1478672-5

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Snap action limit switches are used in a variety of industries, including automotive and aircraft manufacturing, industrial machinery, and electronics. The 1478672-5 model of switch falls into this category. This article will discuss the application field and working principle of the 1478672-5 snap action limit switch.

When it comes to application field, the 1478672-5 switch is well-suited for applications with limited space, such as those found in cramped control panels, machine tools, and motor control boxes. This type of switch is also suitable for applications where high switching speeds are required, such as printing presses, packaging machines, and assembly lines. It is also highly sought after in applications where long service life is expected, such as food processing equipment and airport conveyor belts.

The 1478672-5 switch operates by detecting a physical contact with an object or surface. When this occurs, the switch is triggered, activating an electrical circuit. This is commonly referred to as the "snap action" and is accomplished by a metal leaf spring, which moves rapidly and with a large force in response to the switch being triggered.

The working principle of the 1478672-5 switch involves a combination of mechanical and electrical components. The main components of the switch include a coil spring, an actuator, and a pair of contacts. When the actuator is pressed, it causes the pushing of the coil spring, which in turn causes the contacts to close, thus completing the electrical circuit. The contacts remain closed until the actuator is released, at which point the contacts return to the open position.

In conclusion, the 1478672-5 snap action limit switch is suitable for a variety of applications, where it is expected to enable high-speed switching and long service life. Its working principle involves the combination of mechanical and electrical components, which enable it to detect physical contact and switch an electrical circuit.

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