823-22-014-10-000101

Rectangular Connectors - Spring Loaded come in a wide variety of sizes, shapes and configurations. The 823-22-014-10-000101 is a spring loaded, rectangular connector with two-piece contacts. It is designed for use in power and signal applications, and is available in a variety of colors, materials and ratings.

The 823-22-014-10-000101 spring loaded, rectangular connectors feature a contact spring and lead frame assembly that works together for optimal electrical performance. The contact spring provides a positive electrical connection that provides a large contact area while preventing contact material from migrating into the cable jacket. The lead frame assemblies are designed for low contact resistance and minimal connector distortion, allowing for reliable high-volume power and signal performance.

The 823-22-014-10-000101 spring loaded, rectangular connectors are designed for use at high temperature and voltage ratings. They are rated up to -30 degrees Celsius for extreme temperature applications. The connector also features a robust construction with a reinforced housing to protect against corrosion, shock, vibration, and high humidity. They are also designed to meet IP67 and MIL-DTL-6362E requirements for dust and water resistance.

The 823-22-014-10-000101 spring loaded, rectangular connectors are also designed for ease of use in tight spaces and applications with limited access. They feature a reversible design, which means the contacts can be inserted in either direction, making installation quick and easy. The connectors are also designed to have low insertion and extraction forces, allowing them to be installed and removed in tight spaces with minimal effort.

The 823-22-014-10-000101 spring loaded, rectangular connectors are a highly reliable and versatile solution for a wide range of power and signal applications. Their robust construction, combined with their high voltage and temperature ratings make them ideal for extreme environments. Their reversible design, low insertion and extraction forces, and dust and water resistance make them ideally suited for tight spaces and applications with limited access.