Q8P1BXXR110E

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Panel indicators are lighting products that are used to indicate a switch’s position, or to guide personnel in operation and service. They are typically used in control systems, monitoring systems, motor control systems and other automation applications to provide convenience and safety to the user. The Q8P1BXXR110E is one such panel indicator used in these applications.

The Q8P1BXXR110E model is a pilot lights type, which generally includes indicators (local/remote), switched indicators, alarm indicators, and a warning. Pilot Lights are highly visible and often used to indicate a device or system to the user in a consistent manner. This model is one such pilot light that uses a high-intensity LED as a source of light.

The Q8P1BXXR110E has a variety of applications including HVAC, motors with advanced control, process monitoring systems, machine tools, pump control, transportation systems, automated warehouses, and factory automation. Its features make it ideal for these types of applications. It is UL Rated with a voltage of 12V to 24V DC, a power rating of 4W at 24V DC, an operating temperature of -40C - +60C, and a protection rating of IP20. Additionally, it is simple to install with mounting fixtures. The unit measures 50mm x 45mm.

From a working principle perspective, the Q8P1BXXR110E has a single illumination state and uses a LED to generate light when the intensity of the LED is higher than the current ambient light condition. During the on state, the LED will be activated and will emit light and will indicate any details that are included in the design. Once the off state is activated the LED is switched off and the indicator is off. It is important to note that the power is supplied to the LED from an external source and it is not a self-powered source of light.

In conclusion, the Q8P1BXXR110E model is a panel indicator and pilot light that can be used as an indicator and warning in various types of automated or control systems. It meets UL standards and is simple to install. Its LED signal is self-powered and indicates various details depending on the design of the system. This makes it suitable for applications in HVAC, motors with advanced control, process monitoring systems, machine tools, pump control, transportation systems, automated warehouses, and factory automation.

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