A1158LUA-T

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The A1158LUA-T magnetic sensor switch (Magnetic Sensor - Switch (Solid State)) is designed for two primary purposes. The first is as a safety function to protect machines and personnel, as it can be used to activate when an unexpected interruption in the operating system occurs. The second is to provide accurate sensing and switching of the operation of a specific system. Thanks to its large, solid state switch, it is able to work reliably in a wide range of temperatures, and comes with a wide range of environmental ratings.

The A1158LUA-T magnetic sensor switch consists of an appropriate switch that is integrated with a ferromagnetic material, with two contact points. It is mounted between a number of magnets and a target automotive system. The signal of the magnet is detected by the contacts that act as a switch when the external force crosses the threshold. When the force increases, the switch closes and transmits the signal to the system.

The A1158LUA-T magnetic sensor switch is designed to work with temperatures that range from -40 to 150°C. They are designed with an IP 64 certify, ensuring that it will work in durable, tough environments, without experiencing any significant wear or face any significant damage. The integrated switch with a ferromagnetic material ensures that it has good resistance against short circuits, meaning that it can work safely for long periods of time.

The A1158LUA-T magnetic sensor switch lasts between 2 million and 10 million operations. As such, it can be used for multiple different applications, such as in automobiles, industrial automation, motorcycles, electric bicycles or any other high-precision device with stable, secure and reliable operation. It is equally suitable for dampness and other harsh environments.

A1158LUA-T magnetic sensor switch is a reliable instrument to detect any change in the magnetism of the surrounding area. It is activated when a force crosses the threshold, allowing it to be used for preventingthe machine from unexpected interruptions. Additionally, it is also able to transmit a reliable signal to the system when the force increases, making it suitable for more precise, and finely tuned operations. With its wide temperature ranges, and environmental tolerance, it is an ideal instrument for use in a variety of different automotive, industrial, and other industries.

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