831612C2.EA

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Snap action, limit switches are devices used to detect the presence of an object, establish a point of reference, or limit the movement of an object. There are a variety of applications for these switches, ranging from industrial control systems to telecommunications to automotive applications.

The 831612C2.EA is a type of snap action, limit switch designed to operate in harsh environments. It is designed with a ruggedized housing and heavy-duty synthetic rubber seals that help protect against self-destruction due to natural and man-made conditions. It is also designed to have a long lifespan of over 20 million cycles.

The 831612C2.EA is a general-purpose switch that is suitable for applications such as heavy-duty equipment monitoring, control systems, and remote control systems. The switch can be installed in both industrial and commercial environments. It is also compatible with a variety of toxic and corrosive gases and other hazardous materials.

The 831612C2.EA switch is a low voltage system, with an operating voltage of 15 Volts AC and a maximum current rating of 5 amps. It has a mercury contact design, allowing for a minimum of .006 in/sec of contact travel with a maximum of .028 in. The switch also has an actuating force of 2 ounces.

The 831612C2.EA switch’s working principle is based on a snap action mechanism which uses a contact to open or close an electrical circuit when activated. This mechanism is implemented with a specially designed toggle switch, a leaf spring, and a plunger assembly. The toggle switch is connected to the leaf spring and when the plunger is pressed down, the spring is compressed and the toggle switch is activated. When the plunger is released, the force of the leaf spring returns the switch to its original position and the circuit is opened or closed.

The 831612C2.EA switch is ideal for applications in industrial and commercial environments that require a reliable and durable switch. It is able to withstand harsh environmental conditions and provide reliable contacts for use in control systems and remote control systems. Its mercury contact design allows for contact travel of .006 in/sec with a maximum travel of .028 in, providing for a fast and reliable response.

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