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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
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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
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WenThanks for the hospitality during our visit to your company. We are waiting for your revise offer with inclusive shipping cost. Thanks.
NMFIRE 100~7500 GPM Vertical Turbine Fire Pump Fire Fighting Water Pump
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xFlow | 100~7500 GPM | Head | 40~377 PSI |
---|---|---|---|
Speed | 1480 ~2900 RPM | Medium | Fresh Water / Sea Water |
Driver | Electric Motor / Diseel Engine | Stages | 1~12 Stages |
NMFIRE 100~7500 GPM Vertical Turbine Fire Pump Fire Fighting Water Pump
Vertical Shaft Turbine Pumps:
Be suitable to be used where a static suction lift is involved, can save pump room space too, but
cost is higher than other pumps, on site job and service is difficult.
Vertical turbine pump is suitable for well or pit or other low water level condition.
How It Works:
The vertical turbine pump is normally driven by an AC electric induction motor or a diesel engine
via a right angle drive. The end of the pump consists of a rotating impeller that is joined to a shaft
and guides the well water into a diffuser casing known as a bowl.
Pumps with multi-stage arrangements use several impellers on a single shaft to generate higher
pressure that would be required for pumping water from deeper wells or where higher pressure
(head) is required at ground level.
A vertical turbine pump works when water comes through the pump from the bottom through a bell
-shaped device known as a suction bell. The water then moves into the first stage impeller, which
increases the velocity of the water. The water then moves into the diffuser casing directly above
the impeller, where the high velocity energy is transformed into high pressure. The diffuser casing
also guides the fluid into the next impeller located directly above the diffuser casing. The process
goes on through all the stages in the pump.
The VTP pump line is normally designed to operate in wells or sumps. Its bowl assembly consists
primarily of a suction case or bell, one or more pump bowls and a discharge case. The pump bowl
assembly is positioned in the sump or well at a depth to provide the proper submergence.