Value Collection BDDTM066S Dtm Series Plug Connectors

Product Description

The VALUE COLLECTION BDDTM066S is a set of DTM Series plug connectors used in automotive wiring and electrical connection applications. DTM Series connectors are designed for reliable mating in demanding environments where secure, low-resistance connections are required. This pack contains 10 individual plug connector components, making it suitable for bench stock, fleet maintenance operations, or technicians who service multiple vehicles or equipment systems at one time. Electricians and automotive service professionals working on wiring harnesses, control modules, and sensor circuits will find these connectors appropriate for standard DTM Series applications.

These DTM Series plug connectors are used in automotive, light truck, and equipment wiring harness assemblies. Typical applications include connection points for sensors, actuators, and low-voltage control circuits. The pack quantity of 10 supports service environments where multiple connector replacements or new harness builds are performed in a single work session.

Key Features

• DTM Series plug connector design for automotive and equipment wiring applications
• Pack of 10 units per package for efficient bench stock and fleet service use
• Compact form factor suited for harness assemblies in tight installation spaces
• Compatible with standard DTM Series mating receptacles and contacts

Compatibility

Designed as an OEM-style replacement and new-build connector for automotive and equipment wiring harnesses using the DTM Series connector platform.

Installation Notes

Installation is typically performed by automotive technicians or electricians during wiring harness repair or new harness assembly. Disconnect the vehicle battery or isolate the relevant circuit before servicing any connector in a live wiring system. Use the appropriate DTM Series crimping and extraction tooling to seat contacts properly and avoid terminal damage. Verify connector seating and locking before returning the circuit to service.