Q8R1CXXW24

Panel indicators, such as Q8R1CXXW24, are designed to give a visual indication of the state of a system or circuit. They are widely used in a variety of industries such as automotive, aerospace, and industrial machinery. They can be found in everything from cars and airplanes to consumer appliances and industrial processes. As such, they are often used to provide a quick indication of functionality without the need to dive into complex schematics or problem solving.

Q8R1CXXW24 is a Low-Power Pilot Light with Capacitive Sense and On/Off Status. It offers an easy-to-read LED light that is designed to be mounted to the panel. The indicator is capable of sensing capacitance, allowing it to detect changes in electrical state in its surroundings. This makes it ideal for applications where a visual indication of system or circuit state changes is desired without needing to constantly monitor the system.

Q8R1CXXW24 is designed to be used in multiple modes, including two status modes, one on/off status mode, and a capacitive sense mode. When in the on/off status mode, the indicator is capable of quickly indicating whether a circuit or system is active or not. The LED light will come on and stay on when it is in this mode. For applications that require more in-depth state feedback, the indicator can be used in capacitance sensing mode. In this mode the LED will be illuminated according to the amount of capacitance detected, allowing for a more precise indication of system state.

The Q8R1CXXW24 is designed to be installed in tight spaces with multiple mounting options, including surface mount top or bottom, as well as edge installation for panel cutouts. The indicator has an operating temperature range of -40°C to 85°C and its wide voltage range allows it to be used in a variety of applications. The indicator also includes a built-in flyback diode for protection against contact back voltage.

The Q8R1CXXW24 is an excellent choice for a wide variety of applications. Its versatile design, wide temperature range and multiple modes make it a great choice for different scenarios. Its ability to accurately indicate the state of a circuit or system without constant monitoring makes it incredibly useful in applications such as automotive and industrial machinery.