Value Collection BDWM2P Dtm Series Wedgelock 10 Pack

Product Description

The VALUE COLLECTION BDWM2P is a DTM Series wedgelock designed to secure terminal positions within DTM Series connector housings used in automotive and light-duty vehicle electrical systems. Wedgelocks serve a critical function in multi-pin connectors: once inserted into the connector body, they lock each terminal in place and prevent back-out under vibration, thermal cycling, and mechanical stress. This part ships in a package quantity of 10 units, making it practical for bench stock or small repair jobs. Installation is performed by automotive technicians and electrical systems specialists working on vehicle wiring harnesses.

DTM Series connectors are a widely used sealed connector format in automotive, off-road, agricultural, and heavy equipment wiring applications. The BDWM2P wedgelock fits within that connector ecosystem to complete the terminal retention assembly. It is suited for environments where moisture, dust, and vibration resistance are required. Technicians typically use these during harness repair, connector rebuild, or new harness fabrication in shop and field settings.

Key Features

• DTM Series wedgelock design for positive terminal retention within compatible connector housings
• Prevents terminal back-out under vibration and mechanical load
• Sold in a 10-unit package quantity for bench stock convenience
• Suited for sealed connector applications in harsh or outdoor environments

Compatibility

Designed as a replacement or service-stock wedgelock for DTM Series connector housings used in automotive and equipment wiring harness applications.

Installation Notes

Installation is performed by automotive technicians or electrical harness specialists. Disconnect and de-energize the affected circuit before servicing any connector. Insert the wedgelock into the connector body after all terminals are fully seated, pressing firmly until it clicks into the locked position. Inspect the connector for terminal seating before closing the wedgelock to avoid false lock conditions.