WLS1A01AA1B

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Snap action, limit switches are electromechanical components that are composed of an actuator, a target element and a switch. They provide a neat, fast and reliable way to control electric circuits. The WLS1A01AA1B is a particularly robust and reliable snap action, limit switch. It is suitable for a wide range of applications and is a popular choice for engineers designing electric systems.

The WLS1A01AA1B snap action, limit switch is capable of operating up to 125V at 10Amps and provides reliable protection against overloads and short circuits. It is thermal and vibration-resistant, with a rated operating temperature range of -10 to +70°C and an IP rating of 6. The enclosure features a secure hinged cover, which ensures it is both dust and water-tight.

The WLS1A01AA1B snap action, limit switch is most commonly used in industrial control and automation applications. It is typically used to detect the operation or presence of parts within an assembly, or to regulate the speed and/or position of a machine or robotic arm. It is also suitable for use within a variety of sectors such as manufacturing and packaging, transportation, and materials handling.

The working principle of the WLS1A01AA1B snap action, limit switch is relatively simple. When an external force, such as a lever, trigger or magnet, is applied to the actuator, it exerts a force on the internal switch which causes it to open or close. This in turn completes or breaks the circuit, providing a signal which can then be used to control a wide variety of electric processes.

The WLS1A01AA1B snap action, limit switch is a robust and reliable electromechanical switch that provides a neat, fast and reliable way to control electric circuits. It is suitable for a wide range of industrial control and automation applications, including manufacturing and packaging, transportation, and materials handling. It operates at up to 125V at 10Amps and provides reliable protection against overloads and short circuits. Its simple working principle allows it to sense the position, operation or presence of parts within an assembly, or to regulate the speed and/or position of a machine or robotic arm.

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