LB01KW01-12-JF

Panel indicators, pilot lights, and the LB01KW01-12-JF are crucial components for providing quick and easy visual status confirmation of noisy and often hazardous applications. They typically provide a much-needed means of confirming proper equipment functioning in complex systems. This article explains the LB01KW01-12-JF and how it works in terms of its application field and working principle.

Overview

The LB01KW01-12-JF is part of a rectangular shaped LED panel indicator light produced by LINBON Electric Technology Co., Ltd. This specific indicator light has a 5mm x 5mm panel cutout and a threaded sleeve size of 12mm. The product also features an LED bulb with a wattage of 0.14W, a voltage range between 4-30V DC, a current rating of 20mA, and a luminous angle of 20-340V AC/DC. It has an operating temperature range of -20C to 50C, as well as an ingress protection rating of IP40. The LB01KW01-12-JF also contains a 2-pin box terminal for connection.

Application Field

The LB01KW01-12-JF is a great choice for a variety of fields, such as industrial control and automotive applications. Its features make it an ideal choice for applications that involve manual switch control, such as those in tanks, fueling systems, elevators, machine tools, pumps, motors, traffic signals, and many other processes. Its versatility also makes it ideal for applications that require temperature sensors, meters, relay control, switch control, and so on. Moreover, the LB01KW01-12-JF is designed for use in specific control circuitry, and its size ensures easy mounting.

Working Principle

The working principle of the LB01KW01-12-JF is based on its ability to detect the presence of the conductor and indicate it with a LED bulb. The LB01KW01-12-JF is designed according to the principle of electromagnetic conversion. The device works by using a magnetic field to generate a current in the conductor. This current is indicated with the LED bulb when the LB01KW01-12-JF detects the presence of the conductor.

When the output of the panel indicator is connected to the AC supply, the electromagnet induces a magnetic field. This field produces an AC current in the conductor that is in the circuit. The current then generates a voltage difference between the LED terminals, which results in the illumination of the LED. The intensity of the LED illumination can be controlled by varying the AC supply voltage.

Conclusion

The LB01KW01-12-JF is a useful tool for many applications. Its application field is extensive, its versatility, and its capability to deliver status confirmation of noisy, hazardous, and complex processes makes it the ideal choice for many operations. Furthermore, understanding the working principle of the LB01KW01-12-JF helps users have a better understanding and visual input of the system functioning.