961W-NWG120-CGO

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Panel indicators, pilot lights, and pushbutton switches are essential components used in electrical circuits and control systems. One such component is the 961W-NWG120-CGO Indicator Assembly. This assembly is a multipoint indicator, pilot light, and pushbutton unit that is used to enable operators to easily view or identify the status of a process, system, or machine.

The 961W-NWG120-CGO Indicator Assembly is constructed from a durable thermoplastic material that is both impact-resistant and resilient to corrosion. It features a waterproof construction for use in demanding conditions, as well as an IP67 enclosure rating. The unit uses UL-approved components, and the contact ratings provide a wide range of current and voltage options. The pushbutton switch provides LED illumination and a non-illuminated indication.

In terms of application field, the 961W-NWG120-CGO Indicator Assembly finds utility in many industries, such as aerospace, automotive, construction, and energy. It is often found in HVAC systems, food processing equipment, medical applications, and other industrial applications. It is also commonly used in control panel applications, such as alarms, signals, and indicators.

The working principle of the 961W-NWG120-CGO Indicator Assembly is as follows. The unit is connected to a power source that supplies the voltage and current necessary to operate the pushbutton switch. When the button is pressed, the switch is activated, causing the LED to light up and a non-illuminated indication to be displayed. This enables the operator to identify the status of the machine or system, allowing them to quickly assess the situation and take the necessary action.

In summary, the 961W-NWG120-CGO Indicator Assembly is a reliable and robust multipoint indicator, pilot light, and pushbutton unit that finds application in many industries. It is constructed from durable thermoplastic material, and has been designed to withstand harsh environments. The working principle is quite simple and straightforward, making it an effective tool in identifying system status.

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