Vertical Multistage Stainless Steel Centrifugal Pump Produce In China

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Shanghai
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Min Order Qty:
1 set
Supply Capability:
1000 set/month

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Product Description:

Vertical Multistage Stainless Steel Centrifugal Pump Produce In China

 

Company Introduce

My company has more than 40 years history, is the China general machinery pump industry association member units.My company has organized product research and development team, experienced high, intermediate technical staff.Complete production and processing, inspection, testing (pump performance test platform), and other equipment, to ensure that product quality is stable and reliable.Over the department, provincial, municipal and industry product quality supervision and inspection (smoke), only one is qualified to go through.Timely quality perfect after-sales service in place, favored by the majority of new and old customers rely on and praise.My company has successfully passed the national industrial products production license, ISO9001 quality system review replacement work.Relevant product standards (enterprise), metrology, standardization management system, etc., have been acceptance by the superior department in charge of the inspection.Related to product development, production management, sales and after-sales service, are performed according to the system management standard.

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Product parameters of Vertical Multistage Stainless Steel Centrifugal Pump

Capacity

up to 250 m3/h  

Head

up to305m

Speed 

up to 3600rpm

Power 

up to 200kw

Voltage

220V to 480V

Temperature range

Within 120 Deg C

 Working pressure

Within 40bar

Application of Vertical Multistage Stainless Steel Centrifugal Pump

It can be used to convey various medium from tap water to industrial liquid at different temperature and with different flow rate and pressure.

CDL type is applicable to conveying non-corrosive liquid, While CDLF is suitable for slightly corrosive liquid. 

Water supply: Water filter and transport in Waterworks, boosting of main pipeline, boosting in high-rise buildings. 

Industrial boosting: Process flow water system, cleaning system, high-pressure washing system, fire fighting system.

Industrial liquid conveying: Cooling and air-conditioning system, boiler water supply and condensing system, machine-associated purpose, acids and alkali .

Water treatment: Ultrafiltration system, reverse osmosis system, distillation system, swimming pool, separator.

Irrigation: Farmland irrigation, spray irrigation, dripping irrigation 


Operation Condition of Vertical Multistage Stainless Steel Centrifugal Pump

Thin, clean, non-flammable and non-explosive liquid containing no solid granules and fibers.

Liquid temperature:

Normal temperature type: -15~+70,

Hot water type: +70~+120

Ambient temperature: Up to +40

Altitude: Up to 1000m 

 

Electric Motor of Vertical Multistage Stainless Steel Centrifugal Pump
Full-enclosed air-blast two-pole standed motor 
Protection class: IP55 
Insulation class: F 
Standard voltage 

 

50Hz: 
1x220230/240V 
3x200220/346380V 
3x220240/380415V 
3x380415V 
60Hz: 
3X200230/346400V 
3x220255/380440V 
3x220227/380480V

 

Picture Show of Vertical Multistage Stainless Steel Centrifugal Pump


Vertical Multistage Stainless Steel Centrifugal Pump Produce In China


Vertical Multistage Stainless Steel Centrifugal Pump Produce In China


Why Choose us

 High Quality
1.Exported to 58 Countries
2. More than 90% customers make payment before meeting us!
3. Reorder rate up to 80%
4. Never sell any renewed pumps
5. Focus on middle and high-end market,we never seize market by using inferior material

FAQ

1. How to get our quotation in time, pls answer following questions:
    1)What liquid do you transfer?oil ,food or corrosive chemical liquid,with solid particle or not and so on 
    2) What's the flow or capcity (m3/h, L/m)? 
    3) What's the discharge head (m, feet, Mpa, bar )
     If you do not have any request, we will do as our normal standard.
  4) Contact us by under  business card information
2.OEM: Ok 
3. MOQ: 1set
4. Package: Standard export wooden case(also according to your requirements)
5. Shipping ways: By sea, By air, By express
6. Lead time: 3-15days
7. Warranty Period: One year, except spare parts 

Trading market

Vertical Multistage Stainless Steel Centrifugal Pump Produce In China


Transportation

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Q:Water Pump on 1995 Oldsmobile Aurora?
When you mean it wont come loose, do you mean you cant break the bolts loose or is the pump stuck on the motor like glue? If the bolts are stuck, try spray them with penetrating oil and let it work in for about 30 mins. If the pump is stuck, use a narrow putty knif, gently tap in between the pump and the block, and pry it off, then clean the mating surface completely to ensure the new pump seals properly.
Q:90kw pump star delta start, in the end to use the circuit breaker, AC contactor (Star contactor, angle contactor), what kind of thermal relay?
The first thing to take the star delta start voltage step-down start, star rated by reducing root 3 times, power is also reduced, 90kw / V 3 = 52kw starting current is 5---7 times will reach the rated current of 52kw * 2 = 104A, starting current will reach 500----700A is normal, if you match breaker sister ordinary 800, D at the beginning of the special motor, they start filtering instantaneous current, 250 can be,The star delta starts with only three contactors, and there will be no 4The contactor can be more than 110
Q:well water pump gauge slowly drops down to 20?
If it's going down while nobody is using water then the check valve or foot valve is leaking through when the pump is off. It should pump it to a determined PSI then shut off. I suppose there could be a leak somewhere in the line, but I suspect the check valve. It's pretty common. ....the ballast does need to be pressurized but I doubt that's your problem. If that was bad you would have severe water hammer.
Q:2001 yamaha banshee, How should the water pump sit in the case?
it won't spin whilst you evaluate that's quickly geared to the crankshaft. turn the crankshaft - it is going to then spin. you may no longer eliminate the water pump without eliminating the grab conceal. eliminate the water pump shaft's protecting clip, to eliminate the water pump.
Q:Replacing water pump and heater...?
true. is this hot water heater and pump? rarely do both go bad at once. A hot water heater is 2-300 and install is maybe 150. get an HVAC tech for an opinion. don't take one person's word for anything in which they stand to make a profit.
Q:What are the steps to take out a water pump for a grand am 2004?
You did not say if you have a 4 cylinder or a 6 cylinder. The 6 is really easy so I will assume you have a 4.If equipped with an automatic transmission, remove the exhaust manifold. Refer to Exhaust Manifold Removal in Engine Mechanical - 2.2L (L61). Drain the cooling system. Refer to Cooling System Draining and Filling . Raise and suitably support the vehicle. Refer to Lifting and Jacking the Vehicle in General Information. Remove the right front tire and wheel. Refer to Tire and Wheel Removal and Installation in Tires and Wheels. Remove the front fender liner. Refer to Front Fender Liner Replacement in Body Front End. Remove the access plate on the water pump sprocket from the timing cover. Install J 43651 to the water pump sprocket. Use the access plate bolts to secure J 43651 to the engine front cover. Remove the bolts that secure the sprocket to the water pump. Remove the bolt (1) that secures the engine block to the water pump. Remove the bolt (2) that secures the engine front cover to the water pump. Remove the feed pipe that joins the thermostat housing to the water pump. Remove the 2 bolts that secure the water pump to the engine block. Remove the water pump.
Q:How can I test how high a water pump can pump to, using only pressure simulation?
Install a pressure gauge at the pumps diischarge line and note that p=wh. H =p/w, H =p{(144)/62.4}/3.28 meters Pressure expected therefore in psi, is p={62.4/144}3.28 p=14.9 psi A pressure gauge of 0 to 50 psig range would be sufficient to indicate the expected pressure.
Q:hooking two water pumps together?
That's an interesting question and it raises quite a few complicated hydro-engineering questions. If you used two pumps with the same output pressure, sequenced to switch on together, I do not believe you would increase the final output pressure over using just one pump. I'd think you'd need to have the first pump run to a pressure tank with a check valve and then use a booster pump to raise the pressure from that tank to the house meaning you'd need another pressure tank and check valve in the house. Have you looked at the air bladder diaphragm tanks that allow you to set the pressure by regulating the air pressure behind the bladder? This might be a better option than 2 pumps. Look at a company called Well-X-Trol.
Q:Why won't our well water pump turn off? ?
You may have a broken water line. The lose of water pressure, even from a small leak, would keep the pump running. A partially frozen intake line would slow the pump down. The impeller inside the pump may be bad and not able to bring the pressure up. You can keep turning the pump off and on as needed until you find the problem. Make sure the pipes are warm to keep them from freezing.
Q:how to install a main pipe water pump to service the community?
Installation of water pump is very easy, any certified plumber and electrician can install electric water pump. Your question maybe is, how to design water pump water system to service the community? To determine the correct rating of water pump to be used and to design a water system, here are the steps : 1) Determine the safe discharge yield of your well for your water source, by series of tests. This will enable you to know discharge rate of well and the draw back time of water after pumping. This data will be used for designing a pump (its discharge capacity). Note that pump discharge capacity should be lower than well safe yield capacity in order not to drain the well. 2) Determine the suction lift or height of water table in the well by measuring the height from water table up to the top of the well. This data will be used for pump design (its suction lift/height capacity). Pumps suction lift varies depends on its Horsepower capacity and the type of pump (submersibble or centrifugal). 3) Determine number of households in the community. This data will be used for the design of reservoir (tank) for your water system and the number of hours for the pump to operate to fill the tank. Note that the average usage of water is 120 liters per day per capita. So the more the number of population, the bigger the tank and the longer the pumping time in order to meet the per capita usage. 4) Determine the elevations from your water source towards the community to be served. Use survey instrument to determine the elevations. This data will be used to design a height of the tank and the sizes of service pipes towards the community. The higher the difference in elevation from your source towards community, the lower the height of the tank and the smaller the sizes of service pipes. Sizes of service pipes can be determined by hydraulic heads (heights). By following these steps, I gues you can now design and construct a water system.

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