Q8R1BXXY12E

Q8R1BXXY12E is an industrial-grade panel indicator that is used to determine the position of a switch or the state of a circuit. It consists of a light source (which is usually a neon or LED bulb) and a base housing the necessary LED components. The light source is energized when the switch is turned on or the circuit is closed, which produces a visible indication on the panel.

Q8R1BXXY12E can be classified as a Pilot Light in industrial applications since its purpose is to provide a quick and accurate indication of switch position or circuit state. It is commonly used in hydraulic and pneumatic systems, as well as in electrical control panels. One of the most important advantages of Q8R1BXXY12E is its compact size, which allows it to be mounted easily and securely in tight spaces. Furthermore, it offers good visibility and reliability since it can perfectly indicate switch positions in any environmental condition.

The working principle of Q8R1BXXY12E is quite simple as it uses a pilot light with two functions. First, when a switch is open, the light source is inactive and no light is emitted. Secondly, when the switch is closed, power is supplied to the pilot light and it will emit light according to the voltage. Thus, the presence or absence of light indicates the open or closed state of the switch.

Moreover, Q8R1BXXY12E features a durable metal housing which ensures a long operational life under harsh industrial environments. It is designed in such a way that it meets CE/UL requirements and it also has a special flame retardant material to protect against fire hazards. It can also be connected directly to a main switchboard eliminating the need for extra relays or circuit breakers.

In conclusion, Q8R1BXXY12E is an industrial-grade panel indicator that can be classified as a Pilot Light. It has an efficient design, a durable construction with fire-retardant materials and good visibility that is suitable for many different types of industrial applications. Additionally, it has a simple working principle that makes it an ideal solution for indicating switch positions in any environmental conditions.