AMP+ HVA 1200 High-Voltage Interconnection System
High performance interconnection system for safe and reliable connection between the charging interface, the onboard charger and the battery.
High-performance interconnection system for next-generation electrified vehicles. AMP+ HVA 1200 high-voltage (HV) interconnection system represents a significant addition to TE Connectivity’s (TE) range of HV connectors for hybrid and all-electric vehicles. With a voltage rating of up to 1,000 VDC and a current carrying capability of 100 A at 85°C, the HVA 1200 connector system is specifically designed to ensure a safe and reliable connection between the charging interface, the on-board charger and the battery.
The system features a header and two plugs for both straight and right angle connector applications. At its core is a newly designed PCON 12 high-power terminal supports a total wire range from 5.0 mm2 to 16.0 mm2 (or 10.0 mm2 to 16.0 mm2 for LV216-2 compliance).
For maximum flexibility, the single header can be mated with 90- or 180-degree plugs. The system features an integrated HV interlock and critical built-in touch-safety in line with IEC 60529 IP2XB and UL finger protection standards.
Typical Application
Learn more by watching the video below
HV interconnection from charging interface to on-board charger to battery.
Highlights at a Glance
Connector Side
- Voltage level up to 1,000 VDC
- Current carry capability up to 100 A at 85°C
- Compact packaging for class 2 and 3
- Temperature range -40°C to 125°C
- 360° Shielding
- Water tightness mated IP6K9K; IP67
- 90° and 180° plug versions available
- Single header for 90- and 180-degree plugs
- Flammability protection V0
- Optional HVIL
Terminal Side
- Wire range: 5.0 mm2 (or 10 mm2 per LV216-2) to 16.0 mm2
- 100 A at 85°C on 16 mm2
- Mating direction: 90° and 180°
- Contact points: 28
- Contact force: approx. 3.3 N
From the charging point, to the battery, to the e-motor, TE Connectivity offers end-to-end high-voltage connectivity solutions for next generation, sustainable mobility.
