wire-to-board Headers complement the Power Triple Lock series of TE.


TE Connectivity (TE) introduces new wire-to-board headers as part of the Power Triple Lock connector product line. Thus expanding the familiy of connectors into a growing number of HVAC, automation and control as well as automotive designs. For assembly reliability the optional and unique CPA (Connector Position Assurance) device to help keep the connector fully mated and engaged during shipment, installation and use. Another optional mechanism is the TPA (Terminal Position Assurance) tool which firmly positions the contact into the connector housing. For even easier mounting, the Power Triple Lock connectors feature rounded edges and an anti-snag design.

Your Key Benefits:

  • Expand application opportunities from wire-to-wire to wire-to-board
  • Support high-temperature application requirements with flame-retardant material that meet safety requirements
  • Eliminate mis-mating during assembly with keyed and polarized housings
  • Ensure contacts are fully seated while providing an added measure against contact backout with optional (TPA)
  • Ensure mating of cap and plug with audible latch
  • Avoid time loss or risk of damaging locking mechanisms caused by wire snags with ribs designed to protect the latch
  • Safeguard connector´s engagement in high vibration applications with optional (CPA)
  • Support a broad range of design needs with product breadth including free hanging and panel mount receptacles

Technical Specifications:


  • Voltage rating: 600 VAC or VDC
  • Current rating: Up to 20 A


  • Contact Base Material: Copper Alloy
  • Housing Material: Nylon

Standards and Specifications:

  • RoHS compliant, ELV compliant
  • UL 94V-0

Typical Applications:

  • HVAC
  • Refrigerators
  • Washers and dryers
  • Dishwashers
  • Garage door openers
  • Coin changers
  • Audio / video devices

Get your free technical support and detailed offer!


Contact to sales team

Request for products

You have 0 parts in your selection.
Show RFQ-Selection