MPC6-2RD220V

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Panel Indicators, Pilot Lights are heavily utilized in industrial and commercial applications for visual status indication. These visual indicators are often used as a layer of safety or efficiency to an electric system, providing insight into the operational performance of a system to drive operational awareness. The MPC6-2RD220V is an example of a panel indicator that is designed for quick install using a screw and nut tooling system.

Application Field

The MPC6-2RD220V is designed to be a light indicator panel for harsh environments. It is commonly found in utility, petrochemical, transportation vehicles, and unmanned automated systems. It is UL 467 tested and measured to ensure excellent performance in applications with surge and over-voltage protection. The panel indicator is also designed with a splashproof housing for additional protection from dirt and debris.

Working Principle

The MPC6-2RD220V panel indicator has an operating voltage of 220VAC and is used to indicate the status of a system by lighting up or illuminating when the system is at an operational state. It has two LEDs, one red and one green. When the system is in the ON position, the green LED will be illuminated indicating that the system is running. When the system is in the OFF position, the red LED will be illuminated, indicating that the system is not running. The LEDs are connected to a printed circuit board and draw their power from the 220VAC line.

The printed circuit board is connected to a small transformer, which reduces the 220VAC voltage to an appropriate 12VAC level, and then to two light emitting diodes. The LEDs have a current limiting resistor connected in series with them to ensure that they draw the correct amount of current. The LEDs are powered off the 12VAC source, and the resistor limits the current so the LED will not get damaged.

The panel indicator can also be used to indicate other conditions by configuring the LED to operate in a synchronous or non-synchronous state. The small transformer and voltage regulator on the printed circuit board controls the current sent to the LED allowing the user to control the brightness of the panel indicator. By dialing in the voltage, the brightness of the panel indicator can be adjusted.

Conclusion

The MPC6-2RD220V panel indicator is designed to be a reliable and durable status indication source. It is well suited for harsh environments and is UL tested to withstand surge and over-voltage protection. With adjustable brightness, the panel indicator is a key element in providing visual feedback to operators in a number of applications, particularly those found in the petrochemical, transportation and unmanned autonomously operated systems.

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