TE Connectivity HC-STAK 25 HV Interconnection Systems

TE Connectivity's HC-STAK 25 HV Interconnection Systems offer a safer, more reliable connection suitable for connector voltages up to 1000VDC. These systems are specifically designed to meet the increased connectivity requirements of high-voltage interconnection systems for hybrid and all-electric vehicles. The HC-STAK 25 High-Voltage (HV) interconnection systems provide scalable, reliable high-power distribution to each aggregate throughout the lifetime of the vehicle. These systems offer a double-ended fork terminal that provides a low contact resistance arrangement while meeting sealing, shielding, and touch-safe requirements in a very compact package.

The HC-STAK 25 HV interconnection systems provide the flexibility to interconnect with a wide range of conductor cross-sections, geometries, and materials. Typical applications include hybrid and electric vehicle powertrains, HV battery and inverter systems, E-motors, and power distribution.

Features

  • Maintains electrical integrity under rapid acceleration and high-load scenarios
  • Up to 40 double-ended fork contacts per circuit for reliable connections
  • Layered forks can be customized to meet application-specific current requirements
  • Stacked fork contacts flex under stress and are optimized to minimize power loss
  • 360-degree shielding delivers system integrity in highly electromagnetic environments
  • Supports ultrasonically welded single-core Al or Cu conductors for flexibility
  • Meets IP2XB and IP6X9X standards for touch protection and environmental sealing
  • Vibration severity degree 2
  • Automation-ready

Applications

  • Hybrid and electric vehicle powertrains:
    • HV battery and inverter
    • Power distribution
    • E-motor

Specifications

  • Up to 1000VDC voltage rating
  • Up to 247A at 85°C (50mm2) current rating
  • 25mm2, 35mm2, or 50mm2 wire sizes
  • 2.5mm double-ended forks terminal type
  • -40°C to 150°C operating temperature range
Veröffentlichungsdatum: 2026-05-14 | Aktualisiert: 2026-05-15