83875103

Snap Action, Limit Switches

83875103 is a type of snap action and limit switch, which are commonly found in a variety of fields and applications. They are commonly used for detecting the presence or absence of an object, the limit of an object’s movement, the position of an object, and other such purposes. Below, we’ll look at the application field and working principle of 83875103.

Application Field

83875103 are most commonly used in applications involving the positioning, sensing, and/or actuation of moving or stationary parts, or objects. Examples of such applications include food processing, medical equipment, electrical and electronic devices, high tech industrial and control equipment, automotive production lines, laboratory automation, and many other specialized fields. 83875103 are available in a variety of forms and configurations to meet the application requirements of the specific industry and application.

Working Principle

The working principle of 83875103 is relatively simple: When the switch is activated, the snap action is caused by a blade or plunger being pulled by spring tension. This spring tension is created when the switch is placed in an activated position. After the switch is activated, it will remain in that position until it is reset. When the switch is reset, the plunger will reset to its original position, thus returning the switch to its off position.

Furthermore, the switch can be set to activate and deactivate at different levels. For example, some 83875103 switches offer adjustable temperature or pressure settings, enabling users to customize the switch to their exact application requirements. 83875103 can also be adjusted to provide a range of feedback, such as visual, audible, and electrical.

In conclusion, 83875103 are a type of snap action and limit switch that are commonly found in a variety of applications and fields, and have a relatively simple working principle. By properly adjusting the switch settings, 83875103 can be used to monitor and control a wide range of objects and components.