AM50063A33-A

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Snap action, limit switches are commonly used devices that are designed to detect position, direction, or change in motion of a machine part or system. The AM50063A33-A is a particular kind of snap action, limit switch with a number of distinct features.

Generically, snap action, limit switches are electromechanical devices composed of a base, a movable lever arm, an actuator, and contact points. They detect the movements of a machine part by using a mechanical lever arm to control a set of electrical contacts. When the lever arm reaches a certain limit of motion—as indicated by a preset actuator and/or contact points—the switch activates and the contacts move to a different position. As the name implies, the lever arm of a snap action switch “snaps” between the two switch positions, providing a dependable, reliable switch operation.

The AM50063A33-Ais a particular snap action, limit switch that has a number of distinct features. It is a snap-acting double-break snap switch with a body made of high thermal temperature plastic. It features a wide operating temperature range, high shock and vibration resistance, and a low operating force. It also utilizes a unique housing design, which allows the switch to be installed in a much smaller package than many other limit switches.

In terms of its application field, the AM50063A33-A is typically used in applications that require robust, low-cost switch operation such as those found in industrial automation, transport, and general purpose machinery. It is also well suited for use in mobile equipment and in PC motherboards and server systems. In terms of its working principle, the AM50063A33-A operates by sensing movement of a machine part and activating the contacts when the preset actuator and/or limit points are reached.

The AM50063A33-A is a uniquely designed snap action, limit switch that offers reliable, robust performance. It has a wide range of application fields, particularly in industrial automation, transport and general purpose machinery, mobile equipment, motherboards and server systems. Its design allows for easy installation in small packages and its operation is robust, low-cost with high-shock and vibration resistance.

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