• Robot signal transmission cable
Robot signal transmission cable
+

Robot signal transmission cable

Suitable for installation in applications where torque and bending stresses coexist, it features high flexibility, excellent resistance to bending and torsion, wear resistance, and oil resistance. It effectively resists electromagnetic interference and boasts superior performance in terms of twisted-pair pitch discontinuity and crosstalk suppression.

Still hesitating? Just get a sample and contact us!

  • Product Details
  • Product Name
    PRODUCT Name

     

    Robot signal transmission cable

     

    Product Applications
    PRODUCT APPLICATION

     

    Suitable for installation on high-speed signal return lines, used for transmitting and monitoring control and signaling signals as well as power connections, and can be installed in various curved and challenging environments.

     

    Technical Parameters
    Technical parameter

     

    Operating temperature range:
    Fixed installation: -50℃~+90℃
    Mobile installation: -40℃ to +90℃

    Rated voltage: S < 0.5 mm²: 300/300 V;
    S > 0.5 mm²: 300/500 V
    Withstand Voltage Test: 1500V/5min (300V/500V) Reference Standard: TUV 2 PfG 2577
    2000V/5min (450/750V) Reference standard: TUV 2 PfG 2577

    Bending Test (Robot Body Cable):

    4 mm² and above, 90° bending test: ±90°, R = 2.5D, F = 5 N, 40 cycles/minute; requirement: >1 million cycles. Reference standard: TUV 2 PfG 2577 Annex F.

    Bending test for conductors with cross-sectional area of 4 mm² or less (double-pulley flexural test): Moving speed 0.33 m/s, stroke length = 1 m, requirement > 1 million cycles. Reference standard: EN50396 §6.2.

    Torsion Test (Robot Body Cable): ±180°, 12 cycles/minute, with a requirement of >500,000 cycles. Reference Standard: TUV: 2 PfG 2577 Annex H

    Bending and Rotational Testing: R = 150 mm, L = 300 mm, 50 cycles/min, > 50,000 cycles Reference Standard: 2 PfG 2577/08.16 Annex C

    2D Torsion Test for Straight Lines: ±90° or ±180°, 60 cycles/min, F = 5 N; requirement: > 5 million cycles. Reference standard: 2 PfG 2577/08.16 Annex G
    2D Curved Torsion Test: ±90° or ±180°, 60 cycles/minute, F = 5 N; requirement: > 5 million cycles. Reference standard: 2 PfG 2577/08.16 Annex G

    3D Torsion Test: ±180°, 30 cycles/minute, with a requirement of >5 million cycles Reference Standard: 2 PfG 2577/08.16 Annex I

    Drag chain test: ±180°, 12 cycles/minute, with a requirement of >10 million cycles Reference standard: 2 PfG 2577/08.16 Annex H

    Flame Retardancy: Complies with IEC60332-1-2 + EN60332-1-2
    Oil resistance: Complies with DIN VDE0282

    Minimum bending radius:
    Fixed installation: 4×D (cable outer diameter);
    Mobile installation: For travel distances less than 10 meters, use 6 × D (cable outer diameter); for travel distances of 10 meters or more, use 8 × D (cable outer diameter).
    Mobile characteristics: Laying travel distance: >80 m; Acceleration: 65 m/s²; Moving speed: 12 m/s Electrical parameters:

    Recommended compliance with safety standards: UL2589

Please leave us a message.

If you need any assistance, please don't hesitate to contact us.

Need help?

If you have any questions, please leave us a message, and our professionals will be happy to assist you. Be sure to provide accurate contact information!

Submit
%{tishi_zhanwei}%