964-BG12H-NGO

Panel Indicators, Pilot Lights

The 964-BG12H-NGO is a type of indicator that’s meant to be used in panel applications and pilot lights to indicate whether a machine is running, an alarm state, and other operating conditions such as start, stop, and faults. It is typically used in industrial automation systems, process control equipment, instrumentation, and electronic products.

Application Field

The 964-BG12H-NGO indicator has a wide variety of applications in panel applications and pilot lights. It is used in a variety of industrial and commercial sectors in order to increase safety, enhance efficiency, and provide cost savings. It can be used to monitor temperature, flow, pressure, and many other parameters. The 964-BG12H-NGO can be found in a variety of locations, such as medical equipment, machine tools, meters, insulation panels, packaging machinery, and other industrial equipment.

Working Principle

The 964-BG12H-NGO is designed to be used in panel applications and pilot lights. It works by using an LED indicator light to provide a visual indication with a selectable brightness level. Depending on the application, the light is either a steady light or flashes at a given frequency. The LED indicator light is connected to a control circuit or other device, which enables the operator to monitor the system’s status and determine which process needs to be taken. In the event that an alarm or error occurs, the LED indicator light will be triggered and the light will be changed to indicate the alarm condition.

The 964-BG12H-NGO is highly reliable and can be used in a variety of hazardous or corrosive environments. It’s also energy efficient and doesn’t require any maintenance or adjustments. The indicator is built to meet UL, CSA, and ROHS safety standards and is protected from shock, vibration, and external elements.

Conclusion

The 964-BG12H-NGO is an LED indicator that is typically used in panel applications and pilot lights to indicate whether a machine is running, an alarm state, and other operating conditions such as start, stop, and faults. The indicator is designed to be used in a wide variety of applications and is highly reliable and energy efficient. It is also built to meet UL, CSA, and ROHS safety standards and is protected from shock, vibration, and external elements.