Sensor cable IFM E10302 with molded plastic straight A-coded unshielded 4-pin female M12 + Binder 713-series 99-0429-14-04 4pin male M12 sensor connectors

Sensor cable which can be used with wide variety of sensors and other information carrying devices. Sensor cables are an essential part of industrial automation in general. With out them... Well nothing would work.

Sensor cable technical details:

• Connector side A:
  • Molded plastic straight A-coded unshielded 4-pin female M12 sensor connector
    • Connector material:
      • Thermoplastic polyurethane (TPU)
    • Nut material:
      • Nickel plated brass
    • Tightening torque:
      • 0.5Nm
    • Wiring of pins:
      • 1 = Brown
      • 2 = White
      • 3 = Blue
      • 4 = Black
• Connector side B:
  • M12 straight A-coded unshielded 4-pin sensor connector, male, plastic/metal, Binder 713-series 99-0429-14-04, screw connection for 4-6mm cables
  • Additional information about this connector can be gathered by checking our online store for this particular model or by downloading the technical datasheet from the bottom of the page.
  • Wiring:
    • Most likely straight (from pin to pin between connectors), but might vary between units
• Max operating voltage:
  • 250VAC/300VDC
• Operating temperature:
  • -25...90°C
• IP-rating:
  • IP67
• Cable material:
  • Polyurethane (PUR) / Polyvinyl chloride(PVC)
• Cable wires:
  • 4x 0.25mm² (32x 0.1mm strands)
• Cable outer diameter:
  • 5mm
• Cable color:
  • Orange
• Cable model markings:
  • E10302
  • EVC001 (new alternative model marking)
  • Ecomat 400 series

Download IFM E10302 4pin M12 A-coded straight female sensor cable technical datasheet

Download Binder M12 A-coded sensor connectors technical datasheet

This is used sensor cable so make sure you select the cable length from the available lengths.

Connector pinout and wire colors are from manufacturers datasheet or from couple of our test measured units. It's up to user to either trust these or measure them prior to connection. Just as a precaution we recommend testing out the wiring just to be sure and not destroy anything.