The OBD2 16-Pin Male Handle Housing is a complete connector shell designed for automotive diagnostic applications, manufactured to J1962M specifications. This housing assembly features an integrated ergonomic handle that provides superior grip compared to standard plug designs, making it significantly easier to insert and remove diagnostic connectors in confined under-dash spaces .
The 'gourd' or 'hoist' handle design is specifically engineered to improve user experience by extending the grip area and providing a more secure hold during diagnostic sessions . This is particularly valuable for professional technicians who perform frequent diagnostic connections throughout the workday.
Key Features
Ergonomic Handle Design
The integrated handle housing significantly improves the plugging and unplugging experience . Unlike standard OBD2 connectors that can be difficult to grip in tight spaces, this design provides a larger surface area for a secure hold, reducing the risk of accidental damage to both the connector and the vehicle's diagnostic port.
J1962M Standard Compliance
Manufactured to meet SAE J1962 OBD-II specifications, this connector ensures universal compatibility with all OBD2-compliant vehicles and diagnostic equipment . The 16-pin configuration supports all standard OBD2 protocols including CAN, ISO9141, and K-Line.
Durable Construction
The housing is constructed from automotive-grade ABS or PA66 (nylon) engineering plastics, offering excellent resistance to high temperatures, chemicals, and corrosion . This ensures long-term reliability in workshop and field environments. The plug contacts feature silver or nickel plating for reliable signal transmission .
Versatile Applications
This connector housing is suitable for a wide range of OBD2 applications:
- Diagnostic tool manufacturing (ELM327 interfaces, code readers, scan tools)
- CAN bus diagnostics and data acquisition
- GPS tracking device integration
- Custom OBD2 cable assemblies and adapter fabrication
- HUD display and performance monitor connection
