MP0045/1A1GN012

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Pushbutton switches have been used in commercial, industrial and residential applications for decades. They provide an essential function in controlling and regulating circuit electrical pathways, and their use simplifies the process of complex operation, while ensuring user safety. The application field and working principle of MP0045/1A1GN012 pushbutton switch are introduced in detail below.MP0045/1A1GN012 pushbutton switch is a latching switch, providing a maintained contact until the user manually actuates the button once again to release it, or until power is lost. This type of switch is widely used for the purpose of controlling, if not manipulating, drive motors and other similar devices. This type of switch is ideal for applications that require a switch to stay in a definite status until it is manually reset.

The design of MP0045/1A1GN012 switch features stress-resistant terminals and a high-impact contact arm that provide extreme durability and reliable performance. With a breaking capacity of 8A/250VAC, it is a competent component to provide electrical safety in residential and commercial applications. This switch is also UL and cUL recognized, as well as RoHS compliant. The terminals are provided on the rear portion for convenient installation.

The working principle of MP0045/1A1GN012 switch is simple. In an ON state, the actuator presses the flat end of two contact points together. This creates an electrical connection that can be used to regulate or manipulate electrical current through an adjacent device or circuit. When the actuator button is released and the flat ends of the contact points open, the electrical connection is broken and the device or circuit is no longer operational. The switch can then be manually reset when power is returned.

In summary, MP0045/1A1GN012 pushbutton switch is designed for a wide range of commercial, industrial and residential applications. Its features include a stress-resistant terminal and a high-impact contact arm that provide extreme durability and reliable performance, as well as UL and cUL listings and RoHS compliance. Furthermore, its working principle is a simple process of establishing or breaking an electrical connection when power is present or the actuator button is pressed or released. This makes it an ideal component for controlling, if not manipulating, drive motors and other similar devices.

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