311SM23-H2

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Snap Action, Limit Switches are an important component in many industries and applications. The 311SM23-H2 is one example of a Snap Action, Limit Switch which is specifically designed for high-impact and high-frequency applications. This article will discuss the application field and working principle of the 311SM23-H2.

The 311SM23-H2 Snap Action, Limit Switch is suited for a wide range of applications, including those with extreme temperatures, high-impact and high-frequency. Its environmental protection rating and construction make it resistant to shock, dust and water spray, making it ideal for industries with hazardous and extreme working environments, such as the petroleum and chemical industries. It is also suitable for use in industrial machinery, automation systems, and electronic instrumentation.

The 311SM23-H2 Snap Action, Limit Switch has a robust construction and design, with a life expectancy of up to 10 million operations. It is designed with an adjustable operating force, varying from 0.4N to 3.1N, and a rapid operating speed of 0.1 second. It is also equipped with a high-level contact gap, allowing a contact gap up to 1mm in low-level applications.

The 311SM23-H2 Snap Action, Limit Switch works on a snap action principle. When it is actuated by the movable mechanism, the limit switch snaps open, instantly breaking the contact between the contacts. When the movable element is released, the switch snaps closed, and the contacts reconnect, completing an electrical circuit. This switching action is repeatable and reliable, ensuring accurate and reliable control of the electrical circuit.

The 311SM23-H2 Snap Action, Limit Switch has proven itself to be a reliable and reliable component in many industries, especially those with hazardous and extreme working environments. Its unique design and construction makes it resistant to shock, dust and water spray and ensures the reliable performance of the switch, even in the most demanding of environments. Furthermore, its adjustable operating force and rapid actuation speed make it versatile and suitable for a wide range of applications, making it the ideal component for industrial machinery, automation systems and electronic instrumentation.

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