Festo CPX-CMPX-C-1-H1 End Position Controller

End position controller with up to 10 modules and a 7 segment display.

$623.89
Part Numbers
  • CPX-CMPX-C-1-H1
  • 548931
Highlights...

Features

  • 50 x 107 x 55 mm dimensions (W x L x H)
  • Module-orientated diagnostics diagnosis
  • Via local 7-segment display diagnosis
  • 10 max. number of modules
  • 7-segment display display
  • 3 keys operator controls
  • 18V operational voltage range DC
  • 30V operational voltage range DC
  • 20V load voltage range DC
  • 30V load voltage range DC
  • 24V nominal load voltage DC
  • 24V nominal operating voltage DC
  • 80MA current consumption at nominal operating voltage
  • 2.5A permissible load current
  • Tested to severity level 2 shock resistance to DIN/IEC 68 parts 2-29
  • VDMA24364-B2-L LABS (PWIS) conformity
  • 5 - 95% relative air humidity
  • Non-condensing relative air humidity
  • IP65 degree of protection
  • To IEC 60529 degree of protection
  • Tested to severity level 2 vibration resistance to DIN/IEC 68 part 2-6
  • 140G product weight
  • 1 axes per string
  • 1 number of axis strings
  • Socket electrical connection control interface
  • M9 electrical connection control interface
  • 5-pin electrical connection control interface
  • 30M cable length
  • Digital control-Interface
  • CAN bus with Festo protocol control-Interface
  • Integrated terminating resistor control-Interface
  • PA-reinforced material housing
  • -5°C ambient temperature to 50°C ambient temperature

The Festo CPX-CMPX-C-1-H1 is an end position controller designed for fast travel between the mechanical end stops of the cylinder, stopping without impact in the end position. There is fast commissioning via a control panel, fieldbus, or handheld unit. The actuation of a brake or clamping unit (in conjunction with a proportional control valve) is integral to the controller. All system data can be read via the fieldbus, including the mid-positions. The controller offers up to 30% faster cycle rates and significantly reduced system vibration.