XER1022-011C3R

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Snap Action, Limit Switches are devices with the ability to turn a circuit on and off. The XER1022-011C3R is a single-pole, double-throw, microswitch-type limit switch designed to control the switching of a circuit on and off. It has a low profile, low force design that makes it ideal for applications where space is limited and reliability is paramount.

This snap action limit switch is available in a variety of mounting configurations, including both threaded and non-threaded. It has a current rating of carry up to 5000A and up to 400V and is designed to handle a wide range of applications, from mechanical to electrical. The switch is designed with a snap-action mechanism that facilitates ultra-fast switching speeds, providing quick and reliable operation.

The XER1022-011C3R is suitable for a range of application fields, including industrial machinery, escalators, electric vehicles, elevators, fuel injection systems, and many more. Its robust construction and advanced design make it a great choice for harsh and hazardous environments. The limit switch is certified to UR, CE and IEC standards, ensuring safe and reliable operation up to its specified maximum ratings.

The XER1022-011C3R has a working principle similar to other snap action limit switches. It consists of a lever, a spring, and a contact. As the lever is actuated, the spring extends or retracts, causing the contact to close or open. The lever is triggered by a physical actuation, such as a push button, lever, or cam. When the lever is actuated, the contact closes or opens, allowing current to flow and the circuit be switched on or off.

The XER1022-011C3R snap action limit switch is a reliable, durable and versatile option for any number of applications. Its ability to provide quick, precise and reliable switching is unrivaled in its class. With its advanced mechanism, robust construction, and certification to a range of standards, it is the perfect choice for any application requiring the reliable switching of a circuit on and off.

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