V7-1F37D8-002-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

• Snap Action, Limit Switches

• V7-1F37D8-002-1 application field and working principle

  The V7-1F37D8-002-1 is a miniature snap action, limit switch typically used for on/off and interrupted control of a wide range of applications. This product provides reliable switching performance at a cost-effective price, making it highly suitable for use in a variety of applications. It is typically used in off-highway vehicles, mobile equipment and medical devices, among other applications.

  The V7-1F37D8-002-1 utilizes a snap-action design in which an externally applied force causes a contact to move rapidly from its rest position to a deployed position. The contact is held in each position by a spring force that is released when the force is removed. This snap-action design also facilitates a rapid switching operation and repeatable operation, reducing risk of electrical failure.

  The V7-1F37D8-002-1 uses a screw-type actuator mechanism to allow for greater frequency switching, as the force on the plunger is smaller than in other snap switch designs. This allows for a greater variety of force requirements and switching forces. It also provides a greater range of motion and greater precision, so that the contact movement can be finely adjusted with a screw.

  The V7-1F37D8-002-1 is typically used for momentary on/off and interrupted control of a variety of applications, such as in medical equipment, industrial automation, mechanical and safety controls, robotics, and telecom switches. It is available in different operational and contact configurations, making it highly suitable for a wide range of applications.

  Overall, the V7-1F37D8-002-1 snap-action, limit switch provides reliable and cost-effective switching performance for a variety of applications. Its snap-action design ensures a rapid switching operation and repeatable operation, and its screw-type actuator mechanism provides greater frequency switching and a greater motion range.

The specific data is subject to PDF, and the above content is for reference