C46-NWO60H-NAO

Panel Indicators and Pilot Lights

C46-NWO60H-NAO is commonly known as Panel Indicators and Pilot Lights. They are devices that indicate the operational status of an electrical circuit or device. They are typically employed in components that require frequent monitoring such as machines, control panels, and switchgears. The purpose of these devices is to visually alert operators of critical information that can help identify any potential problems or prevent hazardous situations.

Application Field:

Panel indicators are used in diverse types of applications, ranging from laboratory process control to industrial automation. They are typically helpful in situations where continuous monitoring is required or when an operator needs to be informed of changes in the system. They can also assist in fault finding since they provide a visual indication of how a system is operating. Additionally, panel indicators are often used to provide visual feedback during automated processes.

Working Principle:

Panel indicators work on a simple principle: they provide a visual signal in response to the input from a device or circuit. To achieve this, the device typically consists of two parts: a base part that houses the device\'s electrical circuitry, and a light source such as a light-emitting diode (LED). Depending on the type of panel indicator, the input can be either voltage/current or signal through a mechanical switch. When the electrical input is received, it activates the indicator, which then emits light from the light source.

Different types of panel indicators are programmed differently depending on the requirements of the application. For example, some panel indicators are programmed to flash in a certain pattern to indicate a specific status or alert. Other types of indicators might have a different intensity of the light depending on the intensity of the input signal.

Overall, panel indicators serve a vital purpose in many types of machines and applications. They provide a visual alert to operators in the event of an issue or problem, and can help prevent hazardous situations. Furthermore, they assist in fault finding and provide visual feedback during automated processes.