The thermal power plant boiler furnace flame television monitoring system is an indispensable safety monitoring tool for modern thermal power plants. The internal environment of the boiler furnace is extremely harsh, with temperatures as high as thousands of degrees Celsius, which places extremely high demands on the high-temperature resistance of the camera lens YF-A18-5A-2-15.

The high-temperature camera lens YF-A18-5A-2-15 is made of special materials, such as high-temperature resistant ceramics, high-melting-point metals, etc., which can work stably in the high-temperature environment in the furnace to ensure the continuity and clarity of image transmission. At the same time, the lens is also equipped with an efficient cooling system, which further reduces the lens temperature and prolongs its service life through air cooling.

1. Functions of high-temperature camera lenses

High-definition imaging

The high-temperature camera lens YF-A18-5A-2-15 adopts advanced optical imaging technology, which can clearly capture the subtle changes in the flame in the furnace. Its high-resolution sensor and precision optical lens combination can ensure rich image details and accurate color reproduction, providing operators with intuitive information on the combustion status of the furnace. This high-definition imaging capability is essential for timely detection and handling of abnormal conditions in the furnace.

Automatic exit and protection function

In order to cope with emergencies, the high-temperature camera lens is also equipped with automatic exit and protection functions. When the temperature in the furnace exceeds the set threshold, the power supply is interrupted, or the compressed air supply is insufficient, the lens can automatically exit the furnace to avoid damage. At the same time, the lens also has multiple protection functions such as dustproof, waterproof, and oil-proof to ensure stable operation in harsh environments.

2. Advantages of high-temperature camera lenses in thermal power plants

Real-time monitoring and early warning

The high-temperature camera lens YF-A18-5A-2-15 can monitor the combustion status of the flame in the furnace in real time, including parameters such as the shape, color, and brightness of the flame. Through the video monitoring system, operators can visually observe the combustion situation in the furnace in the control room, and promptly detect problems such as unstable flames and inadequate combustion. This real-time monitoring capability provides a strong guarantee for the safe operation of thermal power plants.

Improve combustion efficiency

Through the high-temperature camera lens, operators can adjust the burner’s air ratio, fuel supply and other parameters to optimize the combustion process and improve combustion efficiency. For example, when the flame is found to be too long or licking the tube, the air ratio can be adjusted in time to avoid the flame directly scouring the furnace tube and causing damage; when the flame color is found to be abnormal, the fuel quality can be checked or the burner settings can be adjusted to ensure sufficient combustion.

Reduce operating costs

The application of the high-temperature camera lens YF-A18-5A-2-15 helps to reduce the maintenance cost and downtime of thermal power plants. By real-time monitoring of the combustion state in the furnace, potential problems can be discovered and handled in time to avoid the expansion of accidents and shutdowns for maintenance. At the same time, optimizing the combustion process can also reduce fuel consumption and pollutant emissions, achieving the goal of energy conservation and emission reduction.

As the core component of the flame television monitoring system of the boiler furnace of a thermal power plant, the high-temperature camera lens plays a vital role in the power industry. Its excellent high-temperature resistance, high-definition imaging capability, and automatic exit and protection functions provide a strong guarantee for the safe and efficient operation of thermal power plants.