WLG2-RP60-N 10M

Snap Action, Limit Switches: WLG2-RP60-N 10M Application Field and Working Principle

The WLG2-RP60-N 10M snap action, limit switch is an electromechanical device designed for use in automated systems, such as doors, elevators and security systems, making it a popular choice for many applications. It is a wear-resistant switch and is mounted on a mechanical actuator. This actuator is able to control the contact state of the switch when it reaches its limit.

The WLG2-RP60-N 10M snap action, limit switch consists of two parts; the actuator and the contact.

Actuator

The actuator is the part of the switch that is controlled by the user. It is made up of an arm that is connected to the base of the switch. When the user moves this arm, the base then moves too. This movement is translated into electrical signals which will then be sent to the contact inside the switch.

Contact

The contact is the main part of the switch and is made up of two flat electrical contacts. When the actuator is moved, the switch will close when the two contacts are pressed together. The contacts are usually made from copper or alloy, depending on the application.

Application Fields

The WLG2-RP60-N 10M snap action, limit switch is designed for use in automated systems, such as doors, elevators and security systems. It is also used in industrial machinery, such as machine tools, packaging equipment and conveyor systems. It is also used in electronics and computer control systems.

Working Principle

The WLG2-RP60-N 10M snap action, limit switch works by detecting when a certain point has been reached on the device or system. When the actuator is moved, the electrical contacts inside the switch will close, sending a signal to the control system. This signal is then used to control the system and can be used to trigger an action or set off an alarm. This makes it very useful in automated systems.

In conclusion, the WLG2-RP60-N 10M snap action, limit switch is a valuable and powerful tool for automated systems. It consists of two parts; an actuator and a contact. It is designed for use in doors, elevators and security systems, as well as industrial machinery and electronics. Finally, it works by detecting when a certain point has been reached on the device or system, and sending a signal to the control system.