Hany SamyI do not find what I can say and I do not know how to thank you. It was a great week with you and it was one of the best times I ever had. your boss is excellent and the factory is very good I'll miss you all I miss you so much Thank you Hany samy
HazelThank you very much for the training and for being generous hosts. We have learned a lot and will be putting our knowledge into good use. Regarding the specs for our sample model, we’ll get back to you once we have gathered more information. Again, thank you for accommodating us in the training J
WenThanks for the hospitality during our visit to your company. We are waiting for your revise offer with inclusive shipping cost. Thanks.
NFPA20 Horizontal Split Case Fire Pump For Schools / Supermarkets 1500gpm@300 Feet
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|Medium||Nature Water Or Clean Liquid||Function||Fire Fighting|
|Cooling Method||Water Cooling||Impeller||Bronze|
ul listed fire pumps,
horizontal split case fire pump,
Split Case Fire Pump 1500gpm
There are two main types of the split case pump. When the casing is split along a vertical plane with respect to the
The split case pump has both the discharge and suction connections in the lower half of the pump casing, in an opposing
|Rated Flow||1500 GPM|
|Pump : NM Fire (UL/FM )||SCF 200-150-300|
|Casing||Ductile Cast Iron|
|Diesel Engine: NM FIRE (UL)||NM6-102B / 2980 rpm / 153HP|
|Control Panel: Eaton (UL/FM)||FD120-L1|
|Motor: Techtop (UL)||TDC405TS150U2B|
|Control Panel: Eaton (UL/FM)||FD70 Series|
Split case fire pumps are specifically designed and tested for fire service application around the world including:
Office buildings, hospitals, airports, manufacturing facilities, warehouses, power stations, oil and gas industry, schools/colleges,
- Municipal water supply;
- Power plants;
- Industrial plants;
- Boiler feed and condensate systems;
- Irrigation and dewatering;
- General purposes.
First-Class international technical standards
Horizontal Split Case (HSC) pumps are given their name due to the “split”” design of the casing, where the casing cover can be lifted off of the pump to expose the internal components. These components include the impeller, bearings, pump shaft, and so on. HSC pumps have two bearings, located on either side of the impeller, which are useful to withstand the large amount of vibration and thrust forces often caused by water turbulence in the suction piping. The pump casings are often designed to handle higher working pressures, and are often heavier. The durability of the HSC design allows the pump to be used for very large water flows – often in excess of 5000 GPM. It should be noted that an HSC pump is not always mounted horizontally, it is possible to have the same durability design features and have the pump designed to be mounted vertically.