6HM7-6

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Part Status:	Active

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Snap Action, Limit Switches

Snap action, limit switches are among the most popular electrical switches. They are used in many applications to turn on, off, or regulate the flow of electricity. The 6HM7-6 is one example of a snap action limit switch. This article will discuss the application field and working principle of the 6HM7-6 switch.The 6HM7-6 switch is a simple and reliable switch with many applications. It consists of a switch body containing two contacts, an actuator and a light spring element. When the contact is pressed, the actuator is pushed on the contact. This produces a snap action, which activates the switch to make or break the circuit.Due to its unique design and reliable operation, the 6HM7-6 is used in a variety of industrial applications. It is often used in industrial machinery and plant systems as a safety device. It is commonly used as a power switch, an emergency shutdown switch, and a limit switch. It can also be used to detect the presence of components, monitor the state of machinery, and reduce power usage.The 6HM7-6 works on the principle of a lever and gear mechanism. When the contact is pressed, the actuator and the lever move the gears of the mechanism. This causes a snap action, which forces the switch to make or break the circuit. The switch is designed so that it can be operated with a finger, or with a manual or motor operated switch.It is important to note that the 6HM7-6 is designed to operate with a maximum current of 15Amp and a voltage of 110-230 VAC. It is also designed for a mechanical and electrical lifetime of 10+ million cycles. The 6HM7-6 can be operated manually or with a motor switch, depending on the application.To sum up, the 6HM7-6 switch provides reliability and ease of use in a wide range of industrial applications. It has a unique design and operates on a lever and gear mechanism. It is designed with a maximum current of 15Amp and a voltage of 110-230 VAC. It can be used as a safety device, to detect the presence of components, and to reduce power usage.

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