• HI-TECH Vertical Centrifugal Pump of VSP Series System 1
  • HI-TECH Vertical Centrifugal Pump of VSP Series System 2
  • HI-TECH Vertical Centrifugal Pump of VSP Series System 3
HI-TECH Vertical Centrifugal Pump of VSP Series

HI-TECH Vertical Centrifugal Pump of VSP Series

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

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Introduction of VSP Series New HI-TECH Vertical Centrifugal Pump

Without any crane equipment, no matter whether the motor power big or small, one person can replace the motor bearings and mechanical seals within 20 minutes.

General description of HI-TECH Vertical Centrifugal Pump of VSP Series
VSP,Series New Hi-Tech Centrifugal Pumps are designed to resolve the present single stage centrifugal pumps high failure rate in the market, such as leakage of Mechanical seals, noisy of motor bearings, bearings over temperature when running …etc, if the mechanical seals or bearings need to be replaced on site, usually it is limited by space and crane equipments, especial for the big motor unit, it is no way to remove the motor and have to lift by hands depending on many manpower , or have to build tripod, it is very inconvenient and easy to damage the workers and equipment if failure.

 

Technical data of HI-TECH Vertical Centrifugal Pump of VSP Series
Capacity: 80  - 1600m3/h
Head: 8 - 125m
Max working pressure: 1.6MPa
Max Operating temperature: 120℃
Rotation Direction : from the driven end, the pump rotating direction is CW

 

Model meaning
VSP---- 250 – 400 A
VSP ----- ShenBao New Hi-Tech Vertical Centrifugal Pump
250  ---- Discharge Diameter (mm)
400 ---- Impeller Nominal Diameter (mm);
A  -----Impeller Trimmed Code

 

Applications of HI-TECH Vertical Centrifugal Pump of VSP Series
Chemical,foods and drink,metallurgy, petrochemical,pharmacy, firefighting, ,high-building,air-condition cooling system,paint,HVAC, pulp and paper,electric power,irrigation, water treatment and all kinds of applications

 

FAQ of HI-TECH Vertical Centrifugal Pump of VSP Series

1. How can I get trained on CNBM products?

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.

2. Are your pumps cheaper than those of your competitors?

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

3. Do you have self-priming pumps?

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

4. Is it really necessary to fit a bleed valve for the boxes?

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

 

 

Q: What is the current of the pump when it is started?
When the motor starts, the rotor changes from a prohibited state to a rotating state, requiring a great torque, and the current must increase. When the pump starts, because there is water, it is started with load, and the current will be greater.
Q: 1 water pump frequency converter constant pressure water supply wiring diagram
Light can not be seen in this picture, but also need to see the definition of the terminal on the practical manual, generally speaking, the three terminals are connected to +10V, public and analog signals / multi-function terminals.
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
Isentropic Efficiency
Q: Is it cheaper to run an electric water pump or a furnace?
If you live down south in the good old USA, yes it is cheaper money wise. Initial start up costs can be really steep though. I just saw a great system that has solar power along with the geothermal that was $15,000.00 You may want to own the house and I hope it is worth it as it will be awhile before you even out on the costs. This was a 3000 square foot home I saw the system in, so it may be cheaper, BUT, may even be MORE to install because your place may be smaller and what are local regulations ? Good Luck.
Q: I have taken off the fan, and radiator, and ect, and i'm down to this silver circle thing-the fan clutch i believe and black circualr piece that connects to the actual water pump. I need help getting the quot;fan clutchoff. I tried using a wrench and wrenching on this peice between that and the black piece, but i cant stop the black piece from moving. I tried this site called pelican or w.e, but they dont tell u how to do that. I'm stuck, plz help!
Usually there is a notch, slot, or hole in the housing into which you can insert a screw driver or punch to prevent it from turning and then you can use the wrench on the bolts.
Q: The pump assembly and the pump are not a thing
Water pump components: stator, rotor, bearing, shell, sealing system, under their own consideration
Q: Is this a symptom of a bigger problem or do I just need to replace the water pump?
Most definantly water pump gasket or seal. If leaking out of front seal (we call it the tell tale), replace w/pump. If its a gasket, its your call - either gasket or entire pump (depends on age of vehicle). Either way - good luck Cheers
Q: Hey guys, I have a American Volkswagen Jetta 1999 manual transmission Gas Fuel, and the water pump is messed and I need to know where it goes. In front of the radiator? or somewhere else? Does anyone know where I can get any websites showing me instructions? Thanks.
Passengers side , bottom front of the motor. Just follow the lower rad hose and it`s right there. Not really to hard to change if you are somewhat mechanically inclined and can raise it off the ground a foot or 2
Q: Help?Water is to be pumped to the top of a skyscraper. If the pump can create a gauge pressure (pressure above atmospheric pressure) of 8.50E+5 Pa, what is the height of the tallest building that it can service? DATA: g=9.8 m/s^2
IF the pump can produce a static pressure of 8.5e+5 Pa, then it can support a column of water, h h = P/(rho*g) = 8.5e+5/(1000*9.8) = 86.7 m h = 87m Now, the water will have no velocity, so you can't use it effectively, but that's not what the problem asks!
Q: There is a 5.5KW before the pump head is now 25 meters and flow of 20 cubic meters, but not up to the requirements, I think this is like with a motor pump, lift more than 20 meters, the flow is about 40 cubic meters of water pump, please inform the models and parameters, thank you
With the motor pump are pump according to the actual need of work with you in the head, under the same water doubled, the motor is certainly not enough, you should this motor pump change together in order to meet the requirements of.

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