DCL10(H)I

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Snap Action, Limit Switches

Switch products are widely used in various fields. DCL10 (H) I switch is a form of limit switch, with a variety of mechanical and environmental characteristics and uses. This paper will discuss the application field and working principle of DCL10 (H) I limit switch.

Application Field of DCL10 (H) I

DCL10 (H) I limit switch is usually used in the semiconductor manufacturing industry. It can be used to detect the absence or presence of a specific mechanism and cause the speed of a motor driven machinery to be reduced. The switch is also widely used in automation handling equipment and robotics. It is used to detect the position of a moving member relative to an end stop or reference point, or their relative motion. The switch can also be used in a variety of machines and systems, such as door-opening or window-closing mechanisms.

Working Principle of DCL10 (H) I

DCL10 (H) I switch is a snap-action device that consists of several components and works when the actuator is displaced a predetermined distance. When the moving member reaches or exceeds the limit position, the switch closes, and when it moves away from the limit position, the switch opens. The switch is operated by a snap action lever, which is biased by a spring. When a predetermined distance is reached, the lever will snap in one direction and the contacts of the switch will close.

The DCL10 (H) I switch is designed for long service life, and can withstand a large number of switching operation up to 10 million without damage. The switch is also designed to work reliably in dusty conditions and can be used in medium to high temperatures, as well as in extremely humid conditions.

In summary, the DCL10 (H) I switch is a type of limit switch with a wide range of applications, and is widely used in the semiconductor manufacturing industry, automation handling equipment, and robotics. It works by snapping a lever in one direction when a predetermined distance is reached, and is designed for long service life and reliable operation in dusty and humid conditions.

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