0.079″ Pitch Automotive Wire-to-Board Connector for EV BMS, Inverters, ADAS ECU, and Automotive DC/DC Converters

0.079″ Pitch Automotive Wire-to-Board Connector for EV BMS, Inverters, ADAS ECU, and Automotive DC/DC Converters

0.079″ Pitch Automotive Wire-to-Board Connector for EV BMS, Inverters, ADAS ECU, and Automotive DC/DC Converters

Product Specifications

Connector SeriesWTB
Pitch2.00mm [.079 in]
Rated Current2A–3A per pin
Rated Voltage50V–100V DC
ContactCopper Alloy
Cross Reference13065

Product Description

The Series Equivalent Automotive Wire Harness Plug Connector is an automotive-grade wire-to-board interconnect system featuring a compact 0.079" (2.00mm) centerline pitch for critical EV powertrain and electronic control units. Engineered as a direct drop-in replacement for IRISO 13065 series plugs, it delivers exceptional contact reliability and signal integrity under severe thermal and mechanical stresses.

Cable Specs & System Interface: Pre-assembled with automotive-grade FLRY/AESSX thin-wall copper wire harnesses or custom ribbon cable assemblies, this harness plug connects directly to the 0.079" pitch IRISO 13065 PCB header. Its integrated secondary lock ensures positive mating retention, preventing wire push-out and accidental disconnection caused by road vibration.

Primary Application Scenarios: Optimized for high-density vehicle systems, this harness plug is extensively deployed in Battery Management Systems (BMS), Automotive Inverters, eAxle modules, ADAS Camera ECUs, Telematics Control Units (TCU), Car Chargers, and Automotive DC/DC Converters.

Key Features

  • Drop-in harness replacement with 0.079" pitch reduces BOM costs for automotive Tier-1 suppliers.
  • Heavy-duty locking mechanism prevents disengagement under intense powertrain vibration.
  • -40°C to +125°C rating guarantees continuous voltage monitoring in EV battery packs.
  • Fine-pitch multi-pin layout saves critical wiring space in front-view camera ECUs.
  • Factory-crimped wire assembly streamlines SMT-to-harness integration in onboard chargers.
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