821-22-014-10-003101

Rectangular connectors with part number 821-22-014-10-003101 are robust products designed for use in hostile environments. Such connectors, also known as spring-loaded connectors, have high temperature ratings and are resistant to vibration and shock. They are capable of transmitting large amounts of power with minimal voltage drops.

The overall design of these connectors features a pin/socket arrangement that is designed to facilitate plug and play connections. The design of the pin/socket ensures that the pins are retained in the socket even under extreme vibration and shock loads. The connectors are available with a variety of industry-standard mounting styles, such as board-mount, DIN-rail mount, and front panel mount.

The pin and socket connections of this type of connector use spring-loaded contact surfaces that facilitate the insertion and extraction of pin/socket arrangements. The spring-loaded contact allows for maximum contact force, ensuring low resistance and high electrical performance. It also has a self-cleaning action that reduces contact resistance and ensures that connectors remain tightly connected.

The spring-loaded pins on these connectors provide reliable mating, secure connection, and excellent electrical performance. They are also designed to reduce the risk of accidental disconnection caused by vibration and shock. When mated, these connectors form a waterproof seal that helps to protect the circuitry from moisture and dirt.

These rectangular connectors come in various sizes and pin counts. They are also available with coated or uncoated contacts, which provide corrosion resistance and improved performance. The connectors also feature dual polarization so that they will only mate with the correct corresponding connector.

Overall, connectors with part number 821-22-014-10-003101 are designed to provide reliable and secure connections over a wide range of temperatures, shock, and vibration levels. They are designed to provide low contact resistance for large currents and to reduce the risk of accidental disconnection due to vibration or shock. The simple, yet robust design of these connectors makes them ideal for use in a variety of demanding applications.