D2HW-BR201M

Snap Action, Limit Switches:

D2HW-BR201M is a type of snap action, limit switch, widely used in different applications. It is mainly composed of a movable and fixed contact, a mechanical spring, and a actuator. The switch features a two-piece construction and can be operated with an actuator like a button, toggle lever and roller lever.

Application Fields:

Snap action, limit switches are widely used to detect the presence or absence of an object in industrial automation, HVAC, home appliance, and other systems. They are used to measure the presence, level and angle of a certain object. D2HW-BR201M is suitable for detecting standing and passing moments of motion, as well as measuring hanging positions.

Working Principle:

D2HW-BR201M is powered by electricity, with a lever or pressed button as an actuator. When the switch is activated, the lever or button is brought into contact with the switch arm. The switch arm then moves and compresses a spring, either by direct contact or by an operating lever, which releases an electric current. This current change is then used to measure the position of a certain part or detect the presence or absence of an object.

Advantages:

D2HW-BR201M snap action, limit switches offer many advantages over traditional mechanical devices like contactors, relays and solenoids. They are usually more durable, with longer service life compared to other mechanical devices. They are also able to detect the presence or absence of an object more efficiently and quickly, thanks to their high accuracy, precision and responsiveness. Moreover, they consume less current and produce lower noise levels compared to other traditional devices, which can help reduce energy consumption and environmental pollution.

Conclusion:

D2HW-BR201M is a type of snap action, limit switch widely used in different applications. The switch has a two-piece construction and can be operated by an actuator. They are mainly used for detecting the presence or absence of an object and measuring the position or level of a certain object. They offer many advantages, such as higher accuracy, precision, responsiveness and durability, lower power consumption and noise levels.