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Snap actions switches, also known as limit switches, serve a wide range of applications. They are used to stop machinery and regulate speed, as well as to detect position and control temperature. Limit switches are used in manufacturing processes and are used to measure and control the physical properties of a system or device.

A limit switch consists of a contact arm, which moves from side to side when triggered. When the contact arm reaches the switch\'s set limit, it triggers a signal that can shut down machinery or send an alert. The set limit is adjustable and can be adjusted to fit the needs of the application.

Limit switches are generally constructed from plastic, metal, or elastomeric components and are available in many shapes and sizes. The most common type is a snap action switch, which has a contact arm that snaps back and forth as it is activated. This type of switch is usually very reliable, since there is no size adjustment to worry about.

Limit switches are used in many industrial applications and can be found in everything from automated manufacturing systems to air conditioning and heating systems. They are used to control temperature, pressure, speed, position and force. In addition, they are used in safety systems to shut down machinery in event of an emergency.

In manufacturing applications, limit switches are used to regulate speed and measure position. As the contact arm is triggered and moves from side to side, it will send out a signal indicating the speed and position of a machine. The signal is typically used to trigger a relay or solenoid, which will shut off the machine or regulate its speed.

In heating and cooling applications, limit switches are used to measure and regulate temperature. For example, in an air conditioning unit, a limit switch can be set to automatically shut off the unit when it exceeds a certain temperature. This helps prevent the unit from overheating and potentially causing a fire.

Limit switches are also used in safety systems to shut down machinery in event of an emergency. In many industrial processes, failure to shut down the system can lead to serious injury or death. As such, limit switches are essential in protecting workers and preventing costly accidents.

Limit switches can be configured in multiple ways to fit the specific needs of any application. For example, they can be set to snap into place in a certain direction, or to snap back into place after being activated. Additionally, limit switches can be configured to detect movement in multiple directions, or to detect different levels of pressure.

Overall, limit switches are essential components in a variety of applications, from manufacturing to safety systems. They provide reliable, accurate measurement and control in a wide range of systems, and they are relatively simple to install and maintain. Whether it is used to measure and regulate the speed of a machine, or to protect workers and prevent costly accidents, limit switches are an invaluable tool in any industrial setting.

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