Robot Torsion Cable RTC IEC 60228, Class 5/6 Fine Stranded Copper TPE PE Insulation PUR Jacket, Very High Flex Cable with Optional Shield for 6-Axis Robots 3D Rotary Automation

Robot Torsion Cable

Product Description

Robot Torsion Cable is specifically designed for robotic applications involving repeated twisting, rotation, bending, and three-dimensional movement.

The cable uses fine-stranded flexible copper conductors and a torsion-optimized internal construction combined with a durable PUR outer jacket.

Dedicated robotic torsion cables can be designed for high torsion angles and millions of torsion cycles. Commercial examples include PUR robot cables designed for simultaneous bending and torsion.

Specifications

Applications

• 6-axis robots

• Axis 7 robots

• Robotic arms

• Pick-and-place systems

• Automated handling

• Welding robots

• Rotary automation

• Three-dimensional motion systems

Standards

• IEC 60228

• IEC 60332 series, where applicable

• UL AWM, where specified

• CSA, where specified

• RoHS / REACH

Construction

Conductor:
Fine-stranded copper conductors optimized for repeated movement.

Insulation:
Flexible TPE or PE insulation.

Core Assembly:
Torsion-optimized short-lay construction.

Shielding:
Optional tinned copper braid or other EMC shielding.

Outer Jacket:
Abrasion-resistant PUR jacket for demanding dynamic applications.

Key Features

• Designed for torsional movement

• High flexibility

• Three-dimensional motion capability

• Torsion-optimized core construction

• PUR abrasion-resistant jacket

• Optional EMC shielding

• Oil and chemical resistance available

• Suitable for multi-axis robotic systems

FAQ

Q: What makes RTC different from a standard flexible cable?
A: RTC is specifically designed for repeated twisting and three-dimensional robotic movement rather than only linear bending.

Q: Can RTC be used for 6-axis robots?
A: Yes. It is suitable for robotic systems involving repeated rotational and torsional movement.

Q: Can the torsion performance be customized?
A: Yes. Torsion performance should be specified according to robot movement, installation length, rotation angle, and operating cycle.

Q: Can RTC be shielded?
A: Yes. Shielded constructions are available for EMC-sensitive applications.

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