High Temperature Shielded Robot Cable | 2x0.35+1x0.12 TC/PFA/TCWB/PFA Hybrid Cable

HIGH TEMPERATURE SHIELDED ROBOT CABLE: PRECISION POWER AND SIGNAL FOR ADVANCED AUTOMATION

Engineered for the demanding environments of modern advanced manufacturing, our High Temperature Shielded Robot Cable is the definitive solution for dynamic, high-precision automation systems. This hybrid cable integrates 2 power conductors of 0.35mm² and 1 signal conductor of 0.12mm² within an advanced TC/PFA/TCWB/PFA construction. Featuring ultra-fine stranding for exceptional flexibility, comprehensive TCWB shielding, and a robust PFA sheath, this compact cable (OD 3.8mm) is built to deliver reliable power and clean signal transmission for millions of flex cycles in industrial robots, high-end CNC machine tools, and semiconductor manufacturing equipment.

KEY FEATURES & TECHNICAL ADVANTAGES

✔ Hybrid Design for Integrated Systems: Combines 2 power cores (0.35mm², red/white) for motor/actuator drive and 1 signal core (0.12mm², yellow) for feedback or control in a single, space-saving cable, simplifying robotic harness design.
✔ Exceptional Flex Life & Durability: Conductors utilize ultra-fine stranding (98/0.07 & 37/0.37), optimized for continuous, high-speed movement in cable tracks and robotic arms, resisting conductor fatigue.
✔ Superior High-Temperature Performance: PFA (Perfluoroalkoxy) insulation and sheath offer outstanding thermal stability, chemical resistance, and mechanical properties at continuous temperatures up to 250°C, withstanding heat from motors and processes.
✔ Effective EMI Shielding: The Tinned Copper Wire Braid (TCWB) provides excellent protection against electromagnetic interference, ensuring signal integrity for sensitive encoders and sensors in electrically noisy industrial environments.
✔ Compact & Optimized Construction: A small 3.8mm outer diameter allows for high-density wiring in tight robotic joints and tool heads, reducing bulk and weight.

SPECIFICATIONS & CONSTRUCTION

WHY CHOOSE OUR SHIELDED ROBOT CABLE?

We specialize in cables that are not just components but enablers of reliability and precision in automation. This cable is the result of understanding the simultaneous need for power delivery, signal integrity, extreme flexibility, and environmental resistance in robotics. By using premium PFA—a superior material to standard FEP or PTFE for consistent flexibility and processing—and precision-engineered stranding, we ensure a long service life that minimizes machine downtime. Our capability for full customization (different core counts, sizes, shielding, and connectors) makes us an ideal partner for OEMs in robotics and advanced manufacturing.

TYPICAL APPLICATIONS

• Industrial Robotics & Cobots: Internal wiring for robotic arm joints, grippers, and end-effectors, especially in welding, assembly, and material handling robots.

• High-End CNC Machine Tools: Wiring for high-speed spindles, automatic tool changers, and precision linear axes where space is limited and movement is constant.

• Semiconductor Manufacturing Equipment: Connections within wafer handlers, photolithography steppers, and etching tools that require ultra-clean, reliable performance in controlled environments.

• Factory Automation & AGVs: Wiring for sophisticated automated guided vehicles and complex conveyor systems with moving parts.

• Request Free Sample - Test the cable's performance in your cable carrier

• Download Technical Specifications - Get detailed specifications on stranding, bend radius, and chemical resistance.

• Contact Our Engineering Team - Discuss custom configurations for your specific robot model.

• Get Competitive Quotation - Receive competitive pricing for your production volume.

FAQ

Q1: Why is PFA used instead of more common materials like PVC or PUR?
A: PFA offers a unique combination of properties critical for high-end robotics: extreme temperature resistance (up to 250°C), exceptional chemical inertness (resists coolants, oils, cleaning agents), outstanding flex life, and very low friction. PVC would harden in cold and melt near heat sources, while PUR, though flexible, cannot match PFA's temperature or chemical rating.

Q2: What is the benefit of the ultra-fine 98/0.07 stranding?
A: This extreme fine-wire stranding dramatically increases the cable's flexibility and resistance to metal fatigue from repeated bending. It allows for a tighter minimum bend radius and significantly extends the cable's operational life in continuous flexing applications, which is paramount for robot cables.

Q3: Can this cable be customized with different core configurations or shielding?
A: Absolutely. As a custom cable manufacturer, this is our core expertise. We can engineer cables with various combinations of power and signal cores, add overall or individual pair foil shields for enhanced EMI protection, and adjust the stranding and jacket material (e.g., different PFA grades) based on your specific application needs.

Q4: Is this cable suitable for cleanroom environments in semiconductor fabs?
A: Yes. PFA is an excellent cleanroom material as it is inherently low-particulate, resistant to outgassing, and can withstand aggressive cleaning and sterilization processes commonly used in semiconductor manufacturing.

Q5: What connectors are recommended for terminating this cable?
A: We recommend using high-flex, robotic-grade connectors (such as those from leading brands like Lemo, Harting, or Hirose) that are designed to handle constant movement and provide reliable strain relief. Our engineering team can advise on or supply pre-assembled cable-connector solutions.