Toothed belt drive, 5300 mm stroke, 400 N load, 5 m/s

Toothed belt drive Module 160/15 G | IEF-Werner

Drawing Toothed belt drive Module 160/15 G | IEF-Werner

Functionality module 160/15 G

Technical data

L (special lengths on request)	740, 840, 940 ... 5940 mm
SL	195, 300 mm
A,B	stroke limit, end position switch
C	collision protection switch
stroke per slide (stroke increments 100 mm)	100 - 5300 mm
weight at 100 mm stroke	12.6 kg
weight increase per 100 mm stroke	1.4 kg
max. movement speed	5 m/s
repeat accuracy	+/- 0.05 mm
toothed belt width	32 mm
tensile strength	2800 N
max. input torque	10 Nm
frictional torque	0.925 Nm
geometrical moment of inertia of the basic body	I_x 1,196,016 mm⁴ / I_y 8,689,482 mm⁴

Slide variants

Load information

slide length	195 mm	300 mm
C₁	2000 N	2000 N
C₂	1000 N	800 N
M_x	150 Nm	200 Nm
M_y	150 Nm	150 Nm
M_z	150 Nm	200 Nm

Motor assembly variants

Motor assembly variant 1 Module 160/15 G | IEF-Werner — Variant 1

Motor assembly variant 2 Module 160/15 G | IEF-Werner — Variant 2

Motor assembly variant 3 Module 160/15 G | IEF-Werner — Variant 3

Motor assembly variant 4 Module 160/15 G | IEF-Werner — Variant 4

Motor assembly variant 5 Module 160/15 G | IEF-Werner — Variant 5

Motor assembly variant 6 Module 160/15 G | IEF-Werner — Variant 6

Motor assembly variant 7 Module 160/15 G | IEF-Werner — Variant 7

Motor assembly variant 8 Module 160/15 G | IEF-Werner — Variant 8

The motors are attached either directly or via a near-play-free belt gear. Different attachment versions and transmission ratios are available. Attachment type and transmission ratio can be changed easily subsequently as well. A planetary gearbox is available for all attachment variants.

transmission ratio	infeed constant	possible versions	max. shaft diameter motor/gear
i = 1:1	140.000 mm	1 - 8	22 mm
i = 2.1:1	66.667 mm	1 - 4; 7 - 8	16 mm
i = 2.625:1	53.333 mm	1 - 4; 7 - 8	14 mm
i = 3:1	46.667 mm	1 - 4; 7 - 8	12 mm

Module 160/15 G - Accessories / fastening

Clamping elements

Levelling elements

These elements are ideal for the levelling of assembly surfaces which cannot be mechanically processed or only with great effort,. You can find more information and helpful tutorials here.