Descriptions:

In industrial applications, more and more complex movements require the use of twisted or three-dimensional flexible cables, and require these cables to have a similar service life when used in straight-line towline systems.
The core, twist, shield and sheath material must be able to withstand the bending forces generated during bending and the radial pressure changes caused by torsional motion. For this reason, different "soft" structural elements such as viscose fibers, PTFE elements, or other filler elements are used in highly flexible robotic cables to absorb torsional forces.

Applications:
Torsion cable for robotic systems, automatic handling equipment and for mechanical, no special changes. Torsion cables can be used indoors and outdoors. Torsional cables have areas where corrosive mineral oil is leaking and where the cables are exposed to high mechanical stresses.

Features:
 1, the robot torsion signal cable in the core line, beam twist, shield and jacket material, it must be able to withstand the bending pressure generated by the torsional movement or radial pressure changes. Therefore, different "soft" structural elements, such as viscose fibers, PTFE elements or other filler components, are used in highly flexible robotic cables, which can better absorb torsional forces.
    2, the robot torsion signal cable in the control cable and bus cable used, with high wear resistance, and the use of TPV jacket material, it can effectively eng_protect the twisted by the twisted element is not damaged.
    All highly flexible robotic cables are tested for 3 million rounds of motion in a test that takes 1 meter long and does a +/- 180 ° twist test. In addition, we conducted another test, that is, the cable placed in a length of about 2500 mm towline, and then the 270 ° twist, during which the centripetal force will make the cable to withstand high Of the load and the heavy impact, so in general, this situation will usually occur in the application of industrial robots.

Parameters:
Conductor: Highly flexural strength of bare copper strand (in accordance with EN 60228)
Insulating material: Insulating TPE material with high mechanical eng_properties
Unit shield: high torsional strength of tinned copper wire braided shield, optical coverage of 85%
Outer sheath: low viscosity, halogen-free, PUR-based mixture, particularly abrasion resistant and highly flexible for towline
Operating temperature range: (mobile installation) -25 ° C to +80 ° C with a bend radius of 10 x d
Operating temperature range: (fixed laying) -40 ° C to +80 ° C, bending radius of 4 x d
Maximum speed: 180 ° / s
Reverse the maximum acceleration: 60 ° / s2
Travel distance: for robotic and 3D motion applications, Class 6

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