WLCA2-TC-N

WLCA2-TC-N is a type of snap action limit switch with a wide range of applications. It is a two-stage single-pole switch featuring two independent and mechanically interlocked contact systems, both with spring-loaded action. The first stage of the switch is activated when the mechanical action is sufficient to open the first contact and trips the second. The superior features of this model make it suitable for a variety of applications, especially in industrial automation.

Features of WLCA2-TC-N

The WLCA2-TC-N snap action limit switch has several useful features and advantages. It has a superior accuracy and repeatability. Its snap action when activated guarantees high precision and reliability across many different applications. It also has a good resistance to shock, vibration, and electric arcs. This makes it suitable for tough industrial applications. Finally, its wiring is flexible, with the option of using either 11/22 AWG solid or stranded wire.

Applications and Working Method of WLCA2-TC-N

With its superior features, the WLCA2-TC-N snap action limit switch is used in a range of industries, including manufacturing, process control, mechanical engineering, automation and robotics, to name but a few. Examples of its applications include motion control, speed monitoring, load monitoring, position control, and over-travel prevention.

Being a two-stage contact system, the WLCA2-TC-N works as such: When the first stage of contact is activated, it causes the second contact to open. This opens the electrical circuit and interrupts the power flow. This interruption of the circuit can either be used to stop the process or start a different one. The switch is designed to reset the circuit when the mechanical action is reversed, allowing the process to restart the cycle again.

Conclusion

The WLCA2-TC-N snap action limit switch is an invaluable tool in the industrial sector, where its superior precision, accuracy, and repeatability make it an ideal choice for a variety of applications. With its ability to reset the circuit when it is reversed, its flexible wiring, and its good resistance to shock, vibration and electric arc, this switch is an easy and economical way to ensure process control and over-travel prevention.