H310CSRD

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LEDs (Light-Emitting Diodes) are semiconductor devices that turn electrical energy into visible light. They are broadly used across many industries, often as an indication of status, such as in alarm systems, medical applications, automobiles, computers, and appliances. Commonly used LEDs include panel-mount indicators, arrays, light bars, bar graphs, and more. An increasingly popular option is an H310CSRD circuit board indicator, which provides a reliable, high-visibility solution for applications where fluorescent or incandescent lamps are unsuitable. Here, we discuss the application field and working principle of the H310CSRD.

Application Field of the H310CSRD

The H310CSRD is highly suitable for use in power protection, programmable logic-control, robotics and automation, audio, and broadcasting equipment. Light housing and embedded style mounting are equally viable. The device is capable of withstanding the pressure and vibrations of equipment in tough industrial settings. Its expansive 135° viewing angle ensures visibility from any angle, and the device operates very efficiently with power consumption staying within 6mA and 8mA. The H310CSRD is also extremely durable, with a lifespan of up to 50,000 hours at 40°C and can function over a wide temperature range of -20°C - 75°C.

Working Principle of the H310CSRD

The H310CSRD is a 30mm LED circuit board indicator, consisting of a light source, power supply, and control circuits, with a drive voltage of up to 10V DC, and a current of up to 1mA. The LED board is designed to handle high inrush current, and the LED doesn\'t have to be on all the time, which helps conserve energy. When the voltage is on, electrical charge begins flowing through the diode, triggering the light from the board to be on. The light will keep on until the power supply is shut off or disconnect.

One of the main benefits of using an H310CSRD is that, unlike other LED circuit board indicators, it has the ability to flash. This is achieved by applying pulses of electrical energy to the diode. Appropriately timed pulses of electricity will make the board flash, while a continuous stream of pulses will make it stay lit. The on and off speed of the flash rate is determined by the pulse frequency, which can be adjusted through the power supply.

Conclusion

LEDs are an effective and efficient way to visualize status and other conditions for a wide variety of applications. The H310CSRD is a unique and durable LED circuit board indicator that is highly suitable for industrial settings. It offers a wide viewing angle and can be used for both embedded and light housing mounting. The H310CSRD also has the power to flash on and off and its flash rate can be adjusted through its power supply, providing a visible indication.

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