AH76564569-A

AH76564569-A Application Field and Working Principle

AH76564569-A, as a kind of snap action, limit switch, has wide application field and provides superior performance in many areas. It is typically used in the applications, such as equipment control, safety device, circuit protection, and position-sensing. With the help of this switch, the reliable control of mechanical and electric systems can be realized.

AH76564569-A is typically constructed with two snap-action metal contacts. Inside the switch, the differential pressure generated by the plunger is used to open and close the switch contacts. When the plunger is pressed, the metal contact opens, which triggers a response from the switch. As soon as the plunger is released, the switch contacts close and the circuit is completed. The switch can be used to control the flow of current in an electronic system by indicating the position of the plunger.

AH76564569-A is designed to provide a consistent force by its snap-action metal contacts that have very low hysteresis. This consistent force helps ensure the snap-action mechanism remains operating properly over the long run. The temperature rating of the switch is up to 85°C so it can be used in high temperature applications. In addition, the contact resistance is exceptionally low, which provides superior current carrying capacity. The switch is also highly resistant to shock and vibration.

AH76564569-A also comes with several features to help make its operation more reliable. It has a built-in lockout feature that prevents accidental operation of the switch. This feature helps ensure that the switch will stay in the same state throughout its life. Additionally, the switch is designed with a self-cleaning mechanism that removes any dust or debris that may accumulate on the contacts. This helps ensure that the switch remains responsive to changes in plunger position.

AH76564569-A is one of the most reliable and durable switches of its kind. It is designed for use in harsh environments and extreme temperatures and is compliant with industry-standard safety regulations. Additionally, it is designed for long-term operation and has an expected life expectancy of over one million cycles. This makes it a great choice for many different applications where reliable control and precise position-sensing are required.