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Alternative TKD KAWEFLEX 3D Cable 0,6/1kV for Robotics

Alternative TKD KAWEFLEX 3D Cable 0,6/1kV for Robotics

Robotic Control & Power cable (C&P) for complex, highly flexible motion sequences in industrial applications (e.g. power chains, gantry robots, pick and place units, conveyor systems, machine tools, automatic. Manufacturing systems etc.).

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  • Product details
Product introduction
  • 01 Product application Robotic Control & Power cable (C&P) for complex, highly flexible motion sequences in industrial applications (e.g. power chains, gantry robots, pick and place units, conveyor systems, machine tools, automatic. Manufacturing systems etc.).
  • 02 Product characteristicslow adhesion resistant to hydrolisis, microbes, cooling fluids, grease and lubricants UV-resistant
  • 03 Technical certification

    conform to RoHS conform to 2014/35/EU-Guideline ("Low-Voltage Directive") CE

    • We are pleased to produce special versions, other dimensions, core and jacket colours on request.

Product structure
Conductor material: Bare copper strand
Conductor class: Super fine wire acc. to IEC 60228 cl. 6 pt. 4
Core insulation: TPE
Core identification: Black cores with white numerals, G: with GNYE
Overall stranding: ≤ 11 cores stranded in layers, ≥ 12 cores stranded in bundles; each element with sliding tapes
Shield: C-PUR: extremely torsion resistant spiral shield of tinned copper wires over sliding tape
Outer sheath: PUR
Sheath colour: Black, RAL 9005
Rated voltage: IEC: 0,6/1 kV; UL&CSA: 1.000 V
Testing voltage: Min. 2 kV
Current-carrying-capacity: Acc. to DIN VDE
Min. bending radius fixed: 4 x d
Min. bending radius moved: 7,5 x d < 10 m TL | 10 x d ≥ 10 m TL | Torsion: 10 x d
Operat. temp. fixed min/max: -50 °C / +80 °C,
Operat. temp. moved min/max: -30 °C / +80 °C, Torsion: -25 °C / +80 °C
Burning behavior: Flame-retardant acc. to IEC 60332-1-2, VW-1, FT1
Torsion: 3D-PUR: +/- 360 °/m, 3D-C-PUR: +/- 180 °/m
Approvals: UL/CSA: cURus - 1.000V, 80°C
Speed: Self-supporting: max. 10 m/s, gliding: max. 5 m/s | Torsion: max.180 °/s
Acceleration: Max. 20 m/s² | Torsion: max. 60 °/s²

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