Amphenol FCI DIN 41612 High Temperature Headers & Receptacles

Amphenol FCI DIN 41612 High Temperature (HT) Headers and Receptacles meet the required fire safety standards for industrial transportation and power markets. These highly reliable components are made from high-temperature resin and are suitable for through-hole reflow (THR) soldering processes. The HT headers and receptacles feature an operating temperature range of -55°C to +125°C, 2A maximum current rating, and ≤20mΩ contact resistance. The 2.54mm- and 5.08mm-pitch options provide adequate spacing for routing a PCB trace. The Amphenol FCI DIN 41612 HT series complies with standards IEC 603-2, NFF 16-101/102, and EN45545-2. A rear plug-up option provides extended mating applications via shrouds on the rear side of the PCB. Ideal applications include railways, power generation, and medical.

Features

  • High-temperature resin, high-temperature compatibility
  • Meets DIN 41612, IEC 603-2, NFF 16-101/102, EN 45545-2 specifications
  • NFF 16-101/102 and EN45545-2 certified for railway applications
  • 2.54mm and 5.08mm pitch offers adequate spacing for routing a PCB trace
  • Suitable for THR processes
  • Selective loading pattern for contacts improves creepage distance, facilitates custom loading
  • FMLB and LMEB contacts offers grounding flexibility
  • Variety of termination types available
  • Rear plug-up option promotes extended mating applications via shrouds on rear side of PCB

Applications

  • Test and lab equipment
    • Process control
    • Robotics
    • Lighting and displays
    • Energy distribution
  • Medical
    • Imaging
    • Monitoring
    • Analyzers
  • Transportation
    • Off-road vehicles
    • Heavy duty loaders
    • Locomotives
    • Onboard electronics
    • Signaling
    • Industrial

Specifications

  • 2A maximum current rating
  • ≤20mΩ contact resistance
  • ≥106MΩ insulation resistance
  • 1000VRMS test voltage
  • ≤0.94N insertion force per contact
  • ≥0.15N extraction force per contact
  • -55°C to +125°C operating temperature range
Published: 2018-01-10 | Updated: 2024-04-09