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Pushbutton Switches is one of the most popular applications in the world. It consists of a button, lever, or rotary switch, and it is typically used for controlling or activating a machine or an electrical device. Pushbutton Switches have been around for centuries and are used in many different sectors, such as manufacturing, military, engineering, and medical.

The working principle of Pushbutton Switches is relatively simple and straightforward. When a user pushes the button or lever, it will cause a contact to close. This contact is typically connected to a circuit and when the contact is closed, energy flows and the circuit is completed. This type of switch also features a "reset" button which is often a spring-loaded plunger that can be pressed to reset the switch.

There are several different types of Pushbutton Switches, including regular, semi-automatic, and automatic switches. Regular Pushbutton Switches are typically single pole, double throw, or triple pole and feature a lever or button. Semi-automatic Pushbutton Switches feature two contacts; one that closes the circuit when the button is pressed and one that opens the circuit when the button is released. These switches are usually used for repetitive tasks where precise settings are needed such as on/off control of devices or machines.

Automatic Pushbutton Switches are similar to semi-automatic switches but with an additional contact. When the button is pressed, a contact closes the circuit and another contact is opened. This means that the switch will maintain its circuit even after the button is released. This type of switch is used in safety applications that require a constant and precise control of settings.

Regardless of the type of Pushbutton Switches, their working principle and application fields remain the same. These switches are versatile and reliable and can be used for a wide variety of applications, from controlling machines to controlling electrical devices. Pushbutton Switches are widely used in fabrication, robotic automation, manufacturing, engineering, and medicine and are virtually indispensable in many different sectors.

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