1.15108.9810000

Pushbutton switches have been in use for many years in all sorts of settings. From industrial settings to home electronics and beyond, these devices are relatively simple, compact and widely used to control the flow of electricity and other types of current. In this article, 1.15108.9810000 application field and working principle, of pushbutton switches will be discussed.

1.15108.9810000 Application Field

Pushbutton switches can be used in a variety of applications. The most common usage is in control systems, as they are often used as control panels or as control elements in larger systems. They can also be used to control the flow of current in various electrical circuits, such as for example, the starting and stopping of motors. In addition, they can also be used to activate or deactivate lighting or other accessories.

Other applications for pushbutton switches include security systems, medical equipment, doorbells, elevator control, and automotive switches. All of these applications encompass a wide range of industries and they all rely on the use of a pushbutton switch to open and close circuits.

1.15108.9810000 Working Principle

The working principle of a pushbutton switch is quite simple. When a button is pressed, a metal armature, or plunger, is pushed down, which in turn moves a set of electrical contacts. This motion closes the circuit, allowing electrical current to flow.

When the button is released, the metal armature or plunger is pushed back up, which in turn moves the contacts so that they are no longer touching. This breaks the circuit and stops the flow of electricity. In this manner, the pushbutton switch can be used to control the flow of electricity.

Conclusion

Pushbutton switches are simple and effective devices used in many industries to control the flow of electricity. They can be used in control systems, security systems, medical equipment, doorbells, elevator control, and automotive switches. The working principle of pushbutton switches is quite simple: when the button is pressed the circuit is closed, and when the button is released the circuit is no longer closed and the flow of electricity is stopped.