464-BR60H-CRO

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Panel indicators are used to provide visual indication of machine status and to add safety to a range of applications. Pilot lights can be used to indicate the presence or absence of a signal in many electrical and electronic circuits. The 464-BR60H-CRO is an LED panel indicator that is designed to visually indicate two independent status conditions. It works by lighting two separate LED symbols in green and red, respectively.

The 464-BR60H-CRO is designed to meet the requirements of professional-grade applications. It features an IP67 rating for dust- and water-resistance and is suitable for use in outdoor and other demanding applications. The design of the indicator is ergonomic, with a backlit symbol and an easy to read nameplate. The indicator also features twin terminals, making it easy to install and use.

The working principle of the 464-BR60H-CRO panel indicator is simple. An internal or external power source is connected to the indicator, providing the voltage needed for the indicator to light up. The indicator is then connected to the circuit, and when a signal is present, the indicator will light up. If the signal is absent, the indicator will not light up.

The 464-BR60H-CRO panel indicator can be used in a variety of different applications. It is often used in industrial machines and systems to provide an indication of the status of the system or to add safety to the system. It can also be used in consumer electronics such as computers, televisions, and game systems to indicate the presence of a signal. Its IP67 rating makes it suitable for outdoor applications.

In conclusion, the 464-BR60H-CRO panel indicator is an LED indication device that can be used to visibly indicate two independent status conditions. It is designed with features such as IP67 ratings, backlit symbol, and easy to read nameplate that make it well-suited to demanding industrial and outdoor applications, as well as consumer electronics. Its working principle is based on an internal or external power source providing the voltage needed and the indicator being connected to a circuit. When a signal is present, the indicator lights up. When the signal is absent, the indicator does not light up.

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