Application of large space intelligent active sprinkler system

System Operation Principle

The system works by utilizing fire image flame detectors or other types of fire sensors to detect early signs of fire. Once a fire is detected, the central processing unit quickly identifies the affected area and activates at least two fire monitors located in that zone. These monitors automatically aim at the exact location of the fire, ensuring precise targeting. The system then controls the corresponding fire guns to align with the fire source and triggers the fire-fighting pumps and electric valves to release water or foam for immediate suppression. After the fire is under control, the system automatically stops the pump and closes the valve, preventing unnecessary water flow and damage.

The system operates in three different modes: manual, semi-automatic, and fully automatic. In manual mode, operators have full control over all functions. In semi-automatic mode, the system automatically detects the fire, alerts the operator, and aims the fire cannon at the source, but the actual water spraying must be initiated manually. In fully automatic mode, the system performs all actions without human intervention—automatically detecting, aiming, activating the pump, opening the valve, and spraying water or foam, followed by automatic shutdown once the fire is extinguished.

Designed for versatility, this system can function reliably in a wide range of environments, including indoor and outdoor spaces, wet or dry conditions, extreme temperatures, heavy rain, strong winds, and more. Its robust anti-interference capabilities make it suitable for even the most challenging settings.

Applications

This intelligent sprinkler system is ideal for various large-scale and specialized locations, including:

(1) Large public venues such as stadiums, airports, train stations, ports, warehouses, conference halls, shopping malls, and theaters;

(2) Specialized spaces like historical buildings, highway tunnels, oil depots, large tank farms, aircraft hangars, and other critical infrastructure;

(3) Industrial areas with high levels of dust and moisture, such as tobacco and chemical plants;

(4) Harsh environments where corrosive gases or extreme weather conditions are common.

With its adaptability, precision, and automation, this system provides a reliable and efficient solution for modern fire safety needs across diverse industries and settings.