Value Collection BDMPWP2S Dtp Series Wedgelock 2-pack

Product Description

The VALUE COLLECTION BDMPWP2S is a DTP Series Wedgelock automotive terminal component sold in a pack of two. Wedgelocks are secondary locking devices used in multi-pin automotive connector assemblies to secure terminal pins in place and prevent back-out under vibration, heat, and mechanical stress. These components are a standard part of connector service and repair workflows for automotive, fleet, and heavy-equipment electrical systems. Technicians press wedgelocks into the rear of the connector housing after terminals are seated, providing a positive lock that supplements the primary retention lance.

Wedgelocks in the DTP Series are suited for use in high-current automotive and off-highway connector applications where terminal retention is critical. Typical installation scenarios include connector repair on diesel engines, agricultural equipment, construction machinery, and automotive wiring harnesses. Electrical technicians and fleet maintenance professionals are the primary installers of these components during connector rebuild or harness repair tasks.

Key Features

• DTP Series wedgelock design for secondary terminal retention
• Prevents terminal back-out under vibration and mechanical load
• Pack of 2 units per order for connector pair servicing
• Compatible with multi-pin DTP Series connector housings
• Lightweight component suited for tight connector body clearances

Compatibility

Designed as a replacement or service wedgelock for DTP Series multi-pin automotive connector assemblies. Consult the connector housing documentation to confirm fitment before installation.

Installation Notes

Installation is performed by qualified automotive or fleet electrical technicians. Disconnect and de-energize the circuit before servicing any connector assembly. Seat all terminal pins fully in the connector housing before pressing the wedgelock into position. Do not force the wedgelock if resistance is felt, as improper terminal seating is typically the cause and forcing may damage the housing or terminals.