Application of Large Stainless Steel Integrated Fire Water Tank Pump Station

Application of Large Stainless Steel Integrated Fire Water Tank Pump Station

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Stainless steel integrated fire water tankThe water tank of the modular box board pump station, the outer protective plate and top plate of the pump room, and the bottom plate of the ground pump station water tank are assembled from modular box boards. The module box board is made of composite steel plates composed of hot-dip galvanized steel plates, stainless steel plates, or hot-dip galvanized steel plates and stainless steel plates. There are three standard box board specifications for combination water tanks: 1m × 1m, 1m × 2m, 1m × 3m, and 1m × 4m. The bolts and nuts required for assembly are made of hot-dip galvanized steel, ductile iron, or stainless steel materials. Rubber sealing gaskets are sandwiched between the water tank panels. 3. The measuring accuracy of pressure gauges, vacuum pressure gauges, flow meters, and vacuum pressure gauges should be at level 0.5, and 75% of the measuring range should be greater than 165% of the design pressure of the water pump. The measurement accuracy of the flowmeter is 0.4 level, and 75% of the range should be greater than 175% of the design flow rate of the water pump.

Application of Large Stainless Steel Integrated Fire Water Tank Pump Stationrequirements
1. The piping of the pump room should pass the full water test and water pressure test, and there should be a record of the qualified test.
The specifications and quantities of valves and check valves on the piping of the pump room should meet the design requirements. The control valves on the water pump suction and discharge pipes should have locking devices and clear markings.
3. The pump room should be equipped with ventilation pipes and mechanical ventilation facilities if necessary. The air exchange rate should not be less than 6 times per hour. In humid environments or climates, dehumidification equipment should be installed in the pump room.
4. The maintenance holes (doors) in the pump room should allow for the entry and exit of equipment inside the pump room and meet the design requirements.
5. The buried fire pump station should complete the following tests before installation: full water test of water tank and pipeline, and water pressure test. The flow and head detection of fire water pumps, automatic, linkage, and on-site start-up detection of pump units, leak prevention detection of pump rooms, and acceptance of fire water, fire water systems, and control cabinets should comply with the current national standard "Technical Specification for Fire Water Supply and Hydrant Systems" GB50974-2014.The components such as the pneumatic water tank, water pump unit, and electrical components of the equipment should be assembled and used only after passing the inspection. Equipment assembled on-site can be used to inspect the overall performance on site. 3) Should hold a production license issued by the relevant department. 4) The overall structure of the equipment, water pipelines, gas pipelines, and electrical circuits should be arranged reasonably, and there should be space for installation and maintenance for easy operation. 5) The purchased parts and materials used in conjunction with the equipment should be selected from products that meet industry standards. 6) The structural requirements of the water pump unit: a. The stabilizing pump should be an equipment pump with the same working capacity as the working pump.

Prefabricated stainless steel integrated fire water tank pump station is suitable for domestic sewage treatment and similar sewage treatment in residential areas, hotels, sanatoriums, hospitals, villages, towns, stations, airports, seaports, ships, factories, mines, tourist attractions, scenic spots, schools, highway service areas, villa communities, and so on Urban apartment buildings, shopping centers, hotels, factory office areas, public buildings, suburbs, golf villages, military bases. The entire set of equipment can be buried underground,