PC board connector housings

Housings for PC board connections

Specifically designed to mate with our headers and receptacles, we offer a variety of connector housings.

A wide variety of connector housings are available to mate with our many different PC board headers and receptacles. Select precisely the options you need for your application. Color coding, material options, locking features, keying, and more are offered. Product families include economy power (EP) connectors, Grace Inertia connectors, connectors meeting RAST standards, Positive Lock connectors, signal double lock connectors, MTA connectors, and more. 

Grace Inertia connector
Grace Inertia connector
MTA connectors
MTA connectors

Grace Inertia Connectors

Product Overview

TE's next generation Grace Inertia connectors with 2.5mm pitch, Grace Inertia 2.5, feature advanced design concepts to facilitate more stable, reliable and durable connection. 

RAST Connectors

Product Overview

These 2.5mm and 5mm centerline headers meeting RAST 2.5 and RAST 5 standards are high quality solutions that can help reduce cost for the customer while supporting industrial and appliance safety standards. 

Economy Power (EP) Connectors

Product Overview

Advanced Economy Power (EP) II and EP 2.5 connectors offer more benefits than the proven EP design on which they are based. 

Single Double Lock Connectors

Product Overview

The 2.5 mm [.098”] centerline pitch signal double lock (2.5 SDL) connectors are compact, single row connectors available in both wire-to-wire and wire-to-board configurations. 

Positive Lock Connectors

Product Overview

Positive Lock receptacles are specifically designed to provide ease of assembly and secure retention to mating tabs. These features are attainable by the reduced insertion force of the product and the locking dimple.

MTA Connectors

Product Overview

Mass termination of wires provides the lowest applied cost because it drastically reduces the labor content of virtually any cable or harness assembly required. 

Positive Lock is a trademark.