432m³ SW buried integrated fire pump station is lower than its peers

Today we will discuss how the effective volume of SW buried fire integrated pumping station is calculated, and how the design institute verifies the drawings and determines the effective water level calculation? I believe everyone has doubts. Now let me explain to you. We are Yancheng Siyuan Water Supply and Drainage Equipment Co., Ltd., and I am Changchang.

432m ³ SW buried fire integrated pump station lower than peers

The effective volume of the SW buried fire water tank is 486m3; the tank is an assembled large module water tank, and the box board module and the enclosure board module of the pump room are made of non welded large modules; The module specifications should be 1.0mx2.0m, 1.0mx3.0m, etc; A support rod should be installed inside the buried water tank, and the support rod should be made of hot-dip galvanized steel pipe with a pipe wall thickness of not less than 3mm. The support rod and box plate should be connected with ￠ 16 bolts, and the support rod inside the water tank should be detachably connected with bolts or fasteners. The pipe fittings and large modules should be connected in a detachable fixed manner. It is strictly prohibited to use welding technology to damage the hot-dip galvanized anti-corrosion layer; The pump room is supported by a bolted assembly hot-dip galvanized steel frame structure, with floor support within the pump room space; The welding parts of structural load-bearing attachments must be treated with hot-dip galvanizing for corrosion prevention;

432m ³ SW buried fire integrated pump station lower than peers

The net distance between adjacent units and the wall should not be less than 0.60m when the motor capacity is less than 22kW; not less than 0.8m when the motor capacity is not less than 22kW and not greater than 55kW; not less than 1.2m when the motor capacity is greater than 55kW and less than 255kW; and not less than 1.5m when the motor capacity is greater than 255kW.