41SM1-H251

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41SM1-H251 snap action, limit switches find their application in a wide range of industries, such as aerospace, automotive, power, and petrochemical industries. These switches are specifically used in controlling the movement of machinery, and can be installed in different positions and configurations to suit the necessary application.

The 41SM1-H251 snap action, limit switch is a single-pole, double-throw switch with a screw terminal. It also features two outputs: normally closed and normally open. It can be mounted from panel or from stud. This snap switch can be used to detect the position of a machine, and turn on/off a circuit, depending on the way the switch is set. The switch can also be used as an electrical interlock, in order to make sure that movements only happen when the switch is in the right position.

The body of the 41SM1-H251 switch is constructed from a combination of materials, including nickel-plated brass, stainless steel, and stainless steel screws. The switch has a gold-plated contact, which provides high levels of reliability and long life. The arm of the switch is a curved, stamped steel lever, and it is designed to ensure a long-lasting, reliable switch response. The main body of the switch is designed to be easy to install, and it is designed to prevent water and dust from entering.

The working principle of the 41SM1-H251 snap action, limit switch is based on the use of a switch arm and spring-loaded lever. When the arm is triggered, it snaps back against the housing of the switch, activating the switch. This activates a circuit and completes the circuit. The snap action switch is designed to be highly reliable, since it has been tested to operate under both extreme temperature and vibration conditions.

The 41SM1-H251 snap action, limit switch is a reliable, highly durable switch that can be used in a number of industries, including aerospace, automotive, power, and petrochemical industries. It is easy to use and can be mounted from panel or from studs in a variety of configurations. Its main body is designed to be resistant to water and dust, and the switch arm is designed to ensure a long-lasting, reliable switch response. The working principle of the switch is based on the use of a spring-loaded lever which snaps back when the arm is triggered, completing a circuit and providing reliable, highly durable performance.

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