Torsion cables for robotic arms, rotary automation, welding dresspacks, cleanroom motion systems and wind turbine nacelle loops where cable twisting, bending, oil exposure and vibration must be specified together.
Torsion cables for robotic arms, rotary automation, welding dresspacks, cleanroom motion systems and wind turbine nacelle loops where cable twisting, bending, oil exposure and vibration must be specified together.
Industrial robots
Rotary automation
Welding dresspacks
Cleanroom handling
Wind turbine nacelle loops
Machine tools
Flexible Cable Construction
Class 6 or fine-stranded copper conductor
Short-lay or torsion-optimized core assembly
Screen-free, foil screen or braid screen options by signal requirement
PUR, TPE, HFFR, LSZH or weld-splash resistant jacket
Motion duty selected by torsion angle, bend radius, travel length and cycle expectation
Standards And Approvals
UL 758
DIN VDE robot cable references
IEC 60228
IEC 60332-1-2
IEC 60754
IEC 61034
Motion / Torsion Selection Data
Motion duty
Continuous robotic torsion, combined bending/torsion, servo-axis motion, cleanroom movement and wind turbine loop torsion
30 V data circuits, 300 V, 300/500 V and 0.6/1 kV references by cable function
Element design
Single conductor, multicore, pair, Ethernet pair and hybrid power/control layouts
Screen / protection
Screen-free torsion lay, foil/braid screen, EMC braid, hybrid fillers or support elements by route
Jacket
PUR, TPE, HFFR/LSZH or weld-splash resistant compounds selected by motion duty
Torsion rating
Torsion angle, guide length, bend radius, travel distance and cycle expectation confirmed before quotation
Technical data
Motion duty, cable function, voltage, element design, conductor size, screen/protection, jacket, torsion rating, temperature class, OD guide and cable weight
Find The Exact Cable Size
Open a cable construction page, then select the voltage, conductor material, core layout and cross-section row that matches your enquiry. Each row opens a cable specification sheet for quote preparation.
Torsion, Robot And Motion Cable Types
Torsion cable pages are organised by robot control, shielded control, data, Ethernet, servo, welding dresspack, cleanroom and wind-loop duty. Open a motion-cable page to compare torsion angle, voltage, element design, conductor size, jacket, OD and weight references.
Robotic PUR Torsion Control Cable is a motion-duty cable reference for industrial robots, rotary tables, machine tools, using class 6 fine-stranded bare copper conductor, screen-free torsion-optimized core assembly, abrasion and oil resistant pur outer jacket and up to +/- 360 degrees per 0.5 m guide.
Shielded Robotic PUR Torsion Control Cable is a motion-duty cable reference for robot control loops, servo auxiliary circuits, rotary automation, using class 6 fine-stranded bare copper conductor, tinned copper braid emc screen over torsion-optimized core, abrasion and oil resistant pur outer jacket and up to +/- 360 degrees per 0.5 m guide.
Robotic Torsion Data Cable is a motion-duty cable reference for robot sensors, rotating data links, machine vision, using fine-stranded tinned copper data conductor, foil and braid screen for flexible data transmission, low-adhesion pur outer jacket and up to +/- 360 degrees per 0.5 m guide.
Torsion Industrial Ethernet Cable is a motion-duty cable reference for robot ethernet, profinet torsion links, machine networks, using fine-stranded tinned copper ethernet conductor, pair screen plus overall braid emc screen, industrial pur ethernet jacket and up to +/- 180 degrees per 1 m guide.
Robot Servo Torsion Cable is a motion-duty cable reference for robot servo motors, rotary axes, cnc tool changers, using class 6 fine-stranded bare copper power conductor, overall tinned copper braid emc screen, high-flex pur servo jacket and up to +/- 270 degrees per 0.5 m guide.
Welding Robot Dresspack Torsion Cable is a motion-duty cable reference for welding robots, dresspack assemblies, robot hose packages, using fine-stranded bare copper hybrid conductor set, hybrid lay with abrasion resistant fillers and optional emc screen, weld-splash and abrasion resistant pur jacket and up to +/- 360 degrees per 0.5 m guide.
Cleanroom TPE Torsion Cable is a motion-duty cable reference for cleanroom robots, semiconductor handling, laboratory automation, using fine-stranded tinned copper conductor, optional foil/braid screen with low-particle construction, cleanroom-compatible tpe outer jacket and up to +/- 360 degrees per 0.5 m guide.
Wind Turbine Torsion Loop Cable is a motion-duty cable reference for wind turbine nacelle loops, tower yaw loops, converter auxiliary circuits, using class 5 flexible bare copper conductor, optional emc screen or support fillers by loop design, cold, oil and uv resistant hffr / lszh jacket and wind loop torsion up to +/- 150 degrees per m guide.
Torsion cables for robotic arms, rotary automation, welding dresspacks, cleanroom motion systems and wind turbine nacelle loops where cable twisting, bending, oil exposure and vibration must be specified together. They are built to UL 758, DIN VDE robot cable references, IEC 60228, IEC 60332-1-2, IEC 60754, IEC 61034.
Which standards do torsion cables comply with?
UE Cable torsion cables are manufactured and tested to UL 758, DIN VDE robot cable references, IEC 60228, IEC 60332-1-2, IEC 60754, IEC 61034. The exact standard for each construction is stated on its specification sheet.
What sizes and configurations are available?
8 construction families are catalogued under torsion cables, each offered across a range of conductor sizes and core or pair counts. Open any specification sheet for the exact conductor size, voltage, operating temperature, current rating, overall diameter and weight.
Can torsion cables be custom-made, and how fast is a quote?
Yes. UE Cable manufactures to customer specification — conductor, insulation, screen, armour, sheath, colour, printing and packing. Send your requirement through the inquiry list and we typically reply within 6 hours with price, lead time and test documentation.
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