C4SMC-GGF-CX14Q7S1

Discrete LED indications are used to signal the on/off status of equipment, to improve the efficiency of maintenance working, and to troubleshoot signal outputs. The C4SMC-GGF-CX14Q7S1 is one of a variety of discrete LED indicators available in the market, and its application field and working principle should be understood in order to use it properly.

Application Field

The C4SMC-GGF-CX14Q7S1 is a month-level visual indicator, and is primarily used to display equipment on/off status in a clear and convenient fashion. It features a round disc-shaped design with a bright LED that electrically indicates whether the load is on or off by its colour in both dark and light environments. It works well in small-area industrial and large-scale commercial applications. It is particularly ideal for applications such as opening and closing doors, light switches, operating windows, or LCDs in industrial, military and aerospace applications.

Working Principle

The C4SMC-GGF-CX14Q7S1 utilizes a low-voltage DC power source to trigger its indicator. When the voltage drops to a certain level, the LED turns on and another voltage level will turn it off. This traditional and reliable discrete LED indicator is often used to detect changes in the on/off status of equipment, and the voltage can be adjusted to select a specific voltage level that works best with the equipment. This allows the indicator to work properly in applications where the voltage may be changing frequently.

The C4SMC-GGF-CX14Q7S1 utilizes a simple yet effective circuit design to reduce the possibility of short circuiting, and to ensure a long life of the LED indicating light. The LED bulb is protected from shock and vibration with its sturdy construction, and the LEDs are available in multiple voltage ranges. This provides users with the flexibility to select the most suitable voltage for the specific application.

Conclusion

The C4SMC-GGF-CX14Q7S1 is an excellent choice for discrete LED indications. It is ideal for small-area industrial and large-scale commercial applications, and its circuit design ensures that it is less prone to short circuiting or damage. It enables users to detect changes in the on/off status of equipment and choose the appropriate voltage level to ensure its proper functioning.