WLGL-TC Switches

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Introduction

WLGL-TC (Wireless Limit and Guard Lock-Transponder Control) is a wireless limit switch that works together with a series of transponder to provide remote control. This device is suitable for applications where remote control and feedback are needed, but no wiring is available. The WLGL-TC is also a very reliable and cost-effective way to provide remote control and feedback since it does not require any wiring for installation.

Snap Action, Limit Switches Application Field and Working Principle

Snap action, limit switches application fields include medical device, automotive, military, aerospace and other industrial applications. Snap action, limit switches are typically configured to control the operation of electrical components such as motors, relays, and other loads. In simple terms, they are used to activate or deactivate an electric motor, an abstraction system, and/or a light when a limit of a component is met.

Snap action limit switches work by responding to a physical input with an electrical output. For example, when a user pushes down on a plunger switch, the electrical contacts of a limit switch close. Similarly, when a user pulls up on a toggle switch, the electrical contacts of a limit switch open.

In more technical terms, when the actuator of the limit switch moves, a set of spring loaded contacts open and close. Depending on the type and model of the switch, the contacts can be either normally open or normally closed. When the limit switch reaches a certain limit, these contacts will trip, causing an electrical signal to be sent to the controlling system.

A limit switch is composed of an actuator arm and a sensing element. The sensing element is usually a set of two metal plates that form a contact when they are in contact with each other. As the actuator arm moves, the two metal plates will come into or out of contact with each other, causing the contacts of the limit switch to open and close.

When the limit switch is connected to an electrical circuit, the electrical connections that result from the contact between the two metal plates will cause current to flow, resulting in an electrical output. This output can then be used to control other components in the system, such as motors or relays.

In addition to detecting whether or not the limit has been reached, snap action, limit switches can also be used for a variety of other applications. For instance, limit switches can be used for controlling the speed of motors. By adjusting the speed of the motor, different speeds can be achieved, depending on the application.

Conclusion

The WLGL-TC is an innovative limit switch that works together with transponder devices to provide remote control. It is a great solution for applications that require remote control and feedback, but lack the wiring for traditional limit switches. This device is reliable, cost effective, and can be used for a variety of applications. Whether it is used for controlling the speed of a motor, for controlling an abstraction system, or for any other purpose, the WLGL-TC is sure to be a great addition to any project.

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