ASQ10338

The ASQ10338 limit switches are type of “snap-action” mechanical switches designed for industrial applications, such as the control circuit of machine tools, presses, printing equipment and other industrial machinery. They attach directly to the surface they are controlling and feature a minimum of three “snap-points” along the full range of switch travel, giving them the ability to remain operational through almost any force or vibration applied to the device.

The design of an ASQ10338 Snap Action Limit Switch begins with a “push-button” style trigger, which when pressed will cause the switch to trip the circuit. This trigger is mounted on a flexible diaphragm inside the switch housing, allowing for the switch’s movement. When the trigger is pressed, the diaphragm contracts and drives a piston which is connected to a plated switch actuating arm, causing it to open or close the circuit.

The plated switch actuating arm is the key component of a snap action limit switch, as it is responsible for opening and closing the circuit. This arm is connected to a spring-loaded element which is designed to return the switch to its original position after the switch is triggered. The shape of this actuating arm is what gives the ASQ10338 snap action limit switch its “snap-action” name, as it produces a rapid yet precise response when the switch is triggered, thus providing superior durability and reliability.

An important feature of the ASQ10338 snap action limit switch is its ability to remain operational in almost any environment. It has a unique design that allows it to withstand temperatures up to 850F (450C), and its diaphragm can be filled with a variety of mediums, such as oil, air and water, which further enhances its compatibility with a wide range of industrial applications.

The ASQ10338 snap action limit switch is designed to provide reliable performance and long-term durability, making it a great choice for many industrial applications. Its ability to withstand extreme temperatures, combined with its fast and precise response time, make it an ideal choice for controlling the operation of machine tools, presses, and printing equipment.