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Snap Action switches, otherwise known as Limit Switches, are mechanical switching devices that use a physical actuator and a set of contact points to change the electrical state of a system. They are typically used to control an electrical circuit, such as an alarm system, lighting, motors and more.

The primary function of Snap Action switches is to detect an object or motion, which triggers an electrical circuit to be energized or de-energized. As long as the object or motion is detected, the electrical circuit remains activated.

The operation of snap-action switches is dependent on the movement of a small lever, also known as a snap-action actuator. This lever is connected to a group of contacts that open or close the circuit depending on the direction of the movement. When the actuator is moved in one direction, the circuit stays open, and when it is moved in the opposite direction, the circuit closes.

There are two basic types of snap-action switches: single-pole and double-pole. Single-pole switches feature only one contact, while double-pole switches feature two contacts. Both types of switches can be open or closed depending on how the actuator is configured.

Snap-action switches are typically used in applications where quick and reliable switching is important. They are particularly useful in automation and robotics, as they provide a fast and efficient way to control the flow of electrical current in a circuit. They can also be used to control motors, lighting systems and other electrical components.

Snap-action switches are also used in many industrial applications, such as machine tools, process control, conveyors and material handling systems. They provide a reliable and repeatable way to achieve precise positioning and operation of machinery by controlling mechanical components.

Snap-action switches are simple and reliable devices that are used in a variety of applications. They are used to detect objects or motion, provide reliable switching, and control electrical current in a circuit. They are especially beneficial in automation and industrial applications, where precise control and reliable switching is essential.

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