TE Connectivity HC-STAK 25 XE High-Voltage Interconnection System

TE Connectivity's (TE) HC-STAK 25 XE High-Voltage Interconnection System provides enhanced power delivery and flexible packaging for next-generation electric vehicles (EVs) and hybrid EVs (HEVs). The HC-STAK 25 XE series builds on a proven architecture with extended performance and ergonomic improvements, featuring a layered fork terminal system with up to 40 independent contact points. Additional features include flexible cable routing, vibration-resistant construction, and a shielded, sealed, and touch-proof design. This system provides higher current capacity, supporting up to 296A continuous with 70mm2 conductors at +85°C. TE HC-STAK 25 XE High-Voltage Interconnection System offers a compact footprint to save space and is optimized for mid-power applications.

Features

  • Ergonomic, service-friendly design - cam-driven lever and front-facing CPA improve handling and accessibility
  • Higher current capacity
  • Optimized for mid-power applications, bridging the gap between standard and high-performance systems
  • Flexible cable routing, optional bidirectional cable routing allows 180° plug rotation to simplify installation
  • Modular contact system with up to 40 fork-style contacts per circuit ensures consistent power delivery and scalability
  • Low connector system resistance - optimized contact architecture and ultrasonic welding support efficient energy transfer
  • Shielded, sealed, and safe - touch-proof with IP2XB, IP67, and V0 flame resistance for high-voltage environments
  • Vibration-resistant construction designed to withstand mechanical and thermal stress
  • Compact footprint delivers high current in space-saving package ideal for modern xEVs

Applications

  • Inlet to battery
  • Battery to inverter
  • E-motors
  • Power distribution

Specifications

  • Up to 1000VDC voltage rating
  • Up to 296A at +85°C (70mm2) current rating
  • 55mm2 or 70mm2 wire size
  • 2.5mm double-ended fork terminal type
  • -40°C to +125°C operating temperature range

Exploded View

Comparison Chart

发布日期: 2026-06-29 | 更新日期: 2026-06-29