D3V-11G3M-1C25-K

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Snap action and limit switches are commonly used components in a wide range of controls and automation applications. These components typically detect a change in a system, such as a change in position or temperature, and activate a response, such as a mechanical or electrical output. The D3V-11G3M-1C25-K limit switch is a popular choice for many of these applications.

This switch is an SPDT (single pole double throw) device which means it has one common terminal and two normally open or normally closed contacts. The contacts are hermetically sealed and the switch has a robust construction allowing it to operate in harsh environments and over long periods of time. The design of the switch is based on a snap action mechanism which means that the contacts open and close quickly when the plunger is actuated.

The main application of the D3V-11G3M-1C25-K limit switch is in the field of sensing and detecting. It is often used in industrial machinery where it can detect the position of a moving part or the presence of an object. It is also used in many consumer electronics to detect when a button is pressed or a door is opened. The switch can also be used in other applications such as alarm systems and safety systems.

The working principle of the D3V-11G3M-1C25-K limit switch is based on a mechanical snap action mechanism. When the plunger of the switch is activated by an external force, it causes the internal contacts to open and close quickly. This creates a change in the voltage across the switch contacts which can be used to actuate a response. This can be a mechanical response, such as a switch or relay, or an electrical response, such as an interrupt or reset.

The D3V-11G3M-1C25-K limit switch is a reliable, robust and cost-effective solution for many sensing and control applications. Its snap action mechanism makes it quick and responsive to changes in position or temperature, and its hermetically sealed contacts ensure it will operate reliably in harsh environments and over long periods of time.

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