DS2F5BQ1

DS2F5BQ1 Application Field and Working Principle

DS2F5BQ1 is a miniature snap action limit switch which covers a wide range of applications. It features superior durability, superior life, and superior performance and is suitable for use in telecommunications, data processing, automotive, elevators, medical, and other industrial applications.

Application Field

The DS2F5BQ1 can be used for a variety of applications, including:

• Telecommunications
• Data processing
• Automotive
• Elevators
• Medical
• Other industrial applications

It is suitable for use in harsh environments such as outdoor, dust filled and damp locations.

Working Principle

The working principle of the DS2F5BQ1 involves a movable actuator arm which is snapped or opened when it touches a stationary contact. The actuator arm has a small amount of travel, and is rated to withstand hundreds of thousands of cycles. The contact is spring loaded and changes the electrical state when the actuator arm is moved either up or down.

When the actuator arm is in the open position, there is no contact made with the stationary contact and no voltage is sent through the switch. This is the \'off\' state of the switch. When the actuator arm moves up and makes contact with the stationary contact, a small amount of current is sent through, and the switch is in the \'on\' state.

The DS2F5BQ1 switch is designed to open and close quickly, making it suitable for applications where speed is important. It is also designed to be robust, withstanding hundreds of thousands of cycles. This makes it the perfect choice for use in industrial and commercial applications.

Conclusion

The DS2F5BQ1 is a reliable, durable, and cost-effective snap action limit switch that is suitable for use in a wide range of applications. It features superior performance, superior life, and superior durability, and is designed to open and close quickly. It is the perfect choice for use in telecommunications, data processing, automotive, elevators, medical, and other industrial applications.