CP41B-WGS-CN0P0134 Optoelectronics

LED Indication - Discrete

The CP41B-WGS-CN0P0134 is an LED indicator used for discrete applications. It is designed specifically for use in indicator boards, control panels and other areas where a discrete indication is needed. It has a range of colors available, from blue to green, yellow and red. It also has a strobe feature to indicate changes or alarms. The CP41B-WGS-CN0P0134 is a general-purpose LED indicator with a wide range of applications.

Application Field

The CP41B-WGS-CN0P0134 is suitable for both indoor and outdoor applications. Its typical application includes alarm systems, control panels, and machine signals. The LED indicator can be used to indicate a change in an electrical system, such as an alarm or failure. It can also be used in process indicator systems to indicate a process parameter change or malfunction. The LED indicator is also suitable for construction machines, outdoor displays, and marine vessels.

Working Principle

The working principle of the CP41B-WGS-CN0P0134 is based on the light-emitting diode (LED). These devices are semiconductors, meaning that conduction occurs only when there is electrical current in the circuit. In the case of the CP41B-WGS-CN0P0134, when the voltage across the terminals reaches the designed value, the electric current passes through the diode and it produces light. The intensity of the light is proportional to the passing current.

The CP41B-WGS-CN0P0134 is also equipped with an optical filter, which is used to limit and control the intensity of light emitted. The output of the indicator is regulated through the firmware of the indicator, which can be adjusted when necessary. In addition, the intensity of light emitted can be adjusted through a potentiometer, which can be adjusted to match the present light output.

Conclusion

The CP41B-WGS-CN0P0134 is a specialized LED indicator designed for discrete indication applications. It is suitable for alarm systems, ongoing processes and outdoor displays. Since it is equipped with a built-in optical filter, the intensity of the output light can be adjusted to match the desired value. This is beneficial for a wide range of applications, as it allows for accurately indicating changes or failures in the electrical system.