Cast Aluminum Vertical Pipeline Water Centrifugal Pump

Cast Aluminum Vertical Pipeline Water Centrifugal Pump System 1

Cast Aluminum Vertical Pipeline Water Centrifugal Pump System 2

Cast Aluminum Vertical Pipeline Water Centrifugal Pump

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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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Packaging & Delivery

Packaging Details:	standard wooden plywood case or carton for ISG centrifugal pipeline water pump
Delivery Detail:	10 days from receiving payment (according to order quantity)

Specifications

ISG Pipe centrifugal water pump
1.High efficiency.
2.Lowest price.
3.Best quality.
4.Nice look .

Centrifugal Pipeline Water Pump

Features

•For conveying water and physical and chemical properties similar to water or other liquids.
•Single-stage, single-suction, pipeline centrifugal pump.
•High quality mechanical seals and components.
•Material: Cast iron, SS304, SS316, SS316L.

Field of Industrial Production

•Corrosive or abrasive fluid transport
•High viscosity or containing particles of the fluid delivery
•Food grade or ultra-high temperature fluid transport
•Toxic or hazardous fluid transport
•Industrial production water system

Application

Mainly apply to delivery sewage water ,waster water and rain water contains solids and
fibres:
*municipal project
*building construction
*residential area
*industrial sewage treatment
*eviroment protect
*mining

Manufacturing process:

1.Stamping of lamination

2.Rotor die-casting

3.Winding and inserting – both manual and semi-automatically

4.Vacuum varnishing

5.Machining shaft, housing, end shields, etc…

6.Rotor balancing

7.Painting – both wet paint and powder coating

8.Motor assembly

9.Packing

10.Inspecting spare parts every processing

11.100% test after each process and final test before packing

Pictures Show

Cast Aluminum Vertical Pipeline Water Centrifugal Pump

Transportation

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Q: The actual way to move water (liquid) from a pond with small bits of debris. Trying to find out which system is the most efficient: vane, impeller, rotary, centrifugal...etc...either by hand or using a bicycle to turn the pump. I do NOT want to use an engine or electric motor. I've read about the transfer pumps in the hardware store are only about 50% efficient, I need something better that will provide me a continuous output. Something lightweight that will handle pressure. Any ideas? Thanks in advance!!: You can make this easier to use with a few extra parts to make a shadoof.

Q: Can I put in fluid and drive to the Service Station or should I have it towed? The fluid flows out as fast as I put it in. Thanks!: If your water pump is blown you should have it towed to a mechanic that you prefer to do the work, because it will need replaced. Don't drive it there because the belt that runs the water pump also runs the pumps that allow your brakes and steering to operate. I just had this happen to me and did exactly that.

Q: Rated power of three-phase pump4000W is a three-phase operating pump, the voltage is 380V, how to find the three-phase water pump current, and the formula is what?: Three phase water pump motor rated power 4000W is the output shaft power, divided by the motor efficiency (general 85%) is the input power, which is often mistaken. The electric power is =4000/0.85=4706WRated current = electric power /1.732x, rated voltage x, power factor =4706/1.732x380x0.8=8.94A (assuming power factor 0.8).The above three answers are all wrong.

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 Saturn SL2 and I was wondering how much would it be to replace the water pump? Would it be less expensive if I took it to a neighborhood mechanic instead a more popular one like Goodyear or something? Thanks for looking.: i just replaced my water pump on my jeep, the whole water pump kit was about $59.99 with lifetime warranty, most mechanics charge alot to do it, i did it myself, you just need a water pump, gasket, coolant draining pan, bottle of coolant and the procedure is pretty easy

Q: When should I replace my water pump ?: usually when leaking or noisy

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: Plumber quotes installing system using cross-over valve which some way ties the recirculation through the cold water pipes. This sounds like a short-cut. Are there any disadvantages to this system?: there okorder

Q: here is the problem with my water pump control switch settings. the water is being used, runs dry and stays off for sometimes 3 minutes or so.i realize the springs control the cut in and cut out. do i need to make the spring more compressed to make the pump come on sooner? or do i need to make the spring looser to make the switch come on sooner?when i read/hear about adjusting the cut in. the answers seem vague because i do not know the perspecitve of the spring.does compressing the spring make the swith flip easier? or does compressing the spring make the switch harder to flip on?i installed a new 30/50 switch today. My air tank was at 50 or so PSI. but i dropped it to about 30. is the goeal to make the entire full system 50 pounds? because after my pump cycles i get about 70 psi!!!: with the switch set to operate at 30/50 the tank should have 27 or 28 pounds of air with no water in tank and a faucet open with pump turned off...once this is set the pump will come on at 30 and off at 50 if it goes higher than this the switch is bad or the adjustments have been changed....tightening the tall spring turns both cut in and cut off pressure higher...loosening the tall spring turns both cut in and cut off lower....the short spring sets the difference between the two...tightening the shorth spring raises cut off pressure only...loosening the short spring lowers cut off pressure only....

Q: Domestic pump does not use water, or turn, I do not know why?: Your home should be the pipeline booster pump, a pressure switch outlet of the pump, if no water will switch off, open the water tap water pump will work ~ ~ should be the pressure spring on this switch is broken, with 4 years of spring rust, not the original so good toughness. Another reason is that when the water pressure is not enough, the pump will work, but this can be ruled out.

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