6065-951-634R Optoelectronics

Panel Indicators, Pilot Lights can be used to provide awareness of operations and presence of data in many different types of systems. The 6065-951-634R is a type of LED indicator and pilot light that provides visual signal of the system status and commands within process operations. In this article, the application field and working principle of 6065-951-634R will be discussed.

6065-951-634R is mainly used in industrial equipment such as communication systems, water systems, and medical device equipment. In communication systems, the LED indicator offers a highly reliable control signal for system information and command data. For example, the 6065-951-634R indicator can be used to monitor the status of radio communication signals which can be used to identify line difficulties. In water systems, the LED indicator is used to detect low water pressure and effectively displays the operations of the pump. In medical device equipment, it can be used to detect the flow of gas in medical systems. The 6065-951-634R is also used in specific industrial equipment such as aircraft, where its presence assists in the awareness of the temperature inside the cab.

6065-951-634R utilizes a built-in resistor and Light-Emitting Diode (LED). LEDs possess an impressive life span with regards to maintenance intervals and resilence to harsh environments. LEDs are also relatively inexpensive when compared to other types of lightings. The 6065-951-634R also consumes very low power, while simultaneously reflecting strong luminance from its 3mm crown-cap LED light package. The resistance value of the LED indicator varies according to the applied voltage.

When the LED indicator is in operation, it requires at least 3V of DC voltage for energizing the internal LED circuit. The resistance of the LED at 3V of input voltage is normally within 100-200 ohms, depending on the brand and model of the indicator. After the completion of energization, the LED will generate light for visual signaling. The light generated by the LED is proportional to the value of the input voltage.

The LED indicator’s luminance is determined by the electrical resistance of the LED as well as the voltage of the applied signal. For example, if the voltage is increased to 4V, the electrical resistance of the LED is decreased. This causes the LED to generate more light with higher luminance. Conversely, if the voltage is decreased to 2V, the electrical resistance of the LED increases which causes the LED to generate less light with lower luminance.

In conclusion, the 6065-951-634R LED indicator and pilot light provides a highly reliable visual signaling mechanism for many types of industrial applications. The LED consumes low power and gives a strong luminance. The application fields for the LED includes communication systems, water systems, medical device equipment and aircrafts. The LED uses a resistor in combination with voltage that determines the resistance value and luminance of the LED.