11CX2

Snap action, limit switches are highly reliable switching devices which can be used to detect the presence of objects or detect limit positions in an electronic system or mechanism. 11CX2 is one of these types of switches and has a wide range of applications due to its simple and robust designs. The 11CX2 snap action, limit switch has a mechanism that operates when an external force is applied, allowing it to act as a mechanical-to-electrical converter. This article will discuss the application field and working principle of this switch.

Applications

The 11CX2 snap action, limit switch is used in a wide range of applications. It is commonly used as a sensor in alarm systems, doors and windows, robotic arms, and automated machinery. It can also be used to detect movement and angular positions in machinery, allowing it to control the speed, direction, and other characteristics of a machine’s motion. This switch is also used as an interlock in safety systems and as a relay in industrial control systems.

In addition to these practical applications, 11CX2 snaps are used in a variety of hobby or maker projects. It is a popular choice for DIY projects because of its simplicity and robustness.

Working Principle

The 11CX2 snap action, limit switch is designed to operate on the principle of mechanical force. When the external force is applied, the contact assembly is forced to move inside the switch body. This movement creates an electrical connection between the contacts, which can then be used to send signals to a control system. The 11CX2 is designed with a carbon block contact which ensures that the contact remains stable over time, and is also resistant to electrical arcing, which can be a problem in other types of switches.

In order for the switch to function properly, the external force must be applied in the proper direction. If the force is applied in the wrong direction, it may not register with the switch and the contact will remain open. Additionally, the force must be of the correct magnitude in order to actuate the switch effectively. If the force is too weak, the contact may not be activated and the switch will not register the change in state.

Conclusion

The 11CX2 snap action, limit switch is a highly reliable switching device and has a wide range of applications. It operates on the principle of mechanical force, allowing it to act as a mechanical-to-electrical converter. The switch is capable of detecting objects, movements, and angular positions, making it an invaluable tool for a variety of applications. Its simplicity, robustness, and reliability make it a popular choice for both professionals and hobbyists alike.