Pin header socket EFB Elektronik 60319.1

The EFB Elektronik 60319.1 is a straight female pin header connector designed to provide reliable electrical connections in compact electronics. Constructed with attention to contact quality and housing durability, the connector supports consistent signal and power transfer while occupying minimal board or cable space. Its black housing offers a neutral appearance suitable for a variety of device assemblies and wiring harnesses.

Advantages

This straight female pin header offers durable contacts and a compact footprint, enabling secure mating with compatible male pins. The connector’s design emphasizes stable electrical conductivity and mechanical stability to reduce the risk of intermittent connections. Its black insulating housing provides dimensional stability and a discreet aesthetic for visible or enclosed installations.

Suitable for

• PCB-to-cable connections in small electronic devices
• Prototyping and modular wiring harnesses
• Signal and low-power applications where compact connectors are required

Key specifications

• Connector type: straight female pin header
• Housing colour: black
• Mounting style: inline / through-hole or cable-mounted depending on mating arrangement
• Application: signal and low-power electrical connections
• Form factor: compact, space-saving design for tight assemblies

How to use

Install the female pin header by aligning it with the corresponding male pins or mating header on the PCB or cable assembly. Ensure correct orientation before soldering or securing with a retention mechanism to prevent misalignment. For through-hole PCB mounting, insert the connector leads fully through the board holes and perform reliable solder joints. When used in cable-to-board arrangements, confirm that the mating male header matches the pitch and pin layout to guarantee proper engagement and contact pressure.

Recommendations

Verify compatibility of pin pitch and mating connector type before assembly. Avoid excessive mechanical stress on the connector after soldering and keep contact surfaces clean for best conductivity. Use appropriate soldering temperature and duration to protect the insulating housing and ensure durable solder joints.