Egypt 6''8''10'' Deep Well Submersible Pump( Solar Pump )

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

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Supply Capability:: 5000 unit/month

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Quick Details

Place of Origin:Henan, China (Mainland)
Brand Name:SHENWU
Model Number:200QJ32-52/4
Theory:Centrifugal Pump
Structure:Multistage Pump
Usage:Water
Power:Electric
Standard or Nonstandard:Standard
Fuel:Electric
Pressure:High Pressure
Application:Submersible
Material:Cast Iron / Stainless Steel
Color:Blue or Green
Flow:32m3/h
Head:52m
Head Range:50-54m
Power:7.5kW
Drive:Motor
OEM,Design Service:Accept
Using:river,deep borehole well,open well,pool,etc
Outlet Diameter:1.2,2,3,4,5,6,7,8,10 inch

Packaging & Delivery

Packaging Details:	plywood case with carbon box
Delivery Detail:	3-5 days after payment confirmation

Specifications

Egypt 6''8''10'' Deep Well Submersible Pump
1.Flow:10~500 m3/h
2.Lift: 5~400m
3.Diameter:30~150mm
4.CE, BV, ISO9001

Egypt 6''8''10'' Deep Well Submersible Pump( Solar Pump )

Our main products QJ submersible pumps series, QS bearing submersible pump series; QSL submersible halogen pumps series; WQ sewage pumps series; QY Oil Immerse submersible pump; SLG/SLW pipeline pump; D-Phase pumps; MD centrifugal pumps; SSQJ stainless steel deep well pumps, etc. over 40 kinds of series.

The pump flow range: 5m3/h~2000m3/h,

Lift scope : 5m-1400m,

Motor power range: 0.55-500 kW.

There are over 3000 models.

SQJ ,SQS,SQY Submersible Pump Series Parameters

SQJ Submersible pumps Parameters:

Flow range10~500m3/h, Lift scope within 5~405m;

Caliber scope 32~203mm, Temperature range-15~80° C.

SQS Bearing submersible pumps Parameters:

Flow range10~250m3/h, Lift scope within 5~12m;

Caliber scope 30~150mm, Temperature range<=30° C.

SQY Oil Immersed submersible pumps Parameters:

Flow range10~100m3/h, Lift scope within 5~54m;

Caliber scope 51~152mm, Temperature range<=40° C.

Products Overview

SQJ, SQS, SQY, Series submersible pumps widely used in farmland irrigation, spray irrigation and water-use, industrial and civil buildings, also the drainage system to level hills, mountain diversion and in low-lying areas dunes, urban and rural mining supply, drainage and other water conservancy facilities. Characteristics are that they are assembled into a simple structure they have installation convenience a small footprint, simple maintenance and a safe reliable operation.

Product use conditions

1. SQJ Submersible pumps use conditions:

(1)380 V bias voltage does not exceed +/-10% and 50 HZ frequency, and the deviation is not more than + -1% of the three-phase power supply.

Electrical cavity must be filled with water during operation.

(3)The first-class pump impeller should at least go into a dynamic water level 2 m below surface. Static pump unit immersed under water shall not be greater than 70 m in depth.

(4)The normal water temperature should be no higher than 20 ° C, QJR- hot water pump temperature up to 80 ° C.

(5)Water and sand content (by mass) of not more than 0.01%.

(6)Water PH 6.5-8.5.

(7)The hydrogen sulfide in water content is not more than 1.5 mg / L.

2. SQS Bearing submersible pumps usage conditions:

(1)Power: 50 Hz frequency and voltage of 380 volts (allowing deviations +5% -10%) of the three-phase AC power. Pumps should be safe submerged operations, diving depth of not less than 0.5 meters.

(2)Water: general corrosion without water, sand volume is not 0.02%, PH: 6.5 ~ 8.5, extracting the water temperature no higher than 30 ° C.

3. SQY Oil Immersed submersible pumps use conditions:

Submersible pumps submerged depth of not more than 5 m; Water temperature does not exceed 40 ° C; water sediment or water insoluble solid mark of the volume ratio of not more than 0.1%, particle size less than 0.2mm, water pH value of 6.5 ~ 8.

Q:what size and what type water pump do i need?i am wanting to pump water from a river 345'-0 up hill at 45deg angle. i would like the water pump located at the cabin where the water dispursement would be. is there a pump that would allow me to do this. also, what size piping should i run from the river to the cabin. i can fabricate my own collection box at the river.any suggestions would be appreciated.: 7 hp motor 8 IMPERIAL head pump( will through about 400 ft up ) with 50 mm piping will work for you.

Q:I have a slight idea but I would like to see what steps other people have taken. I have a 1992 ford escort that needs a new water pump, what steps have you taken to replace it?: It shouldn't in all probability take that long for a water pump. till they are changing the cam belt on the comparable time which could be greater like it. despite the fact that if ?40 an hour is slightly on the steep component. Get a cost from yet another storage or 2 for the comparable interest and see in case you will discover everywhere greater much less high priced

Q:will a water pump that has gone out in a car make water come out the radiater: yes it,s overheating the water pump needs to pump the water away from where the engine needs cooling the most or if it stays there it will heat quickly and boil and create bubbles like when your cooking water in a pot this causes the pressure to increase and forces the water run out the radiator by now you could also have a blown head gasket and that can also force water out the radiator,are the water and oil showing any major pollution as in water in the oil or vice verse.

Q:Trying to replace my water pump and was told labor would cost $90 for an 06 impala 3.9L I don't know if it's reasonable for the amount of work.: A water pump. Ninety dollars sound like 1.5 hours of work at $60 to $65 an hour. The car must cool off first. The car must be emptied of coolant . The serpentine belt must be removed. There might be other items that may need to be placed out of the way on this Impala, capitalized, Mr. Swayward, as car names are proper names and must be capitalized. Apparently teachers do no cover this in class any more. There are many bolts that need to be removed. There is a gasket that needs to be removed. There is a water (coolant) pump that needs to be removed. There is a new pump that needs to be installed. There is a gasket and a cover pan to be installed. There is a serpentine belt that must be returned to service by adjusting the tension. There might items that were removed that need to be moved back. There is coolant fluid that must in added to the vehicle. Past a certain point of adding coolant the engine is run to circulate the fluid to burp the system out of air. As the coolant levels goes down, more fluid is added. Repeat as needed. Once assured of no air then the radiator cap is placed and then work can be checked for leaks and for quality of work, A few minutes of monitoring the engine and the temperature are needed. An experienced mechanic could possibly do this faster but the labor rate comes form a book or website used all over the USA as the time an average mechanic would need to complete this job. As to your question. Is it reasonable? Since you know where on the planet you happen to park this car, then you could call another car repair shop and ask as to this job. You can compare prices.

Q:Well I know the water pump is leaking and its leaking fast. So I put water in the coolant reservoir and when I drive it acts fine but then when I stop and idle the coolant tank starts too over flow and spits the water out everywhere. Car still being at reg temperature the coolant reservoir is steaming/smoking? I can't tell which. But there doesn't seem to be water in the oil??? What's going on? If the water pump is replaced will this stop?: If you are loosing water due to a leak coming from your water pump the radiator can not hold pressure making the water over heat that is where the steam is coming from and as far as how long it will take you to replace the water pump time will tell if this is your first time it may take you 8 hours but like they say it is better to have tried than to have not tried at all.

Q:The flow of the pump will be reduced, the speed will change, the power of the motor will change?: Water pump flow rate, speed will not change, the power of the motor will change in general.Different types of pumps have different flow power curves. Only the most common centrifugal pump is used as an example to illustrate the relationship between the flow rate and other pump parameters. The typical centrifugal pump flow power curve is shown in the P-qv curve (red line) shown below.Turn left and turn right |According to the flow power curve, it can be seen that with the increase of the flow rate, the power increases linearly, and the power decreases linearly with the decrease of flow rate.In fact, the pump shaft power P= P gQH/ (1000 K), including H: head, unit m, Q: flow unit m3/s, ETA: for the efficiency of the pump, general 0.7-0.85, P: shaft power, unit kW, K: matching coefficient, small power is 1.25, P: work is like a water medium density.Therefore, for a specified pump, the power is proportional to the flow theoretically. In fact, as the flow rate changes, the efficiency of the pump changes, so it can only be close to the positive proportion.Running water pump speed generally depends only on the pump, power (motor, diesel, etc.) speed, the flow of water generally can not affect its speed. But in the design of pumps, the flow is related to the speed, and other design parameters remain unchanged, the pump speed is high, the pump flow.

Q:I have a 1997 mercedes 320e and it is leaking very bad. I need a temporary fix for the water pump, so that I can take it to the repair shop that is 10 min. away.: old mechanic trick get pepper and pour it in there/use a whole box if you have it/works

Q:I'm going on a week long hiking trip and need safe water. What brand and model of water filter/pump should i get? Whats good quality for a low price?: For okorder /

Q:I'm planning to install a water pump using electric generator from a very long distance going up from a cliff: Well yes it wiould , powerful pumps need more electric power so check that the generator can supply the power needed by the pump

Q:Pump head is too high what's the impact?: Water pressure is too large, energy consumption is too high, you can choose near the flow of Yang Cheng

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