1052QCX5

Panel Indicators and Pilot Lights

1052QCX5 application field and working principle

The 1052QCX5 panel indicator and pilot light is typically used in many industrial machine applications to monitor the various conditions of the equipment. This device is often found in control panels where the operator is able to see a light as an alert for certain conditions. This indicator is a 4 digit indicator, offering the operator a way to see in an instant if something requires their attention.

The operation of the 1052QCX5 is relatively straightforward. By changing the voltage to the device, the panel indicator will indicate a certain digit or set of digits, depending on the voltage supplied. Different LED colors are used for different states that the equipment might be in. The color chosen for display segments are typically based on the most common color codes that a wide range of personnel would be able to easily identify. Depending on the particular equipment, the colors could be used to represent the various states with the most commonly used being green for normal/on and red for alert/off.

This device also offers a range of features such as input voltage range, power consumption, board size, LED luminance, and environmental compatibility. For instance, the input voltage range extends from 6V to 24V, and can be operated in temperatures between -40°C and +60°C. And, the 1054QCX5 has a power consumption of 21mA max and a board size of 39.8 x 15.7 x 8.5 cm.

Aside from the basic design of the 1052QCX5, other features include a fast assembly design which makes installation quicker and easier. Additionally, this device adopts a long-life panel indicator that can be used for up to 50,000 hours, ensuring compatibility with a wider range of equipment.

In conclusion, the 1052QCX5 panel indicator and pilot light is ideal for many industrial machine applications. This device is designed to be long lasting, offer a wide range of features and be easy to install. By changing the voltage of the device, the various conditions and states of the equipment can be monitored in an instant.