LCMAX95-16-L

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The LCMAX95-16-L is a type of terminal rectangular connector, a type of device used in order to securely join two wires or electronic components together. It is primarily used in high-volume automated applications where faultless joining of components is essential in order to ensure the correct functioning of the systems being connected. Given the precision and reliability of this connector type, it can be used in a wide range of applications and working environments.

The name LCMAX95-16-L terminates in the ‘L’ designation, to denote the low-force strain spring. The ‘95’ refers to the contact size of 9.5 mm, whilst the ‘16’ is an indication of the total number of positions, 16, by which the connector can be used. The ‘L’ stands for the low-force spring which ensures error-free and stable contact between components.

Application fields of the LCMAX95-16-L connector

Given its quality and performance level, the LCMAX95-16-L terminal rectangular connector is especially useful when used in applications with tight space constraints, and negative wire-to-wire torques. With its high insulation, waterproof and vibration-proof properties, this device can be used in extreme conditions such as in automotive, industrial, and military applications. The connector is also especially suitable for use in perfect performance sealing applications as the gasket boot provides a complete sealing between parts.

The LCMAX95-16-L can also be used in applications such as gas-solid separation, in which the total amount of air that passes through the connector is restricted, and automated processing equipment. The air circulation hole between sockets and insulators in high-speed automated applications can be filled and sealed with foam or sealant, improving the efficiency of this process.

The working principle of the LCMAX95-16-L connector

The operating principle of the LCMAX95-16-L terminal rectangular connector is quite straightforward. It comprises of three parts: the main body of the connector, the contact holder and the contact pin. Two open, ladder-shaped contact pins on the contact holder’s terminal sockets face the connector body and form low force spheric electrical connections. A layer of protective insulation also surrounds the contact pins.

In order to establish a connection, the contact pins are pushed upward into the contact holder and the terminal sockets. The electrical connection between two pins is completed by the ‘latching’ pressure of the contact holder, which firmly holds the contact pins in place. The contact pins are locked in place using a robust latch mechanism, which is proof against breaks, loose connections and mechanical vibration.

The latching mechanism also prevents the contact pins from being pulled out unintentionally, ensuring that the connection between the two parts remain intact. Furthermore, the differential between the front and rear terminal design ensures that it will continue working even when the mechanical contact point does not fully connect.

Conclusion

The LCMAX95-16-L terminal rectangular connector is an ideal solution for high-volume automated applications. It is easy to use and ensures reliable connections even in extreme working conditions. Its low-force strain spring, latching mechanism and robust construction make it a highly reliable and efficient product for a variety of applications, including gas-solid separation and automated processing equipment.

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