V7-2B17D8-384

Snap Action, Limit Switches are components, normally operated by an actuator, which mechanically trips to open or close an internal electrical contact. V7-2B17D8-384 are especially designed to utilize a variety of operating forces, temperature ranges, and electrical life cycles to ensure the proper working of the switch.

Snap Action, Limit Switches are electromechanical switches and are composed of a set of internal contacts, an actuator and a plastic housing. The actuator is operated by an external force and moves along its axis to physically trip the internal contacts either to the on or off position. The force necessary to activate the switch is known as the operating travel.

The V7-2B17D8-384 is a specially designed switch with a wide variety of operating forces as well as temperature ranges and electrical life cycles that allow for a long lasting and reliable operation. The switch itself has a very small operating travel, making it ideal for applications requiring very small amounts of force to activate the switch.

In terms of application field, the V7-2B17D8-384 is most often used in industrial applications requiring high reliability and frequent use. The switch can be used in automation systems, pumps, compressors, and a variety of other systems. Its small operating travel also makes it suitable for applications where space and force concerns are of particular importance.

The working principle of the V7-2B17D8-384 relies on a combination of mechanical and electrical components. The actuator is what moves the switch to the on or off position. An external mechanical force applied to the actuator is required to move the switch. The electrical contact is made when the actuator is located in the on or off positions.

In conclusion, the V7-2B17D8-384 is a highly reliable and durable snap action limit switch that is ideal for a wide range of industrial applications. The small operating travel of the switch makes it suitable for applications that have size or force constraints. The operating force and temperature, as well as the electrical life cycles, are all designed for long-term and reliable use.