812-22-052-30-005101

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Rectangular Connectors, also known as Rectangular Sockets, are mechanical devices for connecting wires, cables, and other components making up electrical circuits. They are typically employed in a wide range of consumer, commercial, industrial, and military applications. This article focuses on 812-22-052-30-005101 which falls under the category of spring loaded rectangular connectors.

Understanding Spring Loaded Rectangular Connectors

Spring loaded rectangular connectors are made up of two main components: a housing with an externally accessible cavity for inserting pins, and the pins themselves. A basic design of the connector is available in many different sizes and enclosures with similar features.

The housing of the connector is typically thicker than the pins and may spring mount to the housing wall with compression forces, properly securing the pins in the enclosure.

The most common size of the spring-loaded rectangular connector is 812-22-052-30-005101. This is a standard size for many consumer and military applications. The goal of the connector is to electrically connect two separate components while providing superior mechanical stress relief and protection from environmental elements.

Features of Spring Loaded Connectors

Most spring loaded connectors have internal epoxy filled bushings which create an interlock between the pins and housing components. This helps insure that no severe vibration or other external forces cause separation of the pin and the housing wall, resulting in inconsistent electrical connection.

The spring-loaded rectangular connectors also offer a number of special features. One such feature is the “Quick Lock” connector housing, which enables easier installation of the pins and requires no additional hardware to ensure proper installation of the pins.

The housing of the connector typically has a locking ring to secure the pins from any external forces. This ring also has a safety feature that prevents unsecured pins from being inserted. It is very difficult to remove the pins without the appropriate tools. Some versions of the connector also has an anti-vibration feature to help maintain the electrical connection when exposed to excessive vibration.

Application Field and Working Principle

Spring-loaded rectangular connectors are used in a wide variety of applications including consumer, commercial, industrial, and military installations. Typically, the connectors are used to connect wires, cables, and other components in electrical systems. The connectors serve as a reliable and secure connection between two pieces of electrical equipment.

The working principle of the spring-loaded rectangular connector is relatively simple. The pins are inserted into the cavity of the mating component and the locking ring is tightened to ensure proper contact between the pins and the mating component. This ensures that the electrical connection is reliable and holding.

Advantages and Disadvantages

There are several advantages to using spring loaded connectors. One advantage is that the connection is made very quickly; no additional medical devices are needed for installation. Another advantage is that the locking ring ensures that the pins are securely held in place. Finally, most models of the connector have an anti-vibration feature, making them perfect for applications that require a reliable connection in a harsh environment.

One disadvantage of using spring loaded connectors is that they are prone to vibration. If the locking ring is not properly tightened, the pins could eventually slip loose from the housing. In addition, the connectors can be difficult to remove without the appropriate tools. This can be especially problematic in applications where the connector needs to be quickly disconnected and replaced.

Despite the potential drawbacks, the spring loaded rectangular connectors remain an invaluable tool for making reliable and secure electrical connections in a variety of applications. They are relatively easy to install and the locking ring ensures that the pins remain securely held in place. This makes them perfect for applications that require a reliable and secure connection in harsh environments.

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