AZH1241

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Snap action limit switches are typically used in applications where overtravel distance, electrical noise interference, and process repeatability are important factors. They consist of a switch body, a switch actuator, and a switch contact. AZH1241 is a snap action limit switch that meets all of these requirements, and is often chosen for applications where speed, precision, and durability are paramount.

The AZH1241 snap action limit switch is designed to open or close a circuit when an actuator is moved to its limit position. The position of the actuator determines whether the switch is open or closed, and the electrical contact then connects or disconnects the circuit. When the actuator reaches its limit position, the spring will act on the trigger to activate the switch. When the trigger releases, the spring will then reset the actuator back to its original position.

The AZH1241 employs a metal spring for its trigger. This spring provides the necessary force for the switch to close and open the contacts. The trigger is connected to a metal lever, which is in turn connected to a mechanism that moves the actuator. When the actuator reaches its limit position, the trigger will release, and the metal spring will then reset the actuator to its default position.

The AZH1241 employs an improved snap action limit switch mechanism that offers increased speed, precision, and durability. This improved mechanism reduces overtravel distance, increases repeatability, and allows for greater electrical noise immunity. It also offers a wide variety of configuration options, such as adjustable travel, adjustable trigger force, and improved travel life.

The AZH1241 offers two operating modes: locking or non-locking. The locking mode is used when it is necessary to keep the actuator in a particular position to maintain continuity of the circuit. It is activated when the actuator reaches its limit position. The non-locking mode is used when the actuator must be reset to its original position when the actuation force is removed.

The AZH1241 has a wide range of applications, including automotive and medical devices, industrial and consumer electronics, consumer appliances, and safety and security systems. It is also used in consumer, medical, and industrial applications where accurate switching and repeatability are important. The AZH1241 can be used in applications requiring extreme accuracy, durability, and repeatability.

With its improved mechanism, the AZH1241 offers reliable performance and consistent operation in a variety of applications. It is also designed for easy integration, making it ideal for applications where speed, precision, and durability are paramount.

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