Crash simulation robots use cable carriers

Impact test

Crash simulation robots use cable carriers

Very high accelerations provided an enormous challenge for the design engineers of this robot. To test to what extent pedestrians would be protected at the front ends of cars in the event of a collision, crash simulation dummies needed to be fired onto the front end from the robot using a catapult. The catapult accelerates suddenly to approx. 3 miles per hour in just 0.03 seconds. This design challenge was resolved with a triflex® R energy chain cable carrier, which in this application guides two hydraulic lines, compressed air hoses, and 15 data and control cables.

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PVC Control Cables

CF5 PVC Control cable
  • For heavy duty applications
  • Flame retardant
  • Silicon-free
  • UV-resistant
  • Oil-resistant according to DIN EN 50363-4-1

PUR Control Cables

CF77-UL-D PUR Control Cables
  • For twistable applications
  • Coolant, hydrolysis, microbe and UV-resistant
  • Flame retardant
  • Halogen, silicon and PVC-free
  • Oil-resistant to DIN EN 50363-10-2

TPE Control Cables

CF9 TPE Control Cables
  • For heaviest duty applications
  • Low-temperature-flexible
  • Hydrolysis, microbe, coolant and UV-resistant
  • Halogen, silicon and PVC-free
  • Oil-resistant according to DIN EN 60811-404

Contact Us

Questions or product information? Please contact:

Timothy Marran
Timothy Marran

chainflex® Product Manager

+1 (800) 521-2747Contact an Expert

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