DS1D6BQ3

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Snap Action, Limit Switches

DS1D6BQ3 are limit switches that feature a snap action making them the go-to choice for applications that require the reliable detection of a position or motion. DS1D6BQ3s consist of two main components, an actuator and a contact block. The actuator is the part that moves and, due to its design, it snaps when it reaches a certain position, making a loud click, which indicates that the switch has been activated.

These snap action switches are available in both \'normally open\' (NO) and \'normally closed\' (NC) configurations, allowing for a variety of applications. When the actuator is in the actived position, NO switches close the circuit, while NC switches open the circuit. Their simple design and ease of use make DS1D6BQ3s a popular choice in many applications.

One of the most common applications of DS1D6BQ3s is in door alarms. When the door is opened, the actuator triggers the switch, which then activates the alarm. It requires no power source, making it a cost-effective and easy solution.

Another common application of these switches is in automatic garage doors. When the door reaches the upper limit, the actuator triggers the switch, which then signals the opener to stop, preventing the door from opening too far and striking an object. By using these switches, the garage door can be opened and closed with a single switch, providing a great level of convenience.

DS1D6BQ3s can also be used in industrial applications. For example, they can be used for mechanical parts counting. When the part reaches the predetermined limit, the actuator triggers the switch, which then sends a signal to the counter to add a count. This simplifies the counting process and can reduce time and cost.

DS1D6BQ3s can also be used to detect overloads in assemblies or motors. As the assembly load increases, the actuator triggers the switch, which then cuts off the power supply to prevent damage to the assembly or motor.

No matter which application you choose, DS1D6BQ3s are a reliable, cost-effective solution. Their simple design and ease of use makes them easy to integrate into existing systems, and their snap action provides accurate, reliable performance.

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