KB25SKW01-12-CC

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Pushbutton Switches

A pushbutton switch is a type of switch which is used to control the state of an electrical circuit. It is usually a single pole and double throw (SPDT) switch, which gives two switch positions - one each for the on and off states of the circuit. Pushbutton switches are widely used in home, industrial, and commercial applications, such as lighting systems and security systems.

KB25SKW01-12-CC Application Field

The KB25SKW01-12-CC series pushbutton switches are most commonly used in alarm systems and home automation. The series is made specifically for installation in corridors and hallways, providing a convenient and secure way to control lights and alarms in the area. Other applications include door locks, asset tracking, lighting, and security systems.

KB25SKW01-12-CC Working Principle

Pushbutton switches like the KB25SKW01-12-CC use an electric mechanism to control the relay that changes the state of the circuit. When the switch is pressed, it completes the circuit and creates electrical current that is sent to the relay, which in turn changes the state of the circuit to the desired setting. When the switch is released, the circuit again breaks, and the device is turned off.

Besides the physical mechanism, pushbutton switches also come with a variety of features. For example, the KB25SKW01-12-CC series is designed to be vandal-proof, meaning that it is difficult to tamper with or damage the device. It also has a low power draw, allowing it to be used for longer periods of time without draining too much power from the circuit.

Conclusion

In conclusion, pushbutton switches are versatile devices used for controlling electrical circuits. The KB25SKW01-12-CC series of switches is specially designed for use in corridors and hallways, providing an easy and secure way to control lights and alarms. The series comes with a variety of features, including being vandal-proof, and having a low power draw to ensure that it can be used for extended periods of time without draining too much power from the circuit.

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