Molex EXTreme PowerEdge Connectors

Molex EXTreme PowerEdge Connectors feature signal contacts for combined high-power and signal card edge or bus bar tab applications. Molex EXTreme PowerEdge one-piece vertical card edge style connector can be used with gold finger PC boards. This connector series can also be used as a bus bar interconnect for power supply or power distribution applications. PowerEdge is rated at 40.0A per contact with the ability to integrate signal pins within the same housing for power/signal hybrid designs. Each signal contact is rated at 3.0A. Attributing to its slender profile, EXTreme PowerEdge allows excellent airflow around the connector.

Features

  • Low-profile design allows high current transfer in narrow spaces
  • Mates to a 1.57mm (0.62”) PCB card edge or bus bar
  • Rated for current interruption hot-plugging requirements
  • Rugged power and signal contacts reduce the potential for stubbing or damage
  • 2x isolated power contacts or 8x signal contacts per housing segment
  • Available in 2, 3, and 4 segment versions
  • Press-fit or solder tail PCB mounting
  • End-to-end stackable to accommodate additional circuit counts on the card edge

Specifications

  • 250V maximum in standard contact loading
  • Current at +30°C temperature rise
    • 40.0A maximum for power
    • 3.0A maximum for signal
  • Contact resistance
    • 0.5mΩ initial for power, 0.6mΩ maximum change at end of life
    • 6.24mΩ initial for signal, 15mΩ maximum change at end of life
  • 1500V dielectric withstanding voltage
  • 5000MΩ minimum insulation resistance
  • 40.0A/50VDC current interruption for power
  • 50-cycle durability
  • Maximum mating force per contact
    • 8.87N (2.0lb) for power
    • 1.4N (0.31lb) for signal
  • Maximum unmating force per circuit
    • 4.4N (1.0lb) for power
    • 0.14N (0.031lb) for signal
  • UL 94V-0 rated
  • LCP housing
  • Copper alloy contacts
  • Plating
    • Select Gold in the contact area
    • Tin in the solder tail area
    • Nickel underplating

Videos

Publicado: 2017-06-14 | Actualizado: 2022-07-15