INSTALLATION FOR FIRE FIGHTING AND water mist generating unit gas-liquid mixture PLANTS FOR FIRE FIGHTING water mist

摘要

The invention relates to fire fighting equipment, namely, to the water mist extinguishing installation structure which can be used for the protection of closed rooms and fire objects and constructions Fitting assembly forming a gas-liquid mixture extinguishing water mist. SUMMARY first utility model is that the installation for extinguishing water mist comprises a container with extinguishing liquid, locking-starting device connected to a signaling device, a supply line connected to sprinklers mounted in the protected space, the capacity of a working gas, the siphon tube, the input end of which is lowered into a container with extinguishing liquid and liquid mixture forming unit configured to form an adapter with a gas chamber, wherein the horizontally disposed gas to amer, the inlet chamber and the mixing chamber and vertically disposed outlet chamber, the mixing chamber is arranged above the inlet chamber and communicates with the outlet chamber and by the first inclined hole communicated with the gas chamber, which via a second oblique bore communicates with the inlet chamber, forming a node-liquid mixture is sealed in the neck of the container with extinguishing liquid to the mixing chamber by a fire-extinguishing liquid container is attached the outlet end of the siphon tube and the gas chambers and sealingly connected via a gas hose to a vessel containing a working gas, wherein the outlet chamber is sealingly connected to the inlet end of the supply line. SUMMARY second utility model is that the formation of gas-liquid Fitting mixture node extinguishing configured as an adapter with a gas chamber, wherein the horizontally disposed gas chamber, the inlet chamber and the mixing chamber and vertically disposed outlet chamber, the mixing chamber is arranged above the inlet chamber and It communicates with the outlet chamber and by the first inclined hole communicated with the gas chamber, which via a second oblique bore communicates with the inlet chamber. The technical result consists in reducing the rate of initial fire extinguishing substances and reducing the time required for extinguishing the fire.