Thermal Aerosol Fire Extinguishing Device (Miniature)

　　Overview of Fire Extinguishing Systems 
　　The thermal aerosol fire suppression system (small and compact) employs a composite oxidizer formulation based on strontium salts. It is a new, high-tech, eco-friendly fire protection product that has been further developed on the basis of the third-generation S-type thermal aerosol fire suppression system. This system features environmental friendliness, high fire-extinguishing efficiency, simple installation, maintenance-free operation, cost savings, and safety with no toxicity. 
　　Working principle 
　　1. Hot-start operating principle: 
　　When the ambient temperature reaches the activation temperature of the thermal sensing line (170℃ ± 10℃) or comes into contact with an open flame, the thermal sensing line will self-ignite and transmit a signal to the miniature aerosol fire suppression device. Upon receiving the activation signal, the miniature aerosol fire suppression device will activate its internal extinguishing agent, rapidly generating and ejecting an aerosol extinguishing agent to achieve rapid fire suppression. 
　　2. Principle of electric start-up: 
　　The fire alarm control panel or gas fire suppression control system detects fire signals. When a fire is detected, it outputs a 24V current signal to the small-scale thermal aerosol fire extinguishing device. Upon receiving the start signal, the internal fire-extinguishing agent in the small-scale thermal aerosol fire extinguishing device is activated, rapidly generating and releasing an aerosol fire-extinguishing agent to achieve rapid fire suppression. 
　　Application scenarios 
　　State Grid, transformer rooms, cable tunnels, narrow spaces such as cable trenches, cable shafts, communication facilities, charging cabinets, battery-swapping cabinets, switchgear control cabinets, data centers, process control centers, railway signal towers, highway signal stations, automobile engine compartments, turbine rooms, ship engine rooms, telecommunications equipment rooms, computer rooms, substations, generator rooms, archives, document rooms, safes, electrical testing equipment, and other high-precision machinery, etc. 
　　Main performance and parameters