D2HWBR203MRS

Snap action, limit switches are components that can be used to add functionality to any electrical system. The D2HWBR203MRS is a popular snap action, limit switch that is widely used in many different industries. It has a wide range of applications and can be used to detect the position of objects, sense motion or to set limits.

The D2HWBR203MRS is a momentary contact type snap action limit switch. It features a sturdy die cast zinc body and can be used for applications with a maximum current rating of 10A. It also features a modular design with three different mounting types and mounting accessories. Its waterproof design makes it suitable for use in wet or humid environments. It has a wide operating temperature range from -4 to 176 degrees Fahrenheit.

The D2HWBR203MRS is designed to operate when it comes in contact with an object or when there is a force applied to its actuator. It can be used to detect the position of objects, sense motion or to provide an adjustable limit. It is an ideal choice for applications where fast, accurate and reliable limit switch operation is needed.

The working principle of the D2HWBR203MRS is fairly simple. When an object or force is applied to the actuator, the contacts close and send a signal. This signal is then used to control the flow of electricity in the circuit. Depending on the design of the circuit and the type of switch, the signal can either open or close the circuit. In some applications, the signal can be used to control the speed or direction of a motor, or to activate a specific device.

The D2HWBR203MRS is a versatile and reliable limit switch that is used in a wide range of applications. It is suitable for detecting the position of objects, providing adjustable limits, or sensing motion. Its modular design with three different mounting types and waterproof construction makes it a great choice for many applications. It has a wide operating temperature range and is capable of handling up to 10A of current, making it an ideal choice for low-voltage applications.