Cr Cl
Always contact the technical department to verify the application. FY load 3500 N 500 N FY load 9720 N 1388 N
FZ load 5702 N 814 N FZ load 14573 N 2082 N
16 GD AND GDS Series GD AND GDS Series 17
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS
Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N) Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N)

GD10C2 GDX10A GD20A GD20B

200
180 140
X 25
126
150 160 20
95 15.9 127.6 X
11
X X

180
110
120

150
100
120

80
80

92
Y M Y Z Z Y Y Z Z Y Y Z Z Y Y Z Z
8

22
35

41

58
X X 10
16.55
122
18 X 20
29
X 25
33
43.5

Cod. Car GCARO0000025 Cod. Car GCARO0000198 Cod. Car GCARO0000135 Cod. Car GCARO0000160
Cod. Profile BPRGD0000007 - BPRGD0000027 Cod. Profile BPRGD0000065 Cod. Profile BPRGD0000062 - BPRGD0000028 Cod. Profile BPRGD0000062 - BPRGD0000028
Cod. Wheels GRUGD0000028 - GRUGD0000049 Cod. Wheels GRUGD0000030 - GRUGD0000052 Cod. Wheels GRUGD0000035 - GRUGD0000056 Cod. Wheels GRUGD0000036 - GRUGD0000057

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 1.32 Kg Car mass 0.64 Kg Car mass 2.245 Kg Car mass 4.365 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 251 Nm 35.8 Nm MX moment 161 Nm 23 Nm MX moment 918 Nm 131 Nm MX moment 1182 Nm 169 Nm
MY moment 211 Nm 30.2 Nm MY moment 101 Nm 14.5 Nm MY moment 728 Nm 104 Nm MY moment 929 Nm 133 Nm
MZ moment 411 Nm 58.7 Nm MZ moment 117 Nm 16.7 Nm MZ moment 782 Nm 112 Nm MZ moment 1153 Nm 165 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 6609 N 944 N FY load 1555 N 222 N FY load 9720 N 1388 N FY load 12960 N 1851 N
FZ load 5280 N 754 N FZ load 2534 N 362 N FZ load 14573 N 2082 N FZ load 16896 N 2414 N

GDX10B GDX10C GD20A2 GD20B2

200

190 180 140

175 X 25
143.6 126
135.6 20
14 17 X
X X

M8

100
150

122

180
140

150
100

90
90

Y Y Z Z Y Y Z Z Y Y Z Z Y Y Z Z
30

41
38

58
X 15 X X
20 20
150
24 25
31 33 X
43.5

Cod. Car GCARO0000197 Cod. Car GCARO0000199 Cod. Car GCARO0000029 Cod. Car GCARO0000027
Cod. Profile BPRGD0000065 Cod. Profile BPRGD0000065 Cod. Profile BPRGD0000062 - BPRGD0000028 Cod. Profile BPRGD0000062 - BPRGD0000028
Cod. Wheels GRUGD0000032 - GRUGD0000053 Cod. Wheels GRUGD0000033 - GRUGD0000054 Cod. Wheels GRUGD0000035 - GRUGD0000056 Cod. Wheels GRUGD0000036 - GRUGD0000057

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 1.285 Kg Car mass 2.165 Kg Car mass 2.244 Kg Car mass 4.35 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 386 Nm 55.2 Nm MX moment 1046 Nm 149.5 Nm MX moment 918 Nm 131 Nm MX moment 1182 Nm 169 Nm
MY moment 256 Nm 36.7 Nm MY moment 728 Nm 104 Nm MY moment 656 Nm 93.7 Nm MY moment 845 Nm 120 Nm
MZ moment 285 Nm 40.7 Nm MZ moment 850 Nm 121.5 Nm MZ moment 752 Nm 107.5 Nm MZ moment 1114 Nm 159 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 3499 N 500 N FY load 9720 N 1388 N FY load 9720 N 1388 N FY load 12960 N 1851 N
FZ load 5702 N 814.6 N FZ load 14573 N 2082 N FZ load 14573 N 2082 N FZ load 16896 N 2414 N
18 GD AND GDS Series IL Series 19
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS
Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N) Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N)

GD20X GDS10 IL28/3 IL28/5

300
195
X 25 120
83.3
15.9

Ø8
Z

9.4
X

9.4
.5
Z

19.2
15
19.2
15

8
M10

8
16 Z
Z

100
200
120

55
Y

70
Y Y Z Z Y Y Z Z 35 Y

M5
M10
25 25 25
M5

35
X

14 14
X

28

14 14
58

14.5
X X

28
X

14.5
Ø8
19.3 31 31

13.5
.5
90

13.5
80 25 25.5 25.5 25
X 30 29.25 Y 125
Y
48.5

Cod. Car GCARO0000200 Cod. Car GCARO0000240 Cod. Car GCARO0000034 Cod. Car GCARO0000033
Cod. Profile BPRGD0000009 Cod. Profile BPRGD0000058 Cod. Profile BPRGD0000012 Cod. Profile BPRGD0000012
Cod. Wheels GRUGD0000036 - GRUGD0000057 Cod. Wheels GRUGD0000045 - GRUGD0000066 Cod. Wheels GRUGD0000026 - GRUGD0000047 Cod. Wheels GRUGD0000026 - GRUGD0000047

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 6.765 Kg Car mass 1.135 Kg Car mass 0.058 Kg Car mass 0.155 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 1647 Nm 235 Nm MX moment 440 Nm 63 Nm MX moment 9.7 Nm 1.4 Nm MX moment 15.8 Nm 2.3 Nm
MY moment 1014 Nm 145 Nm MY moment 290 Nm 41.5 Nm MY moment 20 Nm 2.9 Nm MY moment 33 Nm 4.7 Nm
MZ moment 1484 Nm 212 Nm MZ moment 330 Nm 47.2 Nm MZ moment 18 Nm 2.6 Nm MZ moment 44 Nm 6.3 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 12960 N 1851 N FY load 6609 N 944 N FY load 1153 N 165 N FY load 1538 N 220 N
FZ load 16896 N 2414 N FZ load 10560 N 1508 N FZ load 864 N 123 N FZ load 1220 N 174 N

GDS102 IL 32/3 IL 42/3

120
Z
83 Z
15.9 24 M4

5.5
35 M5
X

11

7 7
23.5
18

14

21.5
28.8
5.5

11
0 Z 17
M1

6
Z 24
70

M4
100

57 Y
60

Y Y Z Z 73 Y
80 M5
35

X X

32
X X

16.25

42
24

30
21.5
20.3
X 17
90 20 20

15.25
29.45 65 29 29
Y 85
Y
Y

Cod. Car GCARO0000030 Cod. Car GCARO0000090 Cod. Car GCARO0000093

Cod. Profile BPRGD0000058 Cod. Profile BPRGD0000013 Cod. Profile BPRGD0000014
Cod. Wheels GRUGD0000028 - GRUGD0000049 Cod. Wheels GRUGD0000083 - GRUGD0000084 Cod. Wheels GRUGD0000086 - GRUGD0000085

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 1.06 Kg Car mass 0.1 Kg Car mass 0.26 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 219 Nm 31.3 Nm MX moment 18 Nm 2.6 Nm MX moment 68 Nm 9.7 Nm
MY moment 158 Nm 22.6 Nm MY moment 23 Nm 3.3 Nm MY moment 85 Nm 12.2 Nm
MZ moment 338 Nm 48.3 Nm MZ moment 11.5 Nm 1.6 Nm MZ moment 43 Nm 6.1 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 6609 N 944 N FY load 1153 N 165 N FY load 2955 N 422 N
FZ load 5280 N 754 N FZ load 1538 N 220 N FZ load 3940 N 563 N
20 IL Series IL Series 21
DRIVEN WHEEL LINEAR SYSTEMS DRIVEN WHEEL LINEAR SYSTEMS
Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N) Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N)

IL 42/5 IL 43/3 IL43C/3 IL43C/5

Z
Z Z

14

21.5

28.8

15
22.2
Z

22.9
15

28.9

29.5
11

15

11
11

22.2
29.5
Z 24
24 19

11
Z
Z
19
40 40 40 40 70 Y Z
40 40 40
Y 55

M6
M5
55
Y

M8
Y

21.5 21.5
21.5 21.5
15.5 15.5
X X X X X X
42

X X

43

43
43
30
21.7
20.5

24.5
23.3

18.5
24.5
19.7

18.5
M8
89 89 44 44 44 44 40 40 40 40
120 120
190 Y Y 190
Y Y

Cod. Car GCARO0000066 Cod. Car GCARO0000036 Cod. Car GCARO0000056 Cod. Car GCARO0000214
Cod. Profile BPRGD0000014 Cod. Profile BPRGD0000015 Cod. Profile BPRGD0000015 Cod. Profile BPRGD0000015
Cod. Wheels GRUGD0000086 - GRUGD0000085 Cod. Wheels GRUGD0000042 - GRUGD0000063 Cod. Wheels GRUGD0000039 - GRUGD0000060 Cod. Wheels GRUGD0000039 - GRUGD0000060

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 0.51 Kg Car mass 0.3 Kg Car mass 0.296 Kg Car mass 0.48 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 111 Nm 15.8 Nm MX moment 48 Nm 6.9 Nm MX moment 47 Nm 6.7 Nm MX moment 77 Nm 10.9 Nm
MY moment 236 Nm 34 Nm MY moment 85 Nm 12.2 Nm MY moment 0 Nm 0 Nm MY moment 0 Nm 0 Nm
MZ moment 177 Nm 25.3 Nm MZ moment 65 Nm 9.3 Nm MZ moment 96 Nm 13.7 Nm MZ moment 261 Nm 37.3 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 3940 N 563 N FY load 2955 N 422 N FY load 4354 N 622 N FY load 5806 N 829 N
FZ load 5563 N 795 N FZ load 2592 N 370 N FZ load 0N 0N FZ load 0N 0N

IL 43/4 IL 43/5 IL 65/3 IL 65/5

Z

60

33.95
24
M6
Z

45
Z

15.9
Z

15.9 10 14
15

23

28.9

33.95
24
15

45
11
23
28.9

Z Ø 35
24
11

Z
Z Z
24 140 Y 62.5 62.5 Y 62.5 62.5
70 Y 95

M6
55 40 40 40
M6

M6
Y
M
6

15.515.5
15.515.5

X X X X

45
43
43

X X

45
X X

65
23.3
23.3

19.7
19.7

M8

32.9

65
31.9

32.9

31.9
30 28 30 40 40 40 40
120 190 37.5 37.5
Y Y 135 135
115
Y
290
Y

Cod. Car GCARO0000041

Cod. Car GCARO0000042 Cod. Car GCARO0000094 Cod. Car GCARO0000095
Cod. Profile BPRGD0000015
Cod. Profile BPRGD0000015 Cod. Profile BPRGD0000017 Cod. Profile BPRGD0000017
Cod. Wheels GRUGD0000042 - GRUGD0000063
Cod. Wheels GRUGD0000042 - GRUGD0000063 Cod. Wheels GRUGD0000045 - GRUGD0000066 Cod. Wheels GRUGD0000045 - GRUGD0000066

TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 0.33 Kg Car mass 0.48 Kg Car mass 0.845 Kg Car mass 1.83 Kg

Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml Twisting moments Mr Ml

MX moment 79 Nm 11.3 Nm MX moment 79 Nm 11.3 Nm MX moment 210 Nm 30 Nm MX moment 343 Nm 49 Nm
MY moment 85 Nm 12.2 Nm MY moment 155 Nm 22.2 Nm MY moment 243 Nm 34.7 Nm MY moment 810 Nm 116 Nm
MZ moment 130 Nm 18.6 Nm MZ moment 177 Nm 25.3 Nm MZ moment 124 Nm 17.7 Nm MZ moment 620 Nm 88.5 Nm

Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl Applicable loads Cr Cl

FY load 2955 N 422 N FY load 3940 N 563 N FY load 6609 N 944 N FY load 8813 N 1259 N
FZ load 3168 N 452 N FZ load 3660 N 523 N FZ load 8640 N 1234 N FZ load 12200 N 1743 N
22 IL Series 23
DRIVEN WHEEL LINEAR SYSTEMS

Mr = Theoretical breaking point (N) - Ml = Recommended point (N), Cr = Theoretical breaking load (N) - Cl = Recommended load (N)

MR65/3 MR65/5
Z
Z

15
15

27.45

37
37

15.9
15.9

27.45
Z 35
35 Z
Y Y
100 95 95
M8
M6
M8 M6

51

51
X X X X

65
65

35.3
35.3

29.7
29.7

6.7 8.3 6.7 8.3

20 70 70 20 62.5 62.5 62.5 62.5
180 290
Y Y

Cod. Car GCARO0000049 Cod. Car GCARO0000059

Cod. Profile APRGD0000002 Cod. Profile APRGD0000002
Cod. Wheels GRUGD0000028 - GRUGD0000049 Cod. Wheels GRUGD0000028 - GRUGD0000049

TECHNICAL FEATURES TECHNICAL FEATURES

Car mass 0.83 Kg Car mass 1.41 Kg

Twisting moments Mr Ml Twisting moments Mr Ml

MX moment
MY moment
118 Nm
227 Nm
17 Nm
32.4 Nm
MX moment
MY moment
193 Nm
405 Nm
27.5 Nm
58 Nm
LINEAR MODULES
MZ moment

Applicable loads
231 Nm

Cr
33 Nm

Cl
MZ moment

Applicable loads
620 Nm

Cr
88.5 Nm

Cl
MONORAIL and MONORAIL PLUS
FY load 6609 N 944 N FY load 8813 N 1259 N
FZ load 4320 N 617 N FZ load 6100 N 871 N The Monorails are self-supporting monorail guides sliding through delrin wheels: which
allow high sliding speeds and good positioning accuracy.

They are among the simplest and cheapest motorized sliding systems and/or easily operated,
applicable even in harsh environments.

N.B. All linear modules can be customized according to customer

specifications. This catalogue shows the standards available in
stock and the data may be subject to change without notice.
Always contact the technical department to verify the application.
24 WHEELS PROFILES 25
MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS
Y

45
Monorail wheels Fr = Radial load (N) -Fa = Axial load (N) Profilo con guida a V 90° BPRGD0000023 Technical features
De De
Y
Profile area Y
1783 mm2
Y 50 mm

40
25
Sizes

45
Z 100 mm

Dc
Dc
Jy 143 cm4

De
De
Moments of inertia
Jz 34.8 cm4
Z Z

100

50
E
E
Z Z

130
Wy 28.6 cm3

50
Z Z

8.3
Profile modulus of resilience

45

8.3

8.3
Wz 13.9 cm3
P N PB N C B C CA C A Max. profile length 6000 mm

25
Sp Sp
Mass 4.64 Kg/m
Y

40
Dimensions (mm) Material

45
Code Fr (N) Fa (N) 50
Dc De Sp A B C N P E M
ALLOY EN AW 6060
Y
CONCENTRIC:
Y
GRUGD0000074 20 60 40 8 28 20 8 18 - 12 550 137.5 Y 60 60
GRUGD0000075 20 60 40 8 28 20 8 23 - 12 550 137.5
Profile with 90° V guide BPRGD0000025 Technical features

45
ECCENTRIC:
Profile area 2979 mm2
GRUGD0000077 20 60 40 8 28 20 8 18 2 12 550 137.5 Y
Y Y 60 mm
GRUGD0000078 20 60 40 8 28 20 8 23 2 12 550 137.5 Sizes
25 Z 130 mm

40
45
De De
Jy 358 cm4
Moments of inertia
Jz 84 cm4
Dc

Z
Dc

Wy 55 cm3
100

50

Z Z Z Profile modulus of resilience

130
E
E

Wz 28 cm3
De

50
De

8.3
Z Z

45

8.3

8.3
Max. profile length 6000 mm
Mass 7.49 Kg/m
25

AC C A
Material
P N B CP NC B Y

40
ALLOY EN AW 6060

45
Sp Sp
50
Dimensions (mm) Y
Code Fr (N) Fa (N) Y 60
Dc De Sp A B C N P E M
60
CONCENTRIC: Profile with 90° V guide BPRGD0000026 Technical features
GRUGD0000080 24 76 44 4 13.5 22 10 21.5 - 16 1000 250
Profile area 3726 mm2
ECCENTRIC: Y
Y 60 mm
GRUGD0000081 24 76 44 4 13.5 22 10 21.5 1.75 16 1000 250 Sizes
Z 180 mm

45
De De Jy 1005.1 cm4
Moments of inertia
Y Jz 125.7 cm4
Y
Dc

Wy 111.7 cm3
Dc

Profile modulus of resilience

25

40
Wz 42 cm3
E
E

De

45
De

Max. profile length 6000 / 7000 mm

180 Mass 10.09 Kg/m
Z Z
100

50

Z Z Material

130

50
8.3

P N B P CN BC C A C A
45 Z Z ALLOY EN AW 6060

8.3

8.3
Sp Sp
25

Dimensions (mm)
Code Fr (N) Fa (N) Y

40
Dc De Sp A B C N P E M
45

50
CONCENTRIC: Y
GRUGD0000090 24 76 44 4 13.5 22 10 21.5 - 16 1000 250 Y 60
ECCENTRIC: 60
GRUGD0000091 24 76 44 4 13.5 22 10 21.5 1.75 16 1000 250
26 GUIDES WHEELS 27
MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS

Monorail plus 120 wheel Fr = Radial load (N) -Fa = Axial load (N)
MONORAIL100 thk 10 MONORAIL100 thk 15
Y Y
370 370 Y
Y 10 15
= 300 = 48 = 300 = 48 De An
40 40

r
=
=

Dc
X X Z Z X X Z Z

210

140
210
140

De
=
=

Y Y Y
Y
P
N C C
B Sp
Cod. Car GCARO0000099 Cod. Car GCARO0000260 L
Cod. Profile BPRGD0000023 Cod. Profile BPRGD0000023
Cod. Wheel GRUGD0000074 - GRUGD0000077 Cod. Wheel GRUGD0000075 - GRUGD0000078
Dimensions (mm)
Code Fr (N) Fa (N)
Dc De Sp An B C N r P L
Technical features Technical features
CONCENTRIC
Car mass 4.14 Kg Car mass 5.2 Kg
GRUGD0000153 15 75 38 90° 10 14.2 11 8 11 70 1200 324
Allowable twisting moments Allowable twisting moments
MX moment 108 Nm MX moment 108 Nm
MY moment 165 Nm MY moment 165 Nm Monorail plus 180 wheel
MZ moment 31.8 Nm MZ moment 31.8 Nm

Maximum applicable loads Maximum applicable loads De An

FY max dynamic load 1100 N FY max dynamic load 1100 N

r
FY max static load 720 N FY max static load 720 N

Dc
MONORAIL130 MONORAIL180

De
Y Y 12
Y Y 12 380 35.5
380 35.5 = 300 = 44
= 300 = 44 P
N C C
=

B Sp
X X Z Z
250

L
173

X X Z Z
221
300

Dimensions (mm)
Code Fr (N) Fa (N)
=

Y
Y Dc De Sp A B C N r P L
=

Y
Y CONCENTRIC:
GRUGD0000155 15 75 38 90° 25 14.2 11 8 11 85 1200 324

Cod. Car GCARO0000101 Cod. Car GCARO0000102

Cod. Profile BPRGD0000025 Cod. Profile BPRGD0000026
Cod. Wheel GRUGD0000080 - GRUGD0000081 Cod. Wheel GRUGD0000080 - GRUGD0000081

Technical features Technical features

Car mass 5.47 Kg Car mass 6.1 Kg

Allowable twisting moments Allowable twisting moments

MX moment 150 Nm MX moment 150 Nm
N.B. The Monorail plus guides can be configured with a customized car plate based on
MY moment 300 Nm MY moment 300 Nm
the customer's design and using the wheels and profiles for Monorail plus shown in this
MZ moment 55 Nm MZ moment 79 Nm
section. In the “LINEAR BELT DRIVE MODULES” section of this catalogue you can find
Maximum applicable loads Maximum applicable loads
the Monorail plus axes assembled with standard components and available in stock.
FY max dynamic load 2000 N FY max dynamic load 2000 N
FY max static load 1000 N FY max static load 1000 N
28 WHEELS PROFILES 29
MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS MONORAIL AND MONORAIL PLUS LINEAR SYSTEMS

Wheels on Monorail plus 120 oscillating car Monorail plus 120 profile BPRGD0000136 Technical features
Le Profile area 1751 mm2
Li Y
Y 40 mm
Y Sizes
Z 120 mm

30
Dr
P B
Jy 25.4 cm4
Moments of inertia
Jz 220.6 cm4
Z Z

120

40
60
Z Z Wy 12.7 cm3

Sp
Profile resilience modulus
Wz 36.7 cm3
A N

Max. profile length 6000 mm

30
Dr
Mass 4.72 Kg/m
Di Y Y
27
Material
E De
40 ALLOY EN AW 6060

Dimensions (mm)
Code Fy (N)° Fz (N)
A B De Di Dr E L Le Li N P Sp Monorail plus 180 profile BPRGD0000137 Technical features
CONCENTRIC: Profile area 3604 mm2
GAGXX0000008 15 19 60 33 40 - 165 124 84 10 8 49.5 3535 1432 Y 60 mm
Y Sizes
ECCENTRIC: Z 180 mm
GAGXX0000007 15 19 60 33 40 1.25 165 124 84 10 8 49.5 3535 1432 Jy 124.2 cm4

38
Moments of inertia

56
° The Fy values are intended for the load applied to the concentric wheels Jz 1020.7 cm4
Wheels on Monorail plus 180 oscillating car Wy 41.4 cm3
Profile resilience modulus
Wz 113.4 cm3
Le
Li Max. profile length 6000 mm

180

40
68
Y Z Z
Mass 9.67 Kg/m
Dr

Material
P B

ALLOY EN AW 6060
Z Z

56
Sp

38
N

Y
A

44
Dr

Di Y 60

E De

Dimensions (mm)
Code Fy (N)° Fz (N)
A B De Di Dr E L Le Li N P Sp N.B. The Monorail plus guides can be configured with a customized car plate based on the customer's
CONCENTRIC: design and using the wheels and profiles for Monorail plus shown in this section. In the “LINEAR BELT
GAGXX0000001 15 19 60 33 40 - 165 124 84 10 8 49.5 3535 1179 DRIVE MODULES” section of this catalogue you can find the Monorail plus axes assembled with standard
ECCENTRIC: components and available in stock.
GAGXX0000003 23 19 60 33 40 1.25 165 124 84 10 8 49.5 3535 1179
° The Fy values are intended for the load applied to the concentric wheels
30 AR SERIES 31
LINEAR MODULES BELT DRIVEN / Sliding wheels

AR55 AR80

6.2

94

80
71

55

8.5
62
28
55 8.5
56.5
80

88
65
30.4

42
36 45
90 360 95
70 180 70
90 260 95

55

80
L. Tot = 320 + Corsa

L. Tot = 445 + Corsa

LINEAR MODULES Technical features Technical features

BELT DRIVEN No. of wheels

Positioning repeatability
4
+/- 0.1 mm
No. of wheels
Positioning repeatability
4
+/- 0.1 mm

Sliding on wheels/AR-EL-ELZ-GDR-GDR MLT SERIES Standard hole with tab seat Ø 12 - 14 mm Standard hole with tab seat Ø 14 - 16 - 19 mm
Pitch diameter Ø 41.38 mm Complete male shaft Ø 25 mm

The AR series on wheels with internal sliding, EL with external sliding and GDR with external Pulley Z26 RPP5 Pitch diameter Ø 66.21 mm
Belt RPP5 18 Pulley Z26 RPP8
and extruded sliding on profile 45 are characterized by economy, silence and absence of
Belt RPP8 30
maintenance. They are particularly suitable for medium/light loads and high speeds and Travel mass 0 mm 2.893 Kg

accelerations. Travel mass every 100 mm 0.41 Kg Travel mass 0 mm 7.782 Kg

Travel mass every 100 mm 0.88 Kg
The ELZ series is supplied to complete the wheel range. It keeps the motorization fixed
FX FZ
directly on the car and is therefore devoid of heads. This feature makes it suitable for vertical FX FZ

movements or pushers. MY
MY

OPTIONS
• preparation for motor/reduction unit connection: direct or with bell and coupling
• additional holes
FY FY MX
MZ MX
MZ
• fixing accessories
• connection system for lengths over 6000 mm
• possibility of anti-corrosion treatments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 600 N * MX = 4.5 Nm FX = 4510 N** MX = 27 Nm
FY = 2590 N MY = 36 Nm FY = 4500 N MY = 75 Nm
All linear modules are supplied assembled, without motors.
FZ = 2376 N MZ = 64 Nm FZ = 2770 N MZ = 200 Nm

MINIMUM EMPTY TORQUE 1.1 Nm MINIMUM EMPTY TORQUE 1.5 Nm

N.B. All linear modules can be customized according to customer
Recommended loads Recommended moments Recommended loads Recommended moments
specifications. This catalogue shows the standards available
FX = 300 N MX = 1.5 Nm FX = 2250 N MX = 5.4 Nm
in stock and the data may be subject to change without notice. FY = 518 N MY = 7.2 Nm FY = 900 N MY = 15 Nm
Always contact the technical department to verify the application. FZ = 475 N MZ = 12.8 Nm FZ = 554 N MZ = 40 Nm
* The belt breaking load is 6050 N. ** The belt breaking load is 18050 N.
32 EL Series EL Series 33
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

ELC EL70 EL90 EL90L

110
110
86

85

90
90
64

70
35

10.1
10.1

40
40

10.1
22

11

11 8.1 8 8
60
47.5 60
64
70 90 90

90

90
80

70
42.6

35

45

45
45 37.5 50 50
85 120 103 76.5 234 78 76.5 346 78
60 162 60

160
120

160
90
150

70

90
78

L. Tot = 308 + Corsa L. Tot = 282 + Corsa L. Tot = 390 + Corsa L. Tot = 502 + Corsa

Technical features Technical features Technical features Technical features

No. of wheels 4 No. of wheels 4 No. of wheels 4 No. of wheels 8
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 19 mm Standard hole with tab seat Ø 14 mm Standard hole with tab seat Ø 14 - 19 - 20 - 22 - 25 mm Standard hole with tab seat Ø 14 - 19 - 20 - 22 - 25 mm
Pitch diameter Ø 56.59 mm Complete male shaft Ø 14 mm Complete male shaft Ø 25 mm Complete male shaft Ø 25 mm
Pulley Z14 H100 Pitch diameter Ø 57.3 mm Pitch diameter Ø 76.39 mm Pitch diameter Ø 76.39 mm
Belt H100 Pulley Z36 RPP5 Pulley Z30 RPP8 Pulley Z30 RPP8
Belt RPP5 22 Belt RPP8 30 Belt RPP8 30
Travel mass 0 mm 5.013 Kg
Travel mass every 100 mm 0.49 Kg Travel mass 0 mm 3.649 Kg Travel mass 0 mm 8.066 Kg Travel mass 0 mm 9.909 Kg
Travel mass every 100 mm 0.54 Kg Travel mass every 100 mm 0.86 Kg Travel mass every 100 mm 0.86 Kg
FX FZ
FZ FX FZ FX FZ
FX
MY
MY
MY

MY

FY MX FY
MX MX
MZ FY MZ
FY MZ MX
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 2290 N * MX = 252 Nm FX = 1510 N** MX = 138 Nm FX = 4510 N * MX = 310 Nm FX = 4510 N** MX = 423 Nm
FY = 6609 N MY = 211 Nm FY = 6609 N MY = 127 Nm FY = 6609 N MY = 343 Nm FY = 10771 N MY = 639 Nm
FZ = 5280 N MZ = 411 Nm FZ = 3168 N MZ = 396 Nm FZ = 5280 N MZ = 582 Nm FZ = 7200 N MZ = 889 Nm

MINIMUM EMPTY TORQUE 1.2 Nm MINIMUM EMPTY TORQUE 1.2 Nm MINIMUM EMPTY TORQUE 1.5 Nm MINIMUM EMPTY TORQUE 1.5 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1145 N MX = 36 Nm FX = 755 N MX = 19.8 Nm FX = 2550 N MX = 44.3 Nm FX = 2550 N MX = 60.4 Nm
FY = 944 N MY = 30.2 Nm FY = 944 N MY = 18.1 Nm FY = 944 N MY = 49 Nm FY = 1538 N MY = 91.3 Nm
FZ = 754 N MZ = 58.8 Nm FZ = 452 N MZ = 56.7 Nm FZ = 754 N MZ = 83.2 Nm FZ = 1028 N MZ = 127 Nm
* The belt breaking load is 9175 N. ** The belt breaking load is 6045 N. * The belt breaking load is 18050 N. ** The belt breaking load is 18050 N.
34 EL Series ELZ Series 35
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

EL120 EL120L ELZ90

40
10.1

8
142.5
142.5

30
40

120
40

120

76.7

90
30
10.1
40
40

10.1

10.1
10.1 80.5
91.5
91.5
90
120 120

72
120
120

60
60

60
60

L. Tot = 530 + Corsa

103 392 103

426
103 280 103

301
196
120
196
120

32
L. Tot = 486 + Corsa L. Tot = 598 + Corsa
126
183.5 200

Technical features Technical features Technical features

No. of wheels 8 No. of wheels 16 No. of wheels 6
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 19 - 25 mm Standard hole with tab seat Ø 19 - 25 mm Standard hole with tab seat Ø 19 mm
Complete male shaft Ø 35 mm Complete male shaft Ø 35 mm Complete male shaft Ø 25 mm
Pitch diameter Ø 101.86 mm Pitch diameter Ø 101.86 mm Pitch diameter Ø 76.39 mm
Pulley Z40 RPP8 Pulley Z40 RPP8 Pulley Z30 RPP8
Belt RPP8 60 Belt RPP8 60 Belt RPP8 30

Travel mass 0 mm 19.169 Kg Travel mass 0 mm 22.265 Kg Travel mass 0 mm 14.567 Kg

Travel mass every 100 mm 1.79 Kg Travel mass every 100 mm 1.83 Kg Travel mass every 100 mm 0.86 Kg

FX FZ FX FZ FZ

FX
MY MY
MY

MX

FY

FY MX FY MX
MZ MZ
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 9020 N * MX = 397 Nm FX = 9020 N** MX = 541 Nm FX = 1890 N * MX = 1060 Nm
FY = 10771 N MY = 612 Nm FY = 14688 N MY = 1015 Nm FY = 5540 N MY = 216 Nm
FZ = 7200 N MZ = 750 Nm FZ = 14400 N MZ = 1056 Nm FZ = 4510 N MZ = 117 Nm

MINIMUM EMPTY TORQUE 1.7 Nm MINIMUM EMPTY TORQUE 1.7 Nm MINIMUM EMPTY TORQUE 1.5 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 4510 N MX = 56.7 Nm FX = 4510 N MX = 77.2 Nm FX = 378 N MX = 212 Nm
FY = 1538 N MY = 87.4 Nm FY = 2098 N MY = 145 Nm FY = 1108 N MY = 43 Nm
FZ = 1028 N MZ = 107 Nm FZ = 2057 N MZ = 150.8 Nm FZ = 2550 N MZ = 23 Nm
* The belt breaking load is 36100 N. ** The belt breaking load is 36100 N. * The belt breaking load is 18050 N.
36 GDR series GDR series 37
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

GDR10A GDR10B GDR10C GDR20A

134
121

141
127
110

110
103

110

120
103
45

103

108
45

45

45
8.3 8.3 8.3
8.3

8.3

8.3
8.3
8.3
45 45 45
45
54 54 54
70
130

130

130

130
80

80

80

80
50 50 50 50

150

180
120

60
140
60

60
60
100 80 110
100 120 110 100 120 110
100 150 110
L. Tot = 300 + Corsa L. Tot = 340 + Corsa
L. Tot = 340 + Corsa L. Tot = 370 + Corsa

Technical features Technical features Technical features Technical features

No. of wheels 4 No. of wheels 4 No. of wheels 4 No. of wheels 4
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm
Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm
Pulley Z20 AT10 Pulley Z20 AT10 Pulley Z20 AT10 Pulley Z20 AT10
Belt AT10 25 Belt AT10 25 Belt AT10 25 Belt AT10 25

Travel mass 0 mm 5.681 Kg Travel mass 0 mm 6.601 Kg Travel mass 0 mm 7.179 Kg Travel mass 0 mm 9.079 Kg
Travel mass every 100 mm 0.57 Kg Travel mass every 100 mm 0.57 Kg Travel mass every 100 mm 0.57 Kg Travel mass every 100 mm 1.15 Kg

FX FZ
FX FZ
FX FZ FX FZ

MY MY
MY MY

MX MX FY MX FY MX
MZ MZ
FY MZ FY
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3610 N * MX = 105 Nm FX = 3610 N** MX = 258 Nm FX = 3610 N * MX = 718 Nm FX = 3610 N** MX = 918 Nm
FY = 1552 N MY = 63 Nm FY = 3500 N MY = 228 Nm FY = 9720 N MY = 546 Nm FY = 9720 N MY = 728 Nm
FZ = 2534 N MZ = 75 Nm FZ = 5702 N MZ = 211 Nm FZ = 14573 N MZ = 602 Nm FZ = 14573 N MZ = 782 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1805 N MX = 15 Nm FX = 1805 N MX = 36.8 Nm FX = 1805 N MX = 102.6 Nm FX = 1805 N MX = 131 Nm
FY = 222 N MY = 9 Nm FY = 500 N MY = 32.6 Nm FY = 1388 N MY = 78 Nm FY = 1388 N MY = 104 Nm
FZ = 362 N MZ = 10.8 Nm FZ = 814 N MZ = 30.2 Nm FZ = 2082 N MZ = 86 Nm FZ = 2082 N MZ = 112 Nm
* The belt breaking load is 14440 N. ** The belt breaking load is 14440 N. * The belt breaking load is 14440 N. ** The belt breaking load is 14440 N.
38 GDR series GDR MLT SERIES 39
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

GDR20B GDR10AMLT GDR10BMLT

130
137.5

147.5

150
151.5

54
90

45
120
108

90

45
45

8.3

8.3

8.3
8.3 8.3
8.3

45 13
45 13
45 75.8 77
70
130

130
130
80

80
80
50 50 50
200
60

60
60
130 80 140 130 120 140

L. Tot = 360 + Corsa L. Tot = 400 + Corsa

100 180 110
L. Tot = 400 + Corsa

Technical features Technical features Technical features

No. of wheels 4 No. of wheels 4 No. of wheels 4
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm
Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm
Pulley Z20 AT10 Pulley Z20 AT10 Pulley Z20 AT10
Belt AT10 25 Belt AT10 25 Belt AT10 25

Travel mass 0 mm 11.643 Kg Travel mass 0 mm 6.083 Kg Travel mass 0 mm 6.866 Kg

Travel mass every 100 mm 1.15 Kg Travel mass every 100 mm 0.55 Kg Travel mass every 100 mm 0.55 Kg

FX FZ FX FZ
FX FZ

MY MY
MY

MX MX
MX MZ FY MZ
FY MZ FY

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3610 N * MX = 1182 Nm FX = 3610 N * MX = 105 Nm FX = 3610 N** MX = 258 Nm
FY = 12960 N MY = 929 Nm FY = 2534 N MY = 75 Nm FY = 5702 N MY = 211 Nm
FZ = 16896 N MZ = 1153 Nm FZ = 1552 N MZ = 63 Nm FZ = 3500 N MZ = 228 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1805 N MX = 169 Nm FX = 1805 N MX = 15 Nm FX = 1805 N MX = 36.8 Nm
FY = 1851 N MY = 133 Nm FY = 362 N MY = 10.8 Nm FY = 814 N MY = 30.2 Nm
FZ = 2414 N MZ = 165 Nm FZ = 222 N MZ = 9 Nm FZ = 500 N MZ = 32.6 Nm
* The belt breaking load is 14440 N. * The belt breaking load is 14440 N. ** The belt breaking load is 14440 N.
40 GDR MLT SERIES GDR MLT SERIES 41
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

GDR10CMLT GDR20AMLT GDR20BMLT

127.5

131.4
157.5

45
90
165

90

45
195
54

70

210
70
90

45

8.3

8.3
8.3
8.3
8.3

8.3
45 13 45 18 45
89 18
96
106.5

130

130
130

80

80
80

50 50 50
60

60
60
130 120 140
130 150 140 130 180 140
L. Tot = 400 + Corsa L. Tot = 430 + Corsa L. Tot = 430 + Corsa

Technical features Technical features Technical features

No. of wheels 4 No. of wheels 4 No. of wheels 4
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm Standard hole with tab seat Ø 14 - 19 - 25 mm
Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm Pitch diameter Ø 63.66 mm
Pulley Z20 AT10 Pulley Z20 AT10 Pulley Z20 AT10
Belt AT10 25 Belt AT10 25 Belt AT10 25

Travel mass 0 mm 8.133 Kg Travel mass 0 mm 9.995 Kg Travel mass 0 mm 12.533 Kg

Travel mass every 100 mm 0.55 Kg Travel mass every 100 mm 1.23 Kg Travel mass every 100 mm 1.23 Kg

FX FZ FX
FX FZ FZ

MY MY MY

MX
FY FY
MX
FY
MZ MX
MZ
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3610 N * MX = 718 Nm FX = 3610 N** MX = 918 Nm FX = 3610 N * MX = 1182 Nm
FY = 14573 N MY = 602 Nm FY = 14573 N MY = 782 Nm FY = 16896 N MY = 1153 Nm
FZ = 9720 N MZ = 546 Nm FZ = 9720 N MZ = 728 Nm FZ = 12690 N MZ = 929 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1805 N MX = 102.6 Nm FX = 1805 N MX = 131 Nm FX = 1805 N MX = 169 Nm
FY = 2082 N MY = 86 Nm FY = 2082 N MY = 112 Nm FY = 2414 N MY = 165 Nm
FZ = 1388 N MZ = 78 Nm FZ = 1388 N MZ = 104 Nm FZ = 1851 N MZ = 133 Nm
* The belt breaking load is 14440 N. ** The belt breaking load is 14440 N. * The belt breaking load is 14440 N.
42 ELP120 SERIES 43
LINEAR MODULES BELT DRIVEN / Sliding wheels

ELP120R ELP120RLT

101 430 101

74 74
54 54

82

72
41
29 29
44 430 38 38
20 25 20 25
88 88

82
41
250
44

250
72
L. Tot = 636 + Corsa L. Tot = 636 + Corsa

Technical features Technical features

Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 20 mm Standard hole with tab seat Ø 20 mm
Pitch diameter Ø 47.75 mm Pitch diameter Ø 47.75 mm

LINEAR MODULES Pulley

Belt
Z15 AT10
AT10 25
Pulley
Belt
Z15 AT10
AT10 25

BELT DRIVEN Travel mass 0 mm

Travel mass every 100 mm
14.52 Kg
0.52 Kg
Travel mass 0 mm
Travel mass every 100 mm
15.17 Kg
0.51 Kg
Sliding wheels/ELP120-ELP180 SERIES
The ELP wheels series allows high sliding speeds to be reached and good positioning
FZ FZ
accuracy. The positive “V” profile of the monorail guide makes it particularly suitable for FX FX

dirty environments.
MY
To complete the range, where there are medium/high loads, the ELP120C/ELPC180C series MY

is supplied with wheels fitted at 45° on a car support.

OPTIONS
• preparation for motor/reduction unit connection: direct or with bell and coupling
• additional holes FY
MX
FY MZ MX
• fixing accessories MZ

• connection system for lengths over 6000 mm

• possibility of anti-corrosion treatments

All linear modules are supplied assembled, without motors. Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3610 N * MX = 115 Nm FX = 3610 N** MX = 115 Nm
FY = 2400 N MY = 155 Nm FY = 1296 N MY = 300 Nm
FZ = 1296 N MZ = 300 Nm FZ = 2400 N MZ = 155 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

N.B. All linear modules can be customized according to customer
Recommended loads Recommended moments Recommended loads Recommended moments
specifications. This catalogue shows the standards available
FX = 1800 N MX = 23 Nm FX = 1800 N MX = 23 Nm
in stock and the data may be subject to change without notice. FY = 480 N MY = 31 Nm FY = 256 N MY = 60 Nm
Always contact the technical department to verify the application. FZ = 256 N MZ = 60 Nm FZ = 480 N MZ = 31 Nm
* The belt breaking load is 14440 N. ** The belt breaking load is 14440 N.
44 ELP120 SERIES ELP180 SERIES 45
LINEAR MODULES BELT DRIVEN / Sliding wheels LINEAR MODULES BELT DRIVEN / Sliding wheels

ELP120C ELP120CLT ELP180R ELP180RLT

98 430 98 88
101 500 101
88
69
69
82

105
75.45 75.45 44
41

72
44

72
44 40 40 38 38
380 30 25
430 45° 45° 25
30 25
25
107 107

18
88 88

82
18

41
82
41
44

89.5
250

250

300

320
72

44

L. Tot = 636 + Corsa L .Tot = 706 + Corsa

L. Tot = 624 + Corsa L. Tot = 636 + Corsa

Technical features Technical features Technical features Technical features

Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 20 mm Standard hole with tab seat Ø 20 mm Standard hole with tab seat Ø 41 mm Standard hole with tab seat Ø 19 mm
Pitch diameter Ø 47.75 mm Pitch diameter Ø 47.75 mm Pitch diameter Ø 66.84 mm Pitch diameter Ø 47.75 mm
Pulley Z15 AT10 Pulley Z15 AT10 Pulley Z21 AT10 Pulley Z15 AT10
Belt AT10 25 Belt AT10 25 Belt AT10 40 Belt AT10 25

Travel mass 0 mm 21.07 Kg Travel mass 0 mm 21.72 Kg Travel mass 0 mm 18.28 Kg Travel mass 0 mm 20.30 Kg
Travel mass every 100 mm 0.52 Kg Travel mass every 100 mm 0.51 Kg Travel mass every 100 mm 1.00 Kg Travel mass every 100 mm 0.98 Kg

FZ FZ FZ

FZ FX
FX FX FX

MY MY

MY
MY

FY FY
MX
FY MZ MX MZ MX
FY
MX
MZ MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3610 N * MX = 538 Nm FX = 3610 N ** MX = 538 Nm FX = 6080 N * MX = 152 Nm FX = 3610 N** MX = 152 Nm
FY ° = 7070 N MY = 544 Nm FY = 5728 N MY = 671 Nm FY = 2400 N MY = 155 Nm FY = 1296 N MY = 300 Nm
FZ = 5728 N MZ = 671 Nm FZ °° = 7070 N MZ = 544 Nm FZ = 1296 N MZ = 300 Nm FZ = 2400 N MZ = 155 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1800 N MX = 107 Nm FX = 1800 N MX = 107 Nm FX = 3040 N MX = 30 Nm FX = 1800 N MX = 30 Nm
FY = 1414 N MY = 109 Nm FY = 1145 N MY = 134 Nm FY = 480 N MY = 31 Nm FY = 259 N MY = 60 Nm
FZ = 1145 N MZ = 134 Nm FZ = 1414 N MZ = 109 Nm FZ = 259 N MZ = 60 Nm FZ = 480 N MZ = 31 Nm
* The belt breaking load is 14440 N. ** The belt breaking load is 14440 N. * The belt breaking load is 22560 N. ** The belt breaking load is 14440 N.
° The Fy values are intended for the load applied to the concentric wheels °° The Fz values are intended for the load applied to the concentric wheels
46 ELP180 SERIES 47
LINEAR MODULES BELT DRIVEN / Sliding wheels

ELP180C ELP180CLT
98 480 98
105
52.5

100.25

72
100.25
53.5 60 60
400 20
45° 20 45°
18 18
107 107

82
41
44

380
89.5
350

L.Tot = 644 + Corsa L.Tot = 686 + Corsa

.

Technical features Technical features

Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Standard hole with tab seat Ø 41 mm Standard hole with tab seat Ø 19 mm
Pitch diameter Ø 66.84 mm Pitch diameter Ø 47.75 mm
Pulley
Belt
Z21 AT10
AT10 40
Pulley
Belt
Z15 AT10
AT10 25
LINEAR MODULES
Travel mass 0 mm
Travel mass every 100 mm
29.33 Kg
1.00 Kg
Travel mass 0 mm
Travel mass every 100 mm
31.09 Kg
0.98 Kg
BELT DRIVEN
Recirculating ball slide/AG-ELG-MDR-AGZ-ELGZ SERIES
FZ
FZ The AG, ELG and MDr series that slide on recirculating ball guides are divided according to
FX FX the type of sliding (internal or external to the extrusion) and according to the section of the
guide profile (which varies from 50 to 200mm). They allow the most varied requirements
MY
MY to be met in terms of dynamics and load capacity and are particularly suitable for medium/
heavy loads and offer excellent resistance to vibrations.
The AGZ and ELGZ models with motors fixed on the car are also available for this type.
The telescopic models ELG90T and AGZ200T are suitable if the application requires vertical
movements with reduced dimensions.

FY
FY
MX
OPTIONS
MX
MZ • preparation for motor/reduction unit connection: direct or with bell and coupling
MZ
• additional holes
• fixing accessories
• connection system for lengths over 6000 mm
Maximum loads Maximum moments Maximum loads Maximum moments
• possibility of anti-corrosion treatments
FX = 6080 N * MX = 576 Nm FX = 3610 N ** MX = 576 Nm
FY ° = 7070 N‌ MY = 448 Nm FY = 4716 N MY = 864 Nm
All linear modules are supplied assembled, without motors.
FZ = 4716 N MZ = 864 Nm FZ °° = 7070 N MZ = 448 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments N.B. All linear modules can be customized according to customer
FX = 3040 N MX = 115 Nm FX = 1800 N MX = 115 Nm
specifications. This catalogue shows the standards available
FY = 1414 N MY = 89 Nm FY = 943 N MY = 173 Nm
in stock and the data may be subject to change without notice.
FZ = 943 N MZ = 173 Nm FZ = 1414 N MZ = 89 Nm
* The belt breaking load is 22560 N.
Always contact the technical department to verify the application.
** The belt breaking load is 14440 N.
° The Fy values are intended for the load applied to the concentric wheels °° The Fz values are intended for the load applied to the concentric wheels
48 AG SERIES AG SERIES 49
LINEAR MODULES BELT DRIVEN / recirculating ball slide LINEAR MODULES BELT DRIVEN / recirculating ball slide

AG50-100 AG50-120 AG50-190 AG50-250

52
52

52

52
45.5
45.5

45.5

45.5
30
30

30

30
10
10

10

10
20 20 20 20

50 50 50 50

49.5
49.5
49.5
49.5

26
26
26
26

26 26 26 26
250 52
52 100 52 52 120 52 52 190 52 52

66
66
50

50
68
68

50
50

L. Tot = 224 + Corsa L. Tot = 294 + Corsa L. Tot = 354 + Corsa

L. Tot = 204 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 1 No. of shoes 1 No. of shoes 2 No. of shoes 2
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec
Standard hole with tab seat Ø 12 mm Standard hole with tab seat Ø 12 mm Standard hole with tab seat Ø 12 mm Standard hole with tab seat Ø 12 mm
Pitch diameter Ø 31.83 mm Pitch diameter Ø 31.83 mm Pitch diameter Ø 31.83 mm Pitch diameter Ø 31.83 mm
Pulley Z20 T5 Pulley Z20 T5 Pulley Z20 T5 Pulley Z20 T5
Belt T5 38 Belt T5 38 Belt T5 38 Belt T5 38

Travel mass 0 mm 1.378 Kg Travel mass 0 mm 1.502 Kg Travel mass 0 mm 1.934 Kg Travel mass 0 mm 2.130 Kg
Travel mass every 100 mm 0.23 Kg Travel mass every 100 mm 0.23 Kg Travel mass every 100 mm 0.23 Kg Travel mass every 100 mm 0.23 Kg

FX FZ
FX FZ FZ FX
FX FZ

MY MY
MY MY

FY MX FY MX FY FY
MZ MX MZ
MZ MZ MX

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 1260 N * MX = 52 Nm FX = 1260 N** MX = 74 Nm FX = 1260 N * MX = 120 Nm FX = 1260 N** MX = 120 Nm
FY = 5400 N MY = 19 Nm FY = 7800 N MY = 40 Nm FY = 12600 N MY = 423 Nm FY = 12600 N MY = 530 Nm
FZ = 5400 N MZ = 19 Nm FZ = 7800 N MZ = 40 Nm FZ = 12600 N MZ = 423 Nm FZ = 12600 N MZ = 530 Nm

MINIMUM EMPTY TORQUE 1.1 Nm MINIMUM EMPTY TORQUE 1.1 Nm MINIMUM EMPTY TORQUE 1.1 Nm MINIMUM EMPTY TORQUE 1.1 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 630 N MX = 10 Nm FX = 630 N MX = 15 Nm FX = 630 N MX = 24 Nm FX = 630 N MX = 24 Nm
FY = 1080 N MY = 3.8 Nm FY = 1560 N MY = 8 Nm FY = 2520 N MY = 84 Nm FY = 2520 N MY = 106 Nm
FZ = 1080 N MZ = 3.8 Nm FZ = 1560 N MZ = 8 Nm FZ = 2520 N MZ = 84 Nm FZ = 2520 N MZ = 106 Nm
* The belt breaking load is 5050 N. ** The belt breaking load is 5050 N. * The belt breaking load is 5050 N. ** The belt breaking load is 5050 N.
50 AG SERIES AG SERIES 51
LINEAR MODULES BELT DRIVEN / recirculating ball slide LINEAR MODULES BELT DRIVEN / recirculating ball slide

AG55 AG80 AG80L AG110

140

50

115
94
94
6.2

80
80
71

8.5
8.5

62
62
55

37

8.2
16

8.2
8.5 8.5
55 80
56.5 56.5
80 80 110

115
88

88
65

59
30.4

42

42
36 45 45 59.5
127 280 127
90 200 95
90 300 95
70 180 70

110
98
80

80
55

L. Tot = 320 + Corsa L. Tot = 385 + Corsa L. Tot = 485 + Corsa L. Tot = 534 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 2 No. of shoes 2 No. of shoes 2 No. of shoes 2
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec
Standard hole with tab seat Ø 12 - 14 mm Standard hole with tab seat Ø 14 - 16 - 19 mm Standard hole with tab seat Ø 14 - 16 - 19 mm Standard hole with tab seat Ø 14 - 19 - 25 mm
Pitch diameter Ø 41.38 mm Complete male shaft Ø 25 mm Complete male shaft Ø 25 mm Complete male shaft Ø 25 - 32 - 40 mm
Pulley Z26 RPP5 Pitch diameter Ø 66.21mm Pitch diameter Ø 66.21mm Pitch diameter Ø 95.49mm
Belt RPP5 18 Pulley Z26 RPP8 Pulley Z26 RPP8 Pulley Z30 AT10
Belt RPP8 30 Belt RPP8 30 Belt AT10 50
Travel mass 0 mm 3.425 Kg
Travel mass every 100 mm 0.46 Kg Travel mass 0 mm 6.961 Kg Travel mass 0 mm 8.731 Kg Travel mass 0 mm 16.396 Kg
Travel mass every 100 mm 1.00 Kg Travel mass every 100 mm 1.00 Kg Travel mass every 100 mm 1.69 Kg
FX FZ
FX FZ
FZ
FX FX FZ

MY
MY
MY MY

FY MX
MZ FY
FY MZ FY
MZ MX MX MZ MX

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 1240 N * MX = 120 Nm FX = 4510 N** MX = 388 Nm FX = 4510 N * MX = 388 Nm FX = 7670 N** MX = 518 Nm
FY = 12630 N MY = 670 Nm FY = 30450 N MY = 1780 Nm FY = 30450 N MY = 3300 Nm FY = 36900 N MY = 3638 Nm
FZ = 12630 N MZ = 670 Nm FZ = 30450 N MZ = 1780 Nm FZ = 30450 N MZ = 3300 Nm FZ = 36900 N MZ = 3638 Nm

MINIMUM EMPTY TORQUE 1.1 Nm MINIMUM EMPTY TORQUE 1.5 Nm MINIMUM EMPTY TORQUE 1.5 Nm MINIMUM EMPTY TORQUE 1.7 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 620 N MX = 24 Nm FX = 2250 N MX = 77 Nm FX = 2250 N MX = 77 Nm FX = 3835 N MX = 103 Nm
FY = 2526 N MY = 134 Nm FY = 6090 N MY = 356 Nm FY = 6090 N MY = 660 Nm FY = 7380 N MY = 727 Nm
FZ = 2526 N MZ = 134 Nm FZ = 6090 N MZ = 356 Nm FZ = 6090 N MZ = 660 Nm FZ = 7380 N MZ = 727 Nm
* The belt breaking load is 6050 N. ** The belt breaking load is 18050 N. * The belt breaking load is 18050 N. ** The belt breaking load is 30685 N.
52 AG SERIES AG SERIES 53
LINEAR MODULES BELT DRIVEN / recirculating ball slide LINEAR MODULES BELT DRIVEN / recirculating ball slide

AG2C110 AG2C110L AG2C130 AG2C130L

44.6 44.6

121.5
121.5

79
79
50

50
49

49
8.4 8.4
110 110
130 130

90
90
49

49
24.5
24.5

45
45
34.5 34.5 50 50

138
138

90
110

90
110

66 215 60.5 100 344 115 100 440 115

66 170 60.5

L. Tot = 296.5 + Corsa L. Tot = 341.5 + Corsa L. Tot = 574 + Corsa L. Tot = 670 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 2 No. of shoes 4 No. of shoes 4 No. of shoes 8
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 2.5 m/sec Max speed 2.5 m/sec
Complete male shaft Ø 14 Complete male shaft Ø 14 Standard hole with tab seat Ø 19 - 25 mm Standard hole with tab seat Ø 19 - 25 mm
Pitch diameter Ø 38.2 mm Pitch diameter Ø 38.2 mm Complete male shaft Ø 25 Complete male shaft Ø 25
Pulley Z24 AT5 Pulley Z24 AT5 Pitch diameter Ø 76.39 mm Pitch diameter Ø 76.39 mm
Belt AT5 50 Belt AT5 50 Pulley Z30 RPP8 Pulley Z30 RPP8
Belt RPP8 30 Belt RPP8 30
Travel mass 0 mm 3.348 Kg Travel mass 0 mm 4.136 Kg
Travel mass every 100 mm 0.48 Kg Travel mass every 100 mm 0.48 Kg Travel mass 0 mm 12.702 Kg Travel mass 0 mm 14.819 Kg
Travel mass every 100 mm 1.33 Kg Travel mass every 100 mm 1.33 Kg
FX FZ FX FZ
FX FZ FZ FZ

MY MY
MY MY

FY FY FY
MZ
MX FY MX MX
MZ MZ MX
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 3560 N * MX = 468 Nm FX = 3560 N** MX = 936 Nm FX = 4510 N * MX = 1800 Nm FX = 4510 N** MX = 2915 Nm
FY = 15600 N MY = 80 Nm FY = 31200 N MY = 2246 Nm FY = 38280 N MY = 3368 Nm FY = 62010 N MY = 5206 Nm
FZ = 15600 N MZ = 80 Nm FZ = 31200 N MZ = 2246 Nm FZ = 38280 N MZ = 3368 Nm FZ = 62010 N MZ = 5206 Nm

MINIMUM EMPTY TORQUE 1.05 Nm MINIMUM EMPTY TORQUE 1.32 Nm MINIMUM EMPTY TORQUE 1.7 Nm MINIMUM EMPTY TORQUE 1.7 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 1780 N MX = 93 Nm FX = 1780 N MX = 187 Nm FX = 2255 N MX = 360 Nm FX = 2255 N MX = 583 Nm
FY = 3120 N MY = 16 Nm FY = 6240 N MY = 449 Nm FY = 7656 N MY = 673 Nm FY = 12402 N MY = 1041 Nm
FZ = 3120 N MZ = 16 Nm FZ = 6240 N MZ = 449 Nm FZ = 7656 N MZ = 673 Nm FZ = 12402 N MZ = 1041 Nm
* The belt breaking load is 14255. ** The belt breaking load is 14255. * The belt breaking load is 18050 N. ** The belt breaking load is 18050 N.
54 AG SERIES ELG Series 55
LINEAR MODULES BELT DRIVEN / recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

AG2C145 AG2C200 ELG70 ELG90

123

110
100

90
85.5
65

70
20
8.2 8.1 8

8.2
110
150 60
47
145
200 70 90

100

90
64

70
50

45
32

35
34 55 37.5 50
100 234 76,5
75 192 60

200
63

164
134
70

90
64 240 71.5 110 300 110 L. Tot = 312 + Corsa L. Tot = 390 + Corsa
L . Tot = 375.5 + Corsa L. Tot = 520 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 4 No. of shoes 4 No. of shoes 4 No. of shoes 4
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec
Standard hole with tab seat Ø 19 - 22 mm Standard hole with tab seat Ø 19 -25 - 32 mm Standard hole with tab seat Ø 14 mm Standard hole with tab seat Ø 14 - 19 - 20 - 22 - 25 mm
Pitch diameter Ø 52.51 mm Pitch diameter Ø 79.58 mm Complete male shaft Ø 14 mm Complete male shaft Ø 25 mm
Pulley Z33 AT5 Pulley Z25 AT10 Pitch diameter Ø 57.3mm Pitch diameter Ø 76.39mm
Belt AT5 70 Belt AT10 100 Pulley Z36 RPP5 Pulley Z30 RPP8
Belt RPP5 22 Belt RPP8 30
Travel mass 0 mm 6.39 Kg Travel mass 0 mm 26.261 Kg
Travel mass every 100 mm 0.64 Kg Travel mass every 100 mm 2.18 Kg Travel mass 0 mm 5.916 Kg Travel mass 0 mm 10.291 Kg
Travel mass every 100 mm 0.81 Kg Travel mass every 100 mm 1.23 Kg
FX FZ FX FZ
FX FZ

MY
MY
MY

FY
FY FY
MX MX
MZ MX
MZ MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 4564 N * MX = 2520 Nm FX = 16625 N** MX = 3900 Nm FX = 1510 N * MX = 947 Nm FX = 4510 N** MX = 3100 Nm
FY = 45857 N MY = 3549 Nm FY = 60000 N MY = 6000 Nm FY = 20590 N MY = 926 Nm FY = 37500 N MY = 2830 Nm
FZ = 45857 N MZ = 3549 Nm FZ = 60000 N MZ = 6000 Nm FZ = 20590 N MZ = 1440 Nm FZ = 49000 N MZ = 2830 Nm

MINIMUM EMPTY TORQUE 2.4 Nm MINIMUM EMPTY TORQUE 2.5 Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 2280 N MX = 504 Nm FX = 8310 N MX = 780 Nm FX = 755 N MX = 189 Nm FX = 2550 N MX = 620 Nm
FY = 9171 N MY = 710 Nm FY = 12000 N MY = 1200 Nm FY = 4118 N MY = 185 Nm FY = 7500 N MY = 566 Nm
FZ = 9171 N MZ = 710 Nm FZ = 12000 N MZ = 1200 Nm FZ = 4118 N MZ = 288 Nm FZ = 9800 N MZ = 566 Nm
* The belt breaking load is 17346 N. ** The belt breaking load is 63175 N. * The belt breaking load is 6045 N. ** The belt breaking load is 18050 N.
56 ELG Series ELG Series 57
LINEAR MODULES BELT DRIVEN / Recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

ELG90T (TELESCOPIC) ELG120 ELG120C ELG200

142.5
90

166

80
120

163,5
103

120
40

10.1

63
22,5

221

241
90 10.1

60
8,3

91.5

8.2
20
120 120
8.2
40 40 40 40
200
45
90

150
90

120

120

76.2
60

60
76.5
60 60
90

156 400 154

125 280 103
241

140 140 140

298
230
120
196
120
164

90

L. Tot = 486 + Corsa L. Tot = 280 + Corsa L. Tot = 710 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 4+4 No. of shoes 4 No. of shoes 4 No. of shoes 6
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed +/- 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 4.5 m/sec
Standard hole with tab seat Ø 14 - 19 - 20 - 22 - 25 mm Standard hole with tab seat Ø 19 - 25 mm Standard hole with tab seat Ø 19 - 25 mm Complete male shaft Ø 32 - 40 mm
Complete male shaft Ø 25 mm Complete male shaft Ø 35 mm Pitch diameter Ø 101.86mm Pitch diameter Ø 112.05mm
Pitch diameter Ø 76.39mm Pitch diameter Ø 101.86mm Pulley Z40 RPP8 Pulley Z44 RPP8
Pulley Z30 RPP8 Pulley Z40 RPP8 Belt RPP8 60 Belts 2 x RPP8 60
Belt RPP8 30 Belt RPP8 60
Travel mass 0 mm 21.958 Kg Travel mass 0 mm 48.957 Kg
Travel mass 0 mm 19.298 Kg Travel mass 0 mm 21.315 Kg Travel mass every 100 mm 1.54 Kg Travel mass every 100 mm 2.84 Kg
Travel mass every 100 mm 1.007 Kg Travel mass every 100 mm 1.78 Kg FZ
FX
FZ FX FZ
FX FZ
FX
MY
MY
MY MY

FY FY
FY FY MX
MX MZ
MZ MZ MX
MZ MX

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = - N MX = - Nm FX = 9020 N** MX = 3740 Nm FX = 9020 N** MX = 1041 Nm FX = 18408 N * MX = 6922 Nm
FY = - N MY = - Nm FY = 38170 N MY = 3770 Nm FY = 26030 N MY = 1744 Nm FY = 60192 N MY = 5718 Nm
FZ = - N MZ = - Nm FZ = 49600 N MZ = 3770 Nm FZ = 26030 N MZ = 1744 Nm FZ = 60192 N MZ = 5718 Nm

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE 1.7 Nm MINIMUM EMPTY TORQUE 1.7 Nm MINIMUM EMPTY TORQUE 3 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = - N MX = - Nm FX = 4510 N MX = 748 Nm FX = 4510 N MX = 208 Nm FX = 9204 N MX = 1384 Nm
FY = - N MY = - Nm FY = 7634 N MY = 754 Nm FY = 5206 N MY = 349 Nm FY = 12038 N MY = 1143 Nm
FZ = - N MZ = - Nm FZ = 9920 N MZ = 754 Nm FZ = 5206 N MZ = 349 Nm FZ = 12038 N MZ = 1143 Nm
** The belt breaking load is 36822 N. ** The belt breaking load is 36822 N. * The belt breaking load is 36822 N (value refers to the single belt).
58 ELG Series MDR series 59
LINEAR MODULES BELT DRIVEN / Recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

ELG280X MDR55A MDR55A-2P

201.5
221.5
140

8.3
100

71

8.3
71
58

58
60
20

15

15
8.2
40 40 55 55
280
100
80

58
58
29

29
100
30 30
200 400 200

55 170 80 55 270 80
230
298

55
55
L. Tot = 884+Corsa L. Tot = 330 + Corsa L. Tot = 430 + Corsa

Technical features Technical features Technical features

No. of shoes 4 No. of shoes 1 No. of shoes 2
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 2 m/sec Max speed 2 m/sec
Standard hole with tab seat Ø 60 mm Standard hole with tab seat Ø 12-14-15-16-18-19-20-25 mm Standard hole with tab seat Ø 12-14-15-16-18-19-20-25 mm
Pitch diameter Ø 95.49mm Pitch diameter Ø 47.75 mm Pitch diameter Ø 47.75 mm
Pulley Z30 AT10 Pulley Z30 RPP5 Pulley Z30 RPP5
Belt AT10 100 Belt RPP5 25 Belt RPP5 25

Travel mass 0 mm 60.5 Kg Travel mass 0 mm 3.254 Kg Travel mass 0 mm 4.724 Kg

Travel mass every 100 mm 4.65 Kg Travel mass every 100 mm 0.49 Kg Travel mass every 100 mm 0.63 Kg
AVAILABLE WITH SCREW AND RACK HANDLING. (Contact the technical department)
FZ FX FZ FX
FX
FZ

MY
MY
MY

FY FY

MZ MZ
MX MX
FY

MZ MX

Maximum loads Maximum moments Maximum applicable Allowable Maximum applicable Allowable
FX = 16625 N * MX = 13206 Nm loads (N) twisting moments (Nm) loads (N) twisting moments (Nm)
FY = 121440 N MY = 15787 Nm FX = 1372 MX = 24 FX = 1372 MX = 48
FZ = 121440 N MZ = 15787 Nm FY = 2276 MY = 20 FY = 4552 MY = 228
FZ = 2276 MZ = 20 FZ = 4552 MZ = 228
MINIMUM EMPTY TORQUE 6 Nm
MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm
Recommended loads Recommended moments
FX = 8310 N MX = 2641 Nm
FY = 24288 N MY = 3157 Nm
FZ = 24288 N MZ = 3157 Nm
* The belt breaking load is 63175 N
60 MDR series MDR series 61
LINEAR MODULES BELT DRIVEN / Recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

MDR55A-3P MDRE80-220 MDRE80-235 MDRE80-415

93.5

124
130
124

80
8.3

80

8
8

80

40
8
40

40
71
58

20
20
15

20
8 8 8

2
55 40 40
40
93.5 80 80 80

118

118
118
58

77
29

77
77
30

57.5 57.5 57.5

55 170 80
118 300 145 118 360 145 118 300 145
55

100

80
80
80
L. Tot = 330 + Corsa L. Tot = 590 + Corsa L. Tot = 650 + Corsa L. Tot = 590 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 3 No. of shoes 2 No. of shoes 2 No. of shoes 4
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 2 m/sec Max speed 2 m/sec Max speed 2 m/sec Max speed 2 m/sec
Standard hole with tab seat Ø 12-14-15-16-18-19-20-25 mm Standard hole with tab seat Ø 30 mm Standard hole with tab seat Ø 30 mm Standard hole with tab seat Ø 30 mm
Pitch diameter Ø 47.75mm Pitch diameter Ø 66.85mm Pitch diameter Ø 66.85mm Pitch diameter Ø 66.85mm
Pulley Z30 RPP5 Pulley Z21 AT10 Pulley Z21 AT10 Pulley Z21 AT10
Belt RPP5 25 Belt AT10 32 Belt AT10 32 Belt AT10 32

Travel mass 0 mm 4.534 Kg Travel mass 0 mm 11.998 Kg Travel mass 0 mm 15.290 Kg Travel mass 0 mm 12.169 Kg
Travel mass every 100 mm 0.90 Kg Travel mass every 100 mm 0.68 Kg Travel mass every 100 mm 0.69 Kg Travel mass every 100 mm 0.68 Kg

FZ
FX FZ
FX FX FX FZ
FZ

MY MY
MY MY

FY FY
FY FY
MX
MZ MZ MX
MZ MX MX
MZ

Maximum applicable Allowable Maximum applicable Allowable Maximum applicable Allowable Maximum applicable Allowable
loads (N) twisting moments (Nm) loads (N) twisting moments (Nm) loads (N) twisting moments (Nm) loads (N) twisting moments (Nm)
FX = 1372 MX = 96 FX = 3608 MX = 108 FX = 3608 MX = 640 FX = 3608 MX = 182
FY = 6828 MY = 361 FY = 7100 MY = 284 FY = 11920 MY = 656 FY = 9104 MY = 391
FZ = 6828 MZ = 391 FZ = 7100 MZ = 284 FZ = 11920 MZ = 656 FZ = 9104 MZ = 432

MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE - Nm
62 AGZ SERIES AGZ SERIES 63
LINEAR MODULES BELT DRIVEN / Recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

AGZ55 AGZ80 AGZ130 AGZ130C

120 176

130

130
130

90
94
95

90

8.4
8.4
55
200

56.5
270

8.5

80
79
6.2 106.5 79
8.5
16 62 125.5 193.5
55
80

72
120.8 65 171
45

97.5

32
L. Tot = 630 + Corsa

L. Tot = 314 + Corsa

L. Tot = 393 + Corsa

495
L. Tot = 392 + Corsa
291

216.5

252
152.5

293.6
115

26
57

78

30
73
172 172 130
197 190 135.5
200 270 250 190

Technical features Technical features Technical features Technical features

No. of shoes 2 No. of shoes 2 No. of shoes 6 No. of shoes 6
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4.5 m/sec Max speed 2.5 m/sec Max speed 4.5 m/sec
Standard hole with tab seat Ø 14 - 19 mm Standard hole with tab seat Ø 19 mm Standard hole with tab seat Ø 19 - 25 mm Standard hole with tab seat Ø 19 - 25 mm
Pitch diameter Ø 63.69mm Complete male shaft Ø 25 mm Complete male shaft Ø 32 mm Complete male shaft Ø 32 mm
Pulley Z20 AT 10 Pitch diameter Ø 76.39mm Pitch diameter Ø 76.39mm Pitch diameter Ø 76.39mm
Belt AT10 25 Pulley Z24 AT10 Pulley Z24 AT10 Pulley Z24 AT10
Belt AT10 45 Belt AT10 50 Belt AT10 50
Travel mass 0 mm 9.207 Kg
Travel mass every 100 mm 0.45 Kg Travel mass 0 mm 14.934 Kg Travel mass 0 mm 20.698 Kg Travel mass 0 mm 14.425 Kg
Travel mass every 100 mm 0.94 Kg Travel mass every 100 mm 1.25 Kg Travel mass every 100 mm 1.12 Kg
FZ
FZ
FZ
MY FZ
FX MY
FX
FX MY FX
MY

MX
FY
FY MX
MX
FY MX
FY

MZ MZ
MZ
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 12630 N MX = 670 Nm FX = 30450 N MX = 1780 Nm FX = 62040 N MX = 10100 Nm FX = 25740 N MX = 1894 Nm
FY = 12630 N MY = 670 Nm FY = 30450 N MY = 1780 Nm FY = 62040 N MY = 10100 Nm FY = 25740 N MY = 1894 Nm
FZ = 3610 N * MZ = 120 Nm FZ = 7670 N** MZ = 388 Nm FZ = 7670 N * MZ = 2915 Nm FZ = 7670 N** MZ = 515 Nm

MINIMUM EMPTY TORQUE 2.9 Nm MINIMUM EMPTY TORQUE 3.5 Nm MINIMUM EMPTY TORQUE 3.7 Nm MINIMUM EMPTY TORQUE - Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 2526 N MX = 134 Nm FX = 6090 N MX = 356 Nm FX = 12408 N MX = 2020 Nm FX = 5148 N MX = 379 Nm
FY = 2526 N MY = 134 Nm FY = 6090 N MY = 356 Nm FY = 12408 N MY = 2020 Nm FY = 5148 N MY = 379 Nm
FZ = 1805 N MZ = 24 Nm FZ = 3835 N MZ = 77 Nm FZ = 3835 N MZ = 583 Nm FZ = 3677 N MZ = 103 Nm
* The belt breaking load is 14440 N. ** The belt breaking load is 30685 N. * The belt breaking load is 30685 N. ** The belt breaking load is 30685 N.
64 AGZ SERIES ELGZ SERIES 65
LINEAR MODULES BELT DRIVEN / Recirculating ball slide LINEAR MODULES BELT DRIVEN / Recirculating ball slide

AGZ200 AGZ200T (TELESCOPIC) ELGZ90 ELGZ120

166 120
100 90 10.1
40

130

200
90
200

200
160

150

121

91.5
60
90

120
80
8.4

10.1
8
8.2
8.2 79 222
8.2 80
20 421 183

70
100 422 150

72
182
30

L. Tot = 669 + Corsa

L. Tot = 530 + Corsa
L. Tot = 435 + Corsa

565
426
320

40

408.5
301
160

45 45 45
300

200
40

34
32
30

200 126 160

260 200 196

Technical features Technical features Technical features Technical features

No. of shoes 6 No. of shoes 6+6 No. of shoes 4 No. of shoes 6
Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec Max speed 4 m/sec Max speed 4.5 m/sec Max speed 2.5 m/sec
Standard hole with tab seat Ø 47 mm Complete male shaft Ø 30 - 35 mm Standard hole with tab seat Ø 19 - 25 mm Complete male shaft Ø 25 mm
Pitch diameter Ø 101.86mm Pitch diameter Ø 101.86mm Complete male shaft Ø 25 mm Pitch diameter Ø 76.39mm
Pulley Z32 AT10 Pulley Z32 AT10 Pitch diameter Ø 76.39mm Pulley Z30 RPP8
Belt AT10 100 Belts AT10 50 and AT10 75 Pulley Z30 RPP8 Belt RPP8 60
Belt RPP8 30
Travel mass 0 mm 46.051 Kg Travel mass 0 mm 58.141 Kg Travel mass 0 mm 29.899 Kg
Travel mass every 100 mm 2.17 Kg Travel mass every 100 mm 1.726 Kg Travel mass 0 mm 22.189 Kg Travel mass every 100 mm 1.76 Kg
FZ
Travel mass every 100 mm 1.23 Kg
FZ
FZ
FX
MY FZ MY
FX
FX
MY
FX
MY

MX
FY FY
MX MX
FY
FY
MX

MZ MZ
MZ
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 75000 N MX = 6000 Nm FX = 38280 N MX = 3368 Nm FX = 62040 N MX = 8660 Nm FX = 62040 N MX = 10220 Nm
FY = 75000 N MY = 6000 Nm FY = 38280 N MY = 3368 Nm FY = 47700 N MY = 8660 Nm FY = 47720 N MY = 10220 Nm
FZ = 16625 N * MZ = 4875 Nm FZ = 7670 N** MZ = 1800 Nm FZ = 4510 N * MZ = 3940 Nm FZ = 7670 N** MZ = 4680 Nm

MINIMUM EMPTY TORQUE 2.5 Nm MINIMUM EMPTY TORQUE 3.7 Nm MINIMUM EMPTY TORQUE - Nm MINIMUM EMPTY TORQUE 4.2 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 15000 N MX = 1200 Nm FX = 7656 N MX = 673 Nm FX = 12408 N MX = 1732 Nm FX = 12408 N MX = 2044 Nm
FY = 15000 N MY = 1200 Nm FY = 7656 N MY = 673 Nm FY = 9540 N MY = 1732 Nm FY = 9544 N MY = 2044 Nm
FZ = 8310 N MZ = 975 Nm FZ = 3835 N MZ = 360 Nm FZ = 2550 N MZ = 788 Nm FZ = 3835 N MZ = 936 Nm
* The belt breaking load is 63175 N. ** The belt breaking load is 30685 N. * The belt breaking load is 18050 N. ** The belt breaking load is 30685 N.
66 ELGZ SERIES 67
LINEAR MODULES BELT DRIVEN / Recirculating ball slide

ELGZ120C
305
120

91.5
300

120
10.1
10.1
40
213
69.5

L. Tot = 447 + Corsa

350
175

32

120
200

LINEAR MODULES
300

Technical features

SCREW DRIVEN
No. of shoes 4
Positioning repeatability +/- 0.1 mm
Max speed 4.5 m/sec
Standard hole with tab seat Ø 32 - 47 - 55 mm
Sliding wheels/ ELV Series
Pitch diameter Ø 91.67mm
Pulley Z36 RPP8
The ELV series is characterized by sliding on wheels and drive through trapezoidal screw.
Belt RPP8 60
It is indicated for all those applications where particular positioning precision and high
Travel mass 0 mm 31.111 Kg dynamics are not required.
Travel mass every 100 mm 1.70 Kg The ELVC series with right/left trapezoidal screw allows a single motor to obtain a
counterposed movement of the cars.
FZ

FX
MY
OPTIONS
• motor connection preparation
• additional holes
FY
• fixing accessories
MX
• possibility of anti-corrosion treatments
MZ

All linear modules are supplied assembled, without motors.

Maximum loads Maximum moments

FX = 60000 N MX = 8010 Nm
FY = 60000 N MY = 8010 Nm
FZ = 9020 N * MZ = 4350 Nm

MINIMUM EMPTY TORQUE 4.2 Nm

N.B. All linear modules can be customized according to customer
Recommended loads Recommended moments specifications. This catalogue shows the standards available
FX = 12000 N MX = 1602 Nm
in stock and the data may be subject to change without notice.
FY = 12000 N MY = 1062 Nm
Always contact the technical department to verify the application.
FZ = 4510 N MZ = 870 Nm
* The belt breaking load is 36822 N.
68 ELV Series 69
LINEAR MODULES SCREW DRIVEN / Sliding wheels

ELV ELVC

68.4
68.4

45
45
22.5

8.3 8.3

45 45

90 90

110 110

45
22.5
45
22.5

35 180 20 35 180 180 20

200
200

90
90

L. Tot = 235 + Corsa L. Tot = 415 + Corsa LINEAR MODULES

No. of wheels
Technical features
4 No. of wheels
Technical features
4
SCREW DRIVEN
Positioning repeatability +/- 0.5 mm Positioning repeatability +/- 0.5 mm Recirculating ball slide/AGV-AG2V Series
Shank diameter Ø 10 mm Shank diameter Ø 10 mm
Screw TPN 16x4 Screw TPN 16x4
The AGV series, with an extruded section varying from 50 to 200mm, is suitable when
Travel mass 0 mm 4.103 Kg Travel mass 0 mm 7.546 Kg important positioning and repeatability accuracy is required. The standard screw is ISO7
Travel mass every 100 mm 0.49 Kg Travel mass every 100 mm 0.49 Kg rolled with a reduced-play thread and the car slides on recirculating ball guides by means
of two/four sliders depending on the type of profile.
FZ
The choice between different pitches, precision and screw preload is provided.
FX FZ

FX

MY
MY OPTIONS
• motor connection preparation
• additional holes
• fixing accessories
• possibility of anti-corrosion treatments
FY MX
FY MX
MZ MZ

All linear modules are supplied assembled, without motors.

Maximum loads Maximum moments Maximum loads Maximum moments

FX = - N MX = 140 Nm FX = - N MX = 140 Nm
FY = 2100 N MY = 120 Nm FY = 2100 N MY = 120 Nm
FZ = 1200 N MZ = 220 Nm FZ = 1200 N MZ = 220 Nm

MINIMUM EMPTY TORQUE 0.2 Nm MINIMUM EMPTY TORQUE 0.2 Nm

N.B. All linear modules can be customized according to customer
Recommended loads Recommended moments Recommended loads Recommended moments specifications. This catalogue shows the standards available
FX = - N MX = 28 Nm FX = - N MX = 28 Nm
in stock and the data may be subject to change without notice.
FY = 420 N MY = 24 Nm FY = 420 N MY = 24 Nm
Always contact the technical department to verify the application.
FZ = 240 N MZ = 44 Nm FZ = 240 N MZ = 44 Nm
70 AGV SERIES AGV SERIES 71
LINEAR MODULES SCREW DRIVEN / recirculating ball slide LINEAR MODULES SCREW DRIVEN / recirculating ball slide

AGV55 AGV70 AGV80 AGV110

140

115
8.5
103

50
80
6.2

87
65

70
55

8.2
37
34
22.5
6.2
16

15

4.5
6.2 8.5 8.2
55
45 45 80
70 80 110

98
85

140
59
64
43.7

47

85
25 120 20 21.9 246 20 33 200 41.5
44 280 31.8
55

70

80

110
L. Tot = 165 + Corsa

L. Tot = 294 + Corsa L. Tot = 286 + Corsa

L. Tot = 363 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 1 No. of shoes 2 No. of shoes 2 No. of shoes 2
Positioning repeatability +/- 0.07 mm Positioning repeatability +/- 0.05 mm Positioning repeatability +/- 0.05 mm Positioning repeatability +/- 0.05 mm
Shank diameter Ø 6 - 6.35 mm Shank diameter Ø 11 mm Shank diameter Ø 11 mm Shank diameter Ø 16 mm
Screw D.10 P3 Screw D.16 P5 / P10 Screw D.16 P5 / P10 Screw D.25 P5 / P10

Travel mass 0 mm 1.496 Kg Travel mass 0 mm 4.623 Kg Travel mass 0 mm 5.011 Kg Travel mass 0 mm 11.926 Kg
Travel mass every 100 mm 0.47 Kg Travel mass every 100 mm 0.71 Kg Travel mass every 100 mm 0.93 Kg Travel mass every 100 mm 2.01 Kg

FX FZ
FX FZ FX FZ
FZ
FX
MY MY
MY
MY

FY
FY
FY FY
MX MX
MX MX
MZ MZ
MZ
MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 2300 N MX = 73.5 Nm FX = 12300 N MX = 123 Nm FX = 12300 N MX = 246 Nm FX = 15900 N MX = 531 Nm
FY = 6370 N MY = 57.8 Nm FY = 12775 N MY = 881 Nm FY = 18792 N MY = 1371 Nm FY = 37065 N MY = 3650 Nm
FZ = 6370 N MZ = 57.8 Nm FZ = 12775 N MZ = 881 Nm FZ = 18792 N MZ = 1371 Nm FZ = 37065 N MZ = 3650 Nm

MINIMUM EMPTY TORQUE 0.1 Nm MINIMUM EMPTY TORQUE 0.2 Nm MINIMUM EMPTY TORQUE 0.2 Nm MINIMUM EMPTY TORQUE 0.32 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 460 N MX = 14.7 Nm FX = 2460 N MX = 24.6 Nm FX = 2460 N MX = 49.2 Nm FX = 3180 N MX = 106.2 Nm
FY = 1274 N MY = 11.5 Nm FY = 2555 N MY = 176.2 Nm FY = 3758 N MY = 274.2 Nm FY = 7413 N MY = 730 Nm
FZ = 1274 N MZ = 11.5 Nm FZ = 2555 N MZ = 176.2 Nm FZ = 3758 N MZ = 274.2 Nm FZ = 7413 N MZ = 730 Nm
72 AG2V SERIES AG2V SERIES 73
LINEAR MODULES SCREW DRIVEN / recirculating ball slide LINEAR MODULES SCREW DRIVEN / recirculating ball slide

AG2V110 AG2V130 AG2V145 AG2V200

117.5

101.5
100
8.2
79

65
64
5.2
50
49

20
9,5
8.4 8.2 8.2
110
90 110 150
130 145
200

115

100
50

64
25.5

51

55
33
110

145
130

200
36 69 48.5
40 302 25
43,5 110 45
L. Tot = 159 + Corsa
L. Tot = 367 + Corsa
L. Tot = 198,5 + Corsa
15 168 31
L. Tot = 230 + Corsa

Technical features Technical features Technical features Technical features

No. of shoes 2 No. of shoes 4 No. of shoes 2 No. of shoes 4
Positioning repeatability +/- 0.05 mm Positioning repeatability +/- 0.05 mm Positioning repeatability +/- 0.05 mm Positioning repeatability +/- 0.05 mm
Shank diameter Ø 11 mm Shank diameter Ø 19 mm Shank diameter Ø 13 mm Shank diameter Ø 18 mm
Screw D.16 P5 / P10 Screw D.32 P5 / P10 Screw D.25 P5 / P10 Screw D.25 P5 / P10

Travel mass 0 mm 2.687 Kg Travel mass 0 mm 10.468 Kg Travel mass 0 mm 5.112 Kg Travel mass 0 mm 8.602 Kg
Travel mass every 100 mm 0.90 Kg Travel mass every 100 mm 1.24 Kg Travel mass every 100 mm 1.5 Kg Travel mass every 100 mm 2.16 Kg

FZ
FZ
FX FX FZ
FX
MY
MY
MY

FY
FY
MX
MZ MX
MZ
FY MX

MZ

Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments Maximum loads Maximum moments
FX = 12300 N MX = 437 Nm FX = 31700 N MX = 978 Nm FX = 15900 N MX = 1304 Nm FX = 15900 N MX = 3896 Nm
FY = 12778 N MY = 88 Nm FY = 20824 N MY = 2228 Nm FY = 30326 N MY = 259 Nm FY = 60403 N MY = 2896 Nm
FZ = 12778 N MZ = 437 Nm FZ = 20824 N MZ = 2228 Nm FZ = 30326 N MZ = 1304 Nm FZ = 60403 N MZ = 2896 Nm

MINIMUM EMPTY TORQUE 0.2 Nm MINIMUM EMPTY TORQUE 0.4 Nm MINIMUM EMPTY TORQUE 0.25 Nm MINIMUM EMPTY TORQUE 0.35 Nm

Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments Recommended loads Recommended moments
FX = 2460 N MX = 87.4 Nm FX = 6340 N MX = 193.4 Nm FX = 3180 N MX = 260 Nm FX = 3180 N MX = 779 Nm
FY = 2555 N MY = 17.6 Nm FY = 4164 N MY = 445.6 Nm FY = 6065 N MY = 51.8 Nm FY = 12080 N MY = 579 Nm
FZ = 2555 N MZ = 87.4 Nm FZ = 4164 N MZ = 445.6 Nm FZ = 6065 N MZ = 260 Nm FZ = 12080 N MZ = 579 Nm
74 Notes 75

ACCESSORIES

All linear modules have specific accessories and optionals for each type of module.

Details of each component are on our website www.dierre.eu

N.B. All linear modules can be customized according to customer

specifications. This catalogue shows the standards available
in stock and the data may be subject to change without notice.
Always contact the technical department to verify the application.
76 Notes
DIERRE S.p.A.
HEADQUARTERS
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info@dierremotion.com

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Ph. +39 0341.45.34.11
arimetal@arimetal.it

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36015 SCHIO (VI)
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VERONA FACTORY
Dierre Decatech s.r.l. Operational Plant
Via Ponte Asse, 21C
37030 Vago di Lavagno (VR)
Ph. +39 045.85.25.622
commerciale.vr@dierredecatech.com

DIERRE SAFE s.r.l.

Via Tolomeo, 10
36034 Malo (VI)
Ph. +39 0445.16.00.220
info@dierresafe.eu

SINTESI s.r.l.
Via Irpinia, 64
35020 Saonara (PD)
Ph. + 39 049.879.06.66
sintesi@sintesi.eu

www.dierre.eu