2134161-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Spring Loaded is widely used in a variety of electrical applications such as industrial, automotive, military, and aircraft applications. The 2134161-1 application field and working principle are part of the family of spring loaded connectors. This type of connector is well known for its dependability and ease of assembly.

A spring loaded 2134161-1 connector consists of a housing that contains electrical contacts and a rectangular shell. The contacts are enclosed in a housing with a rectangular cross section. Typically, the contacts are made of steel, brass, copper, aluminum, or a combination of metals. The contacts are designed to be crimped onto the mating external conductor, making the connection secure and preventing any interruption in the flow of current.

The primary purpose of the 2134161-1 connector is to provide a reliable and safe connection between two or more electrical circuits. The mating shells, or ‘pins’, are designed to fit into the housing and securely latch into a locking mechanism. This ensures the connection is maintained even if the two components are pulled apart. In addition, the contacts form a tight seal to minimize the risk of any moisture ingress and to protect the connection from vibration or other external forces. The spring loaded design of the connector ensures a consistent contact pressure even when the components are moved around, thus improving electrical performance.

The 2134161-1 application field and working principle don’t stop at just the physical connection between two or more circuits. These connectors are engineered to provide strain relief to a wire or cable strain. This prevents the wires or cables from being cut or frayed, and helps to maintain a stable connection even in the event of an unexpected strain on the electrical circuit. Furthermore, the connectors are designed to withstand the rigors of harsh environments, and are corrosion, shock, and vibration resistant.

The production process for these connectors is typically done using one of two methods. The first is the cold forming method, which involves the use of a die in order to punch out the various elements of the connector from raw material. This method is very precise and typically produces parts with exacting dimensions. The second method is the stamping process, which is used to quickly and accurately produce connectors with complex shapes. The stamping process is usually done with a press and is used to punch holes into the material in order to form all aspects of the housing and contacts.

The 2134161-1 application field and working principle provide a dependable and cost-effective solution for connecting two or more electrical circuits. This type of connector is versatile and can be used in a variety of industrial, automotive, military, and electronic applications. Furthermore, they are designed with robust construction and are resistant to a range of environmental conditions. The production process for these connectors is usually completed in a matter of minutes, making them one of the most time-efficient connectors available.

The specific data is subject to PDF, and the above content is for reference