HARWIN H31 Discrete Socket Female 2A Current, Vertical Orientation, 16.51mm Length H317501

HARWIN H317501 Discrete Socket is a female contact socket designed for electronic and electrical applications requiring a current rating of 2 amperes. The socket belongs to the H31 series and features a compact subminiature wrap design, making it ideal for miniature assemblies and wire wrap terminations.

The vertical orientation and 16.51mm length facilitate easy installation on printed circuit boards, while the use of beryllium copper alloy for the contact ensures excellent electrical conductivity and mechanical strength. The gold plating on the contacts protects against corrosion and enhances signal reliability, especially in vibration-prone environments.

This discrete socket is compliant with RoHS standards, aligning with environmental and safety regulations in electronics manufacturing.

Applications for the HARWIN H317501 include industrial electronics, telecommunications equipment, instrumentation, and control systems where secure and durable wire wrap connections are required.

Manufactured in the United Kingdom, this product assures high quality and consistent performance for professional and industrial use. It supports small form factor electronic designs where space and reliability are critical.

This Discrete Socket features a female gender contact suitable for wire wrap termination. It supports a continuous current rating of 2 amperes ensuring reliable electrical connections. The contact material is made from a Beryllium copper alloy providing superior conductivity.

The contact plating uses gold to enhance corrosion resistance and conductivity. The socket series is H31 with a vertical orientation designed for compact PCB applications. This product complies with RoHS standards for environmental safety.

Manufactured in the United Kingdom ensuring high-quality European standards. Explore more electronic components and connectors in the EnvMart catalog to find complementary products for your assembly and manufacturing needs.