• Vertical Turbine Long Shaft Submersible Pump System 1
  • Vertical Turbine Long Shaft Submersible Pump System 2
  • Vertical Turbine Long Shaft Submersible Pump System 3
Vertical Turbine Long Shaft Submersible Pump

Vertical Turbine Long Shaft Submersible Pump

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

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Overview of vertical turbine long shaft submersible pump         

 LP series vertical turbine long shaft submersible pump are new generation and energy-saving equipment for lifting water.

They are with advanced structure, we adopts the core produced with the resin sand and the impeller & diffuser adopts the new technique that top coated with easy, advanced hydraulic model, excellent performance curve without hump and wide efficiency range.

The efficiency is 4-8%higher than that of common deep well pumps structure in average, for this kind pump use whirl sand device and the maze-like structure which makes sand not able to enter the bearings shaft checked by flame method to ensure it’s in line, it’s a new generation design.

 
Operation Condidtions and Standard of vertical turbine long shaft submersible pump

Capacity: Up to 72000 m3/h
Head: Up to 260m
 
 
Pump Supporting Program of vertical turbine long shaft submersible pump

We value the energy saving and environmental protection, by analyzing the requirements of media and operation environment, adopt optimal materials to make the pump operate safely, reliably, economically.

 

FAQ

Q: How can I get trained on CNBM products?

A: Yes, we provide training courses in our factory (products, general and specific pump technology, hydraulics, and practical applications). Please consult your sales manager or get in touch with our headquarters for more information.

Q: Are your pumps cheaper than those of your competitors?

A: CNBM aims to give its customers the highest standards of quality and service and delivery times, all at a reasonable price.

Q: Do you have self-priming pumps?

A: Yes, our product portfolio also includes two ranges of self-priming pumps: self-priming electric pumps and self-priming side channel pumps.

Q: Is it really necessary to fit a bleed valve for the boxes?

A: It is always best to have a bleed valve as the gas produced by the fermenting sewage is potentially hazardous.

Q: If I increase the power of the motor, must I also increase the power of the inverter?

A: You must select the size of converter that allows maximum absorption of the electric motor.

 

Vertical Turbine Long Shaft Submersible Pump

Q: 7.63Determine the isentropic efficency of a water pump when water enters as a saturated liquid at 96.5 kPa and exits at 5 MPa and 106 degrees C.Thanks
For the best answers, search on this site https://shorturl.im/ayhr9 1] INefficiency is associated with an increase in entropy, so the term 'isentropic efficiency' bothers me 2] Find the temp corresponding to a saturation pressure of 96.5 kPa [hint: something less than 100C]. 3] Look at the entropies in and out
Q: We have a 2001 mazda tribute that has been leaking coolant and overheating. we thought it was just the radiator, so we replaced it, but it is still doing it. It leaks pretty rapidly, and overheats pretty fast too (in 1 to 2 miles of city traffic) Does this sound more like a hose or the water pump? how difficult will it be to replace the water pump?
With the engine running at idle take a look at your coolant resevoir and follow the lines. If it is a hose leak you should be able to see it no problem. When is the last time the radiator was flushed? You could have a blockage in there somewhere too. Depending on how handy you are will determine how difficult the water pump is to replace if that is the problem. Some help can be found online by looking for a Mazda forum. Good luck
Q: I have an 02 Gran Prix and my water pump is going out. With the recession I don't have the money to take it in. So can anyone give step by step instructions to help me fix it. I am a do it yourself kinda of guy so I am mechanically inclined. What tools will I'll need? is there a timing chain? How long will you think it will take me? Any thing i should pay attention to? How can I measure the pounds of torque that I put on the bolts or what tool will I'll need? Please help!!!
WP replacement mini-writeup 1. Empy Coolant from Radiator drain 2. Remove SC and Acc. belts 3. Remove the coolant resevoir tank 3. Remove the Idler pulley with a 15mm 4. Remove the 4 WP pulley bolts with a 8mm 5. Remove the 2 Power Steering Pump bolts with a 13mm(bolts are at 12:00 and 6:00 accessable through the PS pulley holes) 6. Push PS pump 1 inch to the side 7. Remove all 8 WP bolts with a 13mm and a 10mm(3 are 13mm/5 are 10mm) 8. Collect extra coolant until flow stops(a few cups) 9. Apply RTV to both sides of the gasket and WP bolts 10. WP bolts should be torqued to 11lbs+80*/Idler pulley bolt at 36lbs/WP pulley bolts at ~9lbs 11. Reinstall everything and fill the coolant back up 12.
Q: What are the export pumps packed in cartons?
Upstairs said the basic right, but only limited to the domestic, export also put the pump's wooden case (frame) into the carton.
Q: Hi I really need a USB water pump (small). I have found one in China but they need payment in a different currency so its proving difficult. I would much prefer a US/EUROPE seller. Cheers.PSgt; If I had to pay to get the power supply changed from wire to USB then I could if anyone knows who could do this.
The USB output has a 5V power supply. USB2 delivers up to 500mA and later versions may be 900mA. USB hubs start off with less than this (100mA) but change as they are initialised. Some dedicated USB charging ports supply up to 1.8A. There are some USB power cables that take the output from 2 ports in a sort of Y harness (first link for example). The result of all this is that only a very small pump would run from most USB ports. I did find 2 rated at 5W and 8W but the voltage was not shown. I suspect they were mains operation, meant for large water bottles. If they were 5V they would use 1A and 1.6A respectively, so only run from special USB charge points or double cables, and only in some cases anyway. I assume you want to run from a Laptop/Notebook battery for convenience. The point is that even if the USB port can supply the correct voltage and current the battery would be emptied very quickly. It is probably cheaper to get a suitable pump, then power it from a separate and more suitable rechargeable battery or mains adaptor (wall wart), whatever it takes, taking into account how long it should run with a single charge. This is about the battery voltage and the capacity in ampere hours - the number of hours it can supply a given current. D size rechargeable (Ni-MH) would run a 6V x 6W motor using 1A for about 6 hours. C size cells are half that, and AA cells about half again. It takes 4 cells to get 5V. Get them as a pack though or at least with a battery holder, as they cannot be soldered. Then you need a proper charger. Recent laptop/notebook batteries are lithium ion types, 10.8V and 4.8Ah, so deliver 1A @10.8V for 4h more or less. Other types worth considering are for cordless drills.
Q: I have a 2002 honda civic with 85k miles the dealer says the timing belt should be replaced. But with the water pump timing belt tensioner also have to be replaced???
Just did this myself. You should replace the belt and water pump at the same time. The water pump is not a durable device, the pump seal will eventually start to leak. Getting your timing belt wet is a sure way to lead to a catastrophic engine failure. I replaced the belt tensioner as well. It's good insurance and since you're already in the engine, the added cost is small and the potential for failure moderate. This is not a job for an average DIY'r, I have a full shop and many years of experience and still had a hard time doing the job. I suggest you get it done by a pro. Astrobuf
Q: Here we have 3 sets of centrifugal pumps, as production water, 2 by 1, because the production is not allowed to stop, so we want to change for a pump, the original two pumps to stop, and three water pumps on the amount, and then stop the pump, but not on the third pumps the amount, do not know what the reason, the master to help, thank you very much..
The problem you are experiencing is stressThe above answer is only considered in the case of water absorptionJust imagine, two pumps are normal work, the same suction pipe, how can there be dissatisfaction with water or vacuum state?.According to my experience analysisYour system is three sets of parallel, lift and flow should be the same, if not the same, not in this discussion, the topic should be set up.Lift is the same, that is, in two or three units at the same time, the resulting system pressurization is the same, and water will increaseBut now your traffic is increasing at two units, but it will not increase at threeYou have selected pipeline system design, in the design of head flow under single condition is constant, if the increase in open water pump, the pressure is constant, increasing water content, according to the continuity equation Q = A X V, then the flow velocity in the tube will increase;But when the third pumps, 2Q becomes 3Q, normally velocity should be larger, but the Darcy formula shows that the velocity increases, extension resistance and local resistance will be increased, and the double square, so you can open third pumps for reasoning, when the resistance effect caused by the pipeline the increase of water flow in the pipeline can not be reused, the general formula of constant current, now the whole pipeline in turbulent stateThat is, third pumps to do the work in the water and pipe wall friction in the loss, and actually did not play a role in water supplyThe solution is to increase the flow rate by increasing the water supply pipeline
Q: A water pump that consume 2kW of electric power when operating is claimedto take in water from a lake and pump it to a pool whose free surface is 30 m above the free surface of the lake at a rate of 50 L/s. Determine if this claim is reasonable.You have to show the minimum power required is 14.7 kWand i can't get it.
A liter of water mas a mass of 1Kg. How much work must be done to raise 50 Kg of water through a height of 30 m? You can say: Work done (W) = potential energy gained (mgh), Or you can say that Work done is the weight force (mg) * the distance moved against the force (h) Either way, W = m * g * h where m is the mass; g is the acceleration due to gravity {9.8 m/s?}; h is the height W = 50 * 9.8 * 30 = 14700 J If you need to do that amount of work in one second, that's a rate of working of 14700 J/s A joule/second is a watt. Minimum power required = 14700 W = 14.7 kW
Q: How tight to a tighten down the bolts on a '86 volvo 240 water pump. The manual I bought doesn't say. The torque won't help me cause I don't have a torque wrench, so just general discription would help a lot. (I stripped the threads on a stud last time)
the pump is held on with 6mm x 100 thread pitch nuts and bolts. the best tool to use will be a 1/4 inch drive ratchet and short extension with a 10 mm deep socket [6 point] these bolts are 12-15 ft bs. of torque if you snug bolts down evenly and use only moderate pressure as a final tighten you should be alright. after srarting all bolts let pump relax so the top seal is not crushed
Q: i am trying to set up a small aqaurium (about 25 gallons) and i am looking for a water pump that will flow water through the aquarium for a period of time and then shut off, and do that like every hour or so. is there such a thing? a water pump with a built in timer so its not running constanly but only every so often? it doesnt need to move alot of water, but i only want it to pump maybe once every hour. thanks for the help
Why would u want this? Your fish would suffocate, you bacterial bed will die, there will be no water movement in your tank. If you want to have a good filter that makes no noise, makes air, and filters, then buy the JEPO liquid filter which is under water but attached to your glass, it makes bubbles and filters.

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