GE 17FM467D1 Socket Contact

Configured for power and control signal termination in Mini-Universal MATE-N-LOK assemblies, the GE 17FM467D1 (17FM467D1 Socket Contact) provides direct physical/electrical execution. The socket contact accepts stranded wire conductors ranging from 20 to 16 AWG (0.5 to 1.5 mm2), establishing a high-current path within control wiring harnesses and field panel interconnects. Through precision crimp termination, the contact secures gas-tight mechanical retention while maintaining uniform electrical conductivity.

Hardware Specifications

Backplane Bus & Deterministic I/O Density Scaling

Engineered to support high-density I/O distributions and backplane power rails, the socket contact provides continuous current carrying capacity up to 13 A. The underlying brass substrate features a 0.8 um tin plating layer that limits contact resistance and prevents fretting corrosion under low-amplitude vibration profiles.

Proper crimp compression maintains constant normal force against 1.0 mm mating pins, supporting deterministic signal integrity across control cabinets. High contact density scaling within connector blocks remains uncompromised due to rigid terminal retention tabs that prevent contact push-out during mating cycles.

Frequently Asked Questions

Q: What tool specifications ensure correct crimp barrel deformation on 20-16 AWG stranded wire?

A: Installers must use a calibrated ratchet crimp tool configured specifically for the MATE-N-LOK socket insulation and wire barrel dimensions to form a gas-tight mechanical join.

Q: How does the insulation diameter range affect contact retention inside the plug housing?

A: Wire insulation measuring between 2.03 and 2.79 mm ensures that the rear insulation crimp ears wrap securely without distorting the contact locking lances.

Q: Can this socket contact operate continuously at its maximum current rating of 13 A in elevated ambient temperatures?

A: High ambient temperatures require thermal derating; operating near the +105 deg C limit reduces the maximum permissible continuous current load to prevent contact overheating.

Field Installation Guidelines

Strip conductor insulation to the recommended strip length, verifying that individual copper strands remain undamaged and un-twisted. Position the conductor inside the wire barrel and insulation support zone of the 17FM467D1 socket contact.

Execute a complete stroke cycle using an authorized crimp tool to compress both barrels firmly onto the wire assembly. Prior to inserting the contact into the housing cavity, visually inspect the locking lances to ensure they extend outward. Push the socket into the connector block until an audible latching click confirms mechanical engagement.