FC-SFBH-20

The FC-SFBH-20 is a specialized, high-performance switch for industrial and military applications that is able to handle the most demanding mechanical input conditions. It is designed to provide reliable, long-lasting service in any environment.

Application Field

The FC-SFBH-20 switch is designed to provide a short-range, low-power, reliable connection for industrial systems. This is perfect for closed-loop control systems, small robotics systems, and any other applications that require reliable and precise control.

Working Principle

The working principle of the FC-SFBH-20 is simple and reliable. It is designed to operate by receiving mechanical inputs from a range of sources, including knob-based potentiometers, contact sensors, and toggle switches. These inputs are translated into an electrical signal that can be used to control any system requiring precision control.

The FC-SFBH-20 also features optical isolation, allowing it to prevent the transmission of electrical interference from the switch to the system it is controlling. This isolated power arrangement ensures that the switch does not create electrical noise, interference, or ground loops that could affect the performance of the system.

Key Features

The FC-SFBH-20 is designed with an array of features to ensure precision control and reliability. These features include:

• Multi-directional design provides for easy installation and adjustment.
• Compact size enables installation in tight places.
• Rugged construction ensures reliable performance in the most challenging environments.
• Optical isolation prevents transmission of electrical interference to the system.
• Knob-based potentiometer provides reliable, compact control for a range of applications.

Conclusion

The FC-SFBH-20 switch offers a dependable solution to any application requiring precision control and reliable performance in the most challenging environments. Its rugged construction ensures its durability and long-lasting operation, while its optical isolation prevents electrical noise transmission. Its multi-directional design makes it perfect for use in a range of applications.