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HARTING har-flex® Power & Hybrid Connectors

HARTING har-flex® Power and Hybrid Connectors are specially designed for Industry 4.0 applications with power contacts capable of up to 18A per pin. A variety of pin count combinations with male and female connectors are available in both straight and right-angle orientations. These small, flexible, robust connectors offer a 2.54mm contact pitch for the har-flex Power version and 1.27mm signal/2.54mm power contact pitches for the har-flex Hybrid variant. HARTING har-flex Power and Hybrid Connectors can be used in parallel (mezzanine) board, extender card, and motherboard-to-daughtercard configurations. They are also ideal for devices where multiple PCB connections are needed. Typical applications include transportation, machinery, robotics, automation, energy, and medical.

Features

  • Up to 18A per contact
  • Versatile with angled and straight terminations available
  • Robust design
  • SMT or THR contacts (har-flex Power), SMT signal and power or THR power contacts (har-flex Hybrid)
  • SMT contacts allow maximum use of space on PCB
  • Through-hole contacts add robustness and improve heat dissipation
  • Ideal for devices where multiple PCB connections are needed
  • Can be used for motherboard-to-daughtercard, mezzanine, and extender card applications

Applications

  • Transportation
  • Machinery
  • Robotics
  • Automation
  • Energy
  • Medical

Specifications

  • Common
    • Up to 18A per contact
    • 150V rated voltage according to IEC 60664-1
    • Tape-and-reel packaging for pick and place
    • 500 mating cycles
    • -55°C to +125°C temperature range
    • Liquid crystal polymer (LCP) isolation body
  • har-flex Power
    • SMT or through-hole reflow termination
    • 2, 3, 4, 5, 6, 12 pin counts
  • har-flex Hybrid
    • Signal SMT, power SMT, or through-hole reflow termination
    • 2+8, 4+16, 6+26, 8+36 pin counts (power+signal)

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HARTING har-flex Connectors

Based on 1.27mm grid, offered in 6 different stack heights, wide range of pin-count configurations.

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Published: 2021-03-18 | Updated: 2022-12-30