CFPB-1CC-1G6W

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The CFPB-1CC-1G6W is a pushbutton switch designed to provide a tactile and perceptible response when pressed. It is designed to be used in various applications, such as audio and visual equipment, alarm systems, lighting systems, medical and industrial equipment, and home control and automation systems. The switch is a single-pole, single-throw (SPST) configuration, which means that it will remain open when not in use and close when actuated. It is typically rated for 10A, 250V AC and it meets regulatory and safety standards such as UL, VDE, RoHS, and ENEC.

The design of the CFPB-1CC-1G6W is relatively simple, consisting of a metal actuator, a plastic housing, a printed circuit board (PCB), and two copper contacts. The actuator is designed to allow a user to easily depress the switch, and it is protected from damage by the housing. The PCB is where the two copper contacts are located, and when the actuator is depressed and the contacts are closed, an electrical signal is sent. This signal can then be used to control or activate other electrical components or systems.

The working principle of the CFPB-1CC-1G6W is relatively straightforward. When the actuator is depressed, the two copper contacts come into contact with each other, thus completing the electrical circuit. This typically triggers a signal that can be used to control other electrical components or systems. The CFPB-1CC-1G6W is a normally open switch, so when the actuator is not depressed, the contacts are open and no signal is sent. However, some models may also be available in a normally closed configuration.

The CFPB-1CC-1G6W is a pushbutton switch designed for use in a variety of applications. It is a single-pole, single-throw configuration, and it is typically rated for 10A, 250V AC. Its working principle is relatively simple, consisting of two contact points that are completed when the actuator is depressed. This allows for a tactile and perceptible response when the switch is actuated, and an electrical signal is then sent that can be used to control other electrical components or systems.

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