Design: Cable selection When selecting cables, pay attention to particularly good abrasion and sliding properties. The ideal jacket material is TPE. Recommendation: chainflex® cable CF9
Special shielded cables for use in the twisterband are in preparation. Please contact us if the use of shielded cables is necessary.
Design: filling
twisterband version with clasp:TB20.44.18.x.01.0 | TB30.75.22.x.01.0
A = Separate cable with separators
B = insert cable sorted by diameter or bend radius. Insert thinner, smaller ones inwards and larger ones outwards.
C = No more than two cables on top of each other. 10% of the larger diameter or min. 1 mm
D = Between all cables 10% of the larger diameter or min. 1 mm
E = Between cable and separators 10% of the larger diameteror min. 1 mm
twisterband version with Easy fastener:TB12.23.09.x.01.0 | TB20.44.12.x.01.0
A = Insert cable sorted by diameter or bend radius. Insert thinner, smaller ones towards the inside and larger ones towards the outside.
B = Between all cables min. 1 mm or 10% of the larger diameter => Ø B
C = No more than 2 cables on top of each other. min. 1 mm or 10% of the larger diameter
Mounting: mounting bracket
1. Push the twisterband between the steel parts.
2. fix the twisterband to the connecting element by screwing it in place.
Assembly: Guide shaft
In vertical installation position from 1500° angle of rotation, use a centred shaft as guidance.
In horizontal installation position, always use a centric shaft as support.
Mounting: strain relief
- Relieve the strain on the cables at both ends - Make sure that the knot of the cable tie does not point in the direction of the energy chain
End position:
The twisterband must not be rotated to the end. In order not to put too much strain on the cable, a reserve of at least 90° must be planned before each attachment point.