5101H1LC

The 5101H1LC Panel Indicatrors and Pilot Lights are designed to provide a high-quality visual indication of the status of a variety of electrical systems. This type of indicators are used for signalling and to inform the operators of important events. The applications for 5101H1LC panel indicators and pilot lights include machines, engines, compressors, conveyors, pumps, factory systems, and more.

The 5101H1LC panel indicator and pilot lights use integrated light emitting diodes (LEDs) as their illumination source. The LEDs are LED-based, high-output, low-voltage, multi-colored lights that are powered with a 12-volt DC constant current source. A variety of lens colors are available, including red, blue, amber, green, and white.

The signaling of the 5101H1LC panel indicators and pilot lights is controlled by the outputs of a logic circuit. Depending on the output state of the logic circuit, the indicator and pilot lights will illuminate from their base color to a brighter color to indicate an abnormality. The colors may also be used to indicate a state change in the system.

The panel indicators and pilot lights come with a variety of mounting options, such as panels, conduit boxes, and mounting rails. The indicators also come with several base colors that can be selected based on the application. The lights are also rated for use in hazardous locations.

The working principle of 5101H1LC panel indicators and pilot lights is fairly simple. When the logic circuit outputs a signal, the LEDs will be illuminated and the indicator or pilot light will light up. Depending on the output state of the logic circuit, the illumination of the LEDs will be different and thus indicate a status or a state change in the system.

In conclusion, the 5101H1LC Panel Indicators and Pilot Lights are designed to provide an efficient and reliable indication of the status of a variety of electrical systems. The indicators use LEDs as their illumination source and come with several base color options and mounting options. The illumination of the LEDs is controlled by the output state of the logic circuit, which provides an indication of a status or a state change in the system.