GKRG3MXS2

Snap action switches are a type of limit switch that are activated by a mechanical motion. This motion could be an actuator moving down onto a contact, or a contact flexing up and into the actuator. Snap action switches are also known as snap or snap-acting switches. The GKRG3MXS2 switch is a two-stage mechanism snap action switch that is designed for high speed switching. It has a special mechanism that enables it to have higher speed and longer life than other snap action switches. This switch is designed for medium voltage applications.

The GKRG3MXS2 snap action switch is used in many different applications including motor control, electrical distribution systems, lighting control and building automation systems. It can also be used in medical, automotive and transportation applications. It is designed to be very reliable and can withstand high levels of shock and vibration.

The working principle of the GKRG3MXS2 is based on the three-stage mechanism design. The switch contains three components: the plunger, the lever and the spring. When the plunger is pushed onto the lever, the lever is forced towards the switch contacts. At the same time, the spring is compressed. When the force on the lever is released the spring expands and pushes the lever back to the original position. In this way, the switch will open or close depending on the original position of the switch.

The GKRG3MXS2 is also able to achieve a high level of accuracy when it comes to switching. As it has a built-in adjustable pre-travel and over-travel, the switch can be adjusted to ensure that the contacts open and close at the precise moments required. This is an important feature when it comes to precision switching.

The GKRG3MXS2 is a reliable, high-speed snap action switch designed for medium voltage applications. It is designed to be very reliable and can withstand high levels of shock and vibration. With its three-stage mechanism design, the switch is able to achieve a high level of accuracy when it comes to switching. This makes it ideal for applications that require precision switching.