BZE6-2RQ81

BZE6-2RQ81 snap action, limit switches are widely used in the automation, measuring, controlling and other related fields. They provide a quick and accurate action to detect physical contact, pressure, position and limit the movement of connected devices. The switch can be used in both AC and DC applications.

The switch consists of one or two silver electric contact discs, a spring-loaded pin, and a connector for attaching to an electrical device. The contact discs are mounted on a base with a snap action, limit switch in the center. The spring-loaded pin is located in the center of the contact discs and is the main contact with the electric device. When the action is activated, the pin makes contact with one of the discs, completing the circuit.

BZE6-2RQ81 snap action, limit switches can be used in a variety of applications. For example, they can be used in switches for controlling home appliances, motor starters, and relay switches. In addition, they are commonly used to indicate the opening and closing of electrical devices like door locks, windows, and fans. They can also be used to detect the presence of an object, measure pressure levels, and limit the speed of movement of connected equipment.

The working principle of the BZE6-2RQ81 snap action, limit switch is simple and easy to understand. When the switch is triggered, the spring-loaded pin makes contact with one of the contact discs, completing the circuit. This in turn moves the contact disc and trips the switch, activating the specified action. The switch can be wired either in normally open (NO) or normally closed (NC) configurations. In the normally open setup, the switch is off when it senses no mechanical contact, while in the normally closed setup, the switch is on when it senses mechanical contact.

BZE6-2RQ81 snap action, limit switches are a cost-effective solution for automating and controlling operations in a variety of applications. They are easy to install, maintain and use, and their design ensures reliable and accurate operation. What’s more, their simple and reliable working principle makes them a popular choice for a wide range of applications.