D4GL-1DFA-A

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The D4GL-1DFA-A Snap Action, Limit Switches is a versatile industrial switch which combines reliable mechanical and electrical design with a detection level adapted to common needs for performance and safety. This device can be used in a variety of industrial applications.

The Snap Action, Limit Switches operates using a patented “full-vacuum” technology. In the design, a vacuum switch chamber is formed between the contact faces and the detent arm. This feature ensures that the switch is sensitive to the slightest changes in pressure. The pressure applied to the switch allows the detent arm to move, which in turns causes very small magnetic changes in the switch.

When the pressure is released, the detent arm returns to its original position and the switch reverts to its original state. This mechanism allows for very precise and instantaneous detection of changes in pressure, with a much faster response time than other types of switches.

The Snap Action, Limit Switches is made up of a variety of components, including a contact arm, a plunger, a detent arm, and a micro-switch. The plunger is pushed in by the contact arm, which then activates the micro-switch. The detent arm holds the plunger in place, and is released when a certain amount of pressure is applied. The switch is spring-loaded, so that when the pressure is released the switch automatically returns to its original position.

The D4GL-1DFA-A Snap Action, Limit Switches can be used in a range of industrial and commercial applications. It is ideal for applications that require a reliable switch which can provide precise and instant feedback on changes in pressure. Typical applications include automotive instrumentation, robotics, power supply monitoring, security systems, medical equipment, and light control systems.

The Snap Action, Limit Switches provides a reliable and accurate way to detect pressure changes, which allows for greater control over electrical and mechanical systems. It is an efficient way to detect and respond to temperature, pressure, or force changes, as well as providing instant feedback on these changes. This makes it an invaluable tool in industrial applications.

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