Q6P1BXXB12E

Q6P1BXXB12E

Q6P1BXXB12E panel indicators and pilot lights are often used in areas of industry and domestic use. This type of product is used to provide visible uniform indicating the status of the device they are connected to. These indicators may include the instrument of failure, on/off or manual status, position indicator, or device failure.

Application Field

Q6P1BXXB12E panel indicators and pilot lights can be used in a wide range of applications. The most common application being industrial based, where clear and easily understood symbols are used to notify the status of a process or machine, without confusing operators. Q6P1BXXB12E panel indicators and pilot lights are also used in domestic areas where it may be used to indicate the status of the device or even home automation system.

Working Principle

Q6P1BXXB12E panel indicators and pilot lights are powered up and indicate the status of device by illuminating the specific symbol or color when the device is active or inactive. The LED status uses an indicator with a low-level voltage as input controlling. The LED pilot lamp is built with a power resistor to provide current flowing through the indicator one way or the other. When the device is activated, the voltage current flows through the resistor to the LED, and thus the LED indicator will turn on. Its working principle is the same as the LED indicator.

Q6P1BXXB12E panel indicators and pilot lights usually have two connections, one being the line connection, and the other being the load connection. A resistor is connected in series with one end connected to the line connection, while the other is connected to the LED indicator, thus providing enough power for the indicator to light up when activated. Normally, when the device is in inactive state, the voltage current will not pass through the LED, and the indicator will not turn on.

Conclusion

Q6P1BXXB12E panel indicators and pilot lights are popular and widely used in areas of industrial and domestic use due to their clear and easily understood symbols which make them ideal for controlling and indicating the status of control devices. They are powered up and provide an indication by illuminating a specific symbol or color when the device is activated or inactivated. Although the indicator requires a low level of voltage as input control, they are usually connected with a power resistor which allows the indicator to be operational.