WLS1A11AA2J

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Snap action, limit switches are components used to monitor the position of objects and are used in robotic arms, doors, and motion sensors. The WLS1A11AA2J is an AC limit switch with adjustable operating temperature and operating pressure. Its main application fields include factory automation, automation for office and home devices, and consumer products.

The WLS1A11AA2J contains a mechanically operated set of contacts and can be set to operate at a certain temperature or pressure. The switching point is adjustable, so when the temperature or pressure exceeds the limit set by the user, the contacts will open or close, allowing for control over the desired operation. The operating temperature and pressure range from 0°C to 70°C and 0–60psi, respectively.

The WLS1A11AA2J works by using a form of snap-acting movable contact. The contact allows electric current to pass through the switch at a certain temperature or pressure. When the temperature or pressure exceed the limit set by the user, the contact will move, causing the switch to trip and open or close the circuit. The tripping mechanism is triggered by a small electric current or the physical movement of the switch.

The WLS1A11AA2J is a versatile snap-action switch with adjustable differential range, making it suitable for use in a variety of applications. It is designed to work in both low and high temperatures and pressures, and can also be used in a wide range of physical and electrical environments. With a superior insulation resistance and low contact resistance, the WLS1A11AA2J can be used for operations in both wet and dry environments.

The WLS1A11AA2J is a robust snap-acting limit switch that can be used in a variety of applications. Its adjustable temperature and pressure settings make it suitable for use in a range of applications from factory automation to consumer products. Its movable contacts allow for accurate actuation, and its superior insulation resistance and low contact resistance ensure reliable performance in both wet and dry environments.

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