• Axial Flow Pump China Water Pumps with Control Panel System 1
  • Axial Flow Pump China Water Pumps with Control Panel System 2
  • Axial Flow Pump China Water Pumps with Control Panel System 3
  • Axial Flow Pump China Water Pumps with Control Panel System 4
Axial Flow Pump China Water Pumps with Control Panel

Axial Flow Pump China Water Pumps with Control Panel

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
1000 set/month

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  Axial Flow Pump China Water Pumps with Control Panel


1) Features:                A) Vertical structure
                                                   B) Fitted with vertical motor
                                                   C) Long shaft
                                                   D) High efficiency

                                                                    E) Good vapor erosion resistance



2) Applications:
                                                                     A) Hydraulic projects
                                                     B) Farm-land irrigation
                                                     C) Industrial water transportation
                                                     D) Water supply and drainage
                                                     E) Water allocation engineering



3) Technical data:
                                                      A) Flow: 83 - 48, 888m3/h
                                                      B) Head: 1 - 30.6m
                                                     C) Medium temperature: 50oC
                                                     D) Operation pressure: 2.5Mpa
                                                     E) Diameter: 350 - 1, 800mm
                                                     F) Power: 4 - 20, 00kW
                                                    G) Voltage: 355kW, 6kV, 10kV

 

4)Material Standard:

                                                                   A)Casing: cast iron 

                                                                   B)Impeller:cast iron/ Carbon steel/stainless steel

                                                                  C)Shaft: Carbon/Cr-steel

5)Pictures


Axial Flow Pump China Water Pumps with Control Panel




Q: I just noticed a slight leak from my water pump. About the size of my fist. I called one mechanic and was told the 2001 BMW Z3's water pump seals are tight and do not leak with the car is running (engine is hot) but once the car cools the water pump seals expand resulting in the small leak, that I shouldn't worry about it unless it leaks more, the engine over-heats, or dash light turns on. The BMW said I should have the water pump replaced but he may have just said that to make a repair sale. Anyone out there know the truth?
Some seepage through the bearing seal is normal for new pumps. I've never had it happen to me, but that is what I read in the information sheet that the pump came with. If it's leaking out of the gasket area, then you will need to put on a new seal. If the new seal doesn't have anything on it to help the gasket seal such a Felpro's printoseal, use RTV sealant on it and allow it to cure before driving. It is sticky and messy, but it works great.
Q: As I wrote last night, I have a Isuzu Rodeo V6 3.2L 4X4. I guess I misunderstood my husband. I talked to him this morning and he said that it did overheat but the gauges on the inside of the car wasn't showing that it was overheating. It wasn't spewing coolant but the coolant that was just filled up a couple of weeks ago is empty. Does anyone know what the problem is?
it could be coming out of the weep hole in the water pump or a freeze plug leaking. have him to check those things out.
Q: We lost power during the hurricane, we have well water. the power went out and we lost water also, what are the procedures to bleed and restart a goulds pumps c48a93a06 water pump?
1. you are going to need at least a couple gallons of water in a bucket to re-prime. 2. look for a plug at the top of the pump and remove it. 3. pour water into the plug opening, filling up the pump as much as you can. 4. put plug back in so at least one thread is grabbing. by doing this it will allow air to escape and won't be spraying water everywhere. it is also a good idea to keep your hand on the plug. 5. turn on electricity to pump. 6. when you start to notice pressure re-gaining tighten up the plug so it does not drip. It is also a good idea to have an outside tap on to get air out of the lines. Another thing is, it is a good idea to shut off water to toilets and washing machines before re-starting pump because small debris have a habit of clogging them up. When your pressure is back, drain your toilet and cold water line to your washing machine, flushing all the stuff out until you see nice clear water. Hope I helped and good luck.
Q: I would like to ask, the pump power and flow, there is no formula can be converted? For example, the flow of 9000 tons / hour, then how many units to accompany, how many kilowatts of water pump?
Pump shaft power (kw) = water supply (L / s) x lift (m) /102 * efficiency = flow * lift * density * acceleration of gravity.Explanation:102 is the unit collation constant.Pump effective power / pump shaft power = pump efficiency (general 50%--90%, large pump higher)Unit time pump liquid volume flow is, flow by Q, a unit of measure: m3 / h (m3/h), L / S (l/s), L/s=3.6 m3/h=0.06 m3/min=60L/minG=Q G refers to weight - liquid proportionThe energy obtained by pumping a liquid of a unit weight is called a lift. The pump head, including suction stroke, is approximately the difference between the pump outlet and inlet pressure. The lift is expressed in H, and the unit is m.The efficiency of a pump is the ratio of the effective power to the axial power of the pump. ETA =Pe/P pump power usually refers to the input power, the motive power to the pump shaft, it is also called the shaft power, denoted by P. Effective power is the product of pump head and mass flow and gravity acceleration
Q: Water is pumped through a pipe of diameter 13.0 cm from the Colorado River up to Grand Canyon Village, on the rim of the canyon. The river is at 564 m elevation and the village is at 2311 m.(a) At what minimum pressure must the water be pumped to arrive at the village? (in MPa)b) If 4300 m3 are pumped per day, what is the speed of the water in the pipe? (in m/s)(c) What additional pressure is necessary to deliver this flow? Note: You may assume that the free-fall acceleration and the density of air are constant over the given range of elevations.( in kPa)I have tried this over and over but i know B it is 3.75 m/s please help if you know to do this THANKS!!!!!
a) Pressure is the weight of a 1 meter square column of water. The height of the pipe is 2311-564 = 1747 m volume is 1747 m? density of water is density of water at 20C = 0.998 g/cm? = 998 kg/m? mass of water is 1747 m? x 998 kg/m? = 1744000 kg weight of water is 1744000 x 9.8 = 17090000 N Pressure is 17090000 N/m? or 17.09 MP b) Cross sectional are of pipe is A = πr? A = π(.065)? = 0.0133 m? one meter of pipe has a volume of .0133 m? 4300 m? are pumped per day The water in that one meter of pipe has to be changed 4300 / 0133 = 324000 times per day to handle the flow That is 324000 / (24*3600) times per second or 3.75 times per second. Since the section of pipe is is 1 meter, that is 3.75 meters per second.
Q: i heard a water pump should not be able to move.is that correct? It is a 1995 RM250. there is no clogging in the pipes coming from the radiators with 2 fingers require force to move them but with the 1 finger it requires no force to move a couple Centimeters.
The water pump is turned by the primary gear on the crankshaft. When you were turning the water pump - the crankshaft was moving the piston up down in the cylinder. The couple of centimeters of movement is just the play between the gears - that's normal.
Q: 1998 BMW 328i : to replace water pump, thermostat and gaskets, brake flush, fuel system cleaning with tune up,drive belt for 90k serivce; totally how much bucks?thx a lot !
At okorder to prevent mechanics from trying to rip you on the parts.... and they might not be trying to... but their prices are higher than bav's. PS... the 90K mile service is A LOT... I have never paid anyone to do it. Look in the back of your owners manual, it tells you everything they check. I check it all myself. If you change your own oil scope things out while your under the car. It's easy to spot stuff that is wearing out. You can reset the service light yourself too. :P If you don't know anything about cars however.... don't try doing it yourself.... in other words... if you are scared of doing it, don't... if you feel confident... go for it. Also... the first time you do things it might take an hour... second time will take 30 mins... 3rd time you do something it will take 10-15 mins. Most of the projects I have done have been like that. From rebuilding the internal door mechanisms to working on the engine... that's how it's been for me. Key is to not let yourself get frustrated.
Q: I have a quot;Rainbow Lifeguard Quiet One 6000external pump that I would like to use on a new chiller for my tank. The pump is rated at a little over 1500 gallons per hour. I'm debating between a couple of chillers, one that has a max flow rate of 1300 gph and another that has a max of 960.I know that you are only supposed to put any valves on the outflow side of the pump and lessening the flow to 1300 from 1500 doesn't seem like it would be that big of a problem, but I was curious it cutting it back to 960 would be hard on the pump in the long run. (I'm leaning towards the bigger chiller as although it may be overkill for my tank, it would let me have a little more water circulation.)
ditto to magic
Q: How much solar energy would you need to generate and run a small water pump? Say one that is big enough to extract water from a bucket that is 1 ft wide x 2 ft deep? What size solar panel would you need to accomplish this?
Assuming you are only interested in pumping the water out of the back (and onto the floor). The majority of the energy will be consumed trying to get the water to the tip of the bucket (where it will then fall to the floor), so it will initially require very little energy, but by the time it's trying to remove the last bit of water it will have to lift it 2' high(and water exerts 2.41psi per sq. so it need to exert 2.82 PSI+force exerted by the 2' of tubing/pipe). It would also depend on how quickly you want to get the water out of the bucket.
Q: Every time i turn off the engine i hear like liquid noises behind the dash board in the drivers side. My fan isnt working properly but i just took a trip...4 hours away.. on the highway the temperature would be fine but on regular streets my temperature goes high pretty fast..i have been putting anti freeze pretty often lately because it goes low but there is no signs of a leak anywhere. Could it just be that my fan isnt working properly or is it because the water pump is going bad? or both? I have a 93 Toyota celica
17 Years...... Blown Head Gasket, Fans need to be Repaired {A/C Fan on at all times with A/C on, Radiator Fan Cycling as Engine Heats Cools}, Thermostat Removed, Cooling System Boiled/Flushed Out, New Thermostat Installed After Cooling System Cleaning, At 17 Years New Radiator Hoses Clamps, New Radiator Cap, New Temp. Sensor, New Coolant (50%-50% Anti-Freeze Clean Water Used All Year Round). Hopefully that should fix it. Almost forgot; With a Blown Head Gasket there will be Water in the Oil, you should Flush the Engine and change the Oil Filter.

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