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Pushbutton Switches

YB26RKW01-5F12-JB is a pushbutton switch used for controlling various electrical circuits. It has many applications in both industrial and commercial industries. The switch works by creating a temporary break in the circuit when it is pressed, and then restoring the electrical connection when it is released.

Application Field

Pushbutton switches are used in a wide variety of applications, including controlling power to electrical motors, controlling lights and other appliances, controlling the speed of fans and pumps, and controlling the operation of heating and cooling systems. They are also used in computers, security systems, and various other electronic devices. In each application, the pushbutton switch is used to control the power to the device or system, and the switch is typically mounted in a panel or box.

Working Principle

The working principle of the YB26RKW01-5F12-JB pushbutton switch is fairly simple. When the button is pressed, a momentary break is made in the circuit, and when it is released, the electrical connection is restored. This type of switch is known as a dry contact switch, because it is not actually making contact with an electrical current. Instead, the switch is using two contacts which separate and come together when the button is pressed. The design of the pushbutton switch allows it to operate without the need for an external power supply.

The YB26RKW01-5F12-JB pushbutton switch is designed with two different contacts. The contacts are often referred to as “normally open” and “normally closed”. When the switch is in the "normally open" position, it is not sending any power to the connected device. When it is in the "normally closed" position, it is sending power to the connected device when the button is pressed.

The YB26RKW01-5F12-JB pushbutton switch is an incredibly versatile device, and can be used in numerous applications. They are often used to control motors, lighting, and other electrical devices, and are typically mounted in a panel or box. The switch is extremely reliable and efficient, and is capable of providing precise control over electrical circuits.

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