Centrifugal Diesel Engine Water Pump for Irrigation

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Shanghai
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1 set
Supply Capability:
10000 set/month

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Product Description:

      Centrifugal Diesel Engine  Water Pump for Irrigation

1.Structure of Centrifugal Diesel Engine  Water Pump for Irrigation Description

The pumps are designed for economical & trouble-free operation in handling solids-laden liquids and slurries, it handle up to 76.2mm spherical solids. Pumps feature a large volute design which allows them to re-prime automatically in a completely open system without the need of suction or discharge check valves. And this is workable with the pump only partially filled with liquid and completely dry suction line. Standard Self-Priming pump units are available for Solids Handling or Clear Liquid service. Typical mounting configurations areEngine Driven for Skid or Trailer Mounted packages and Frame Mounted Electric Driven.  Pumps also are available in a variety of different metallurgies.

2.Main Features of Centrifugal Diesel Engine  Water Pump for Irrigation

Big pump body pass 76.2mmsolid ,high suction head 7.6 m

Replaceable Wear Plate

Heavy Duty Suction Flapper

Removable Inspection Cover allows Clean-out, Impeller, Seal and Flapper without disturbing Piping

Semi-Opened Trash Handling Impeller

Cartridge Type Mechanical Seal for Ease of Maintenance

3.Centrifugal Diesel Engine Water Pump for Irrigation Images

Diesel Driven Self Priming Sewage Water Pump

4.Centrifugal Diesel Engine  Water Pump for Irrigation Specification

Material

 

Cast Iron, ADI, CD4MCU, 316 SS, Alloy 20, C276.

Diesel Driving

 

Water cooled or air cooled

Method of Connection

Self-priming pumps are available as basic units or may be flex-coupled, V-belt driven or engine mounted.

Inlet/Outlet

 

2''(50mm), 3''(75mm), 4''(100mm), 6''(150mm), 8''(200mm), 10''(250mm), 12''(300mm)

Impeller Diameter

 

158.74mm-457.2mm

Rotary Speed

 

550RPM-2150 RPM

Flow Rates

 

8m3/h-1275m3/h

Head

 

6m-63m

Horsepower

 

1HP-125HP

Solid Passing

 

20.63mm-76.2mm

5.FAQ

①What is the lead time for samples?

7-10days

How long can we receive the product after purchase?

In the purchase of product within three working days, We will arrange the factory delivery as soon as possible. It related to the state and detailed requirement of customers.

 

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Q:looking for kickstart, a small water pump developed for east africa?
previously ApproTEC. KVM-Thika, a local manufacturing firm in Kenya. Micro-Irrigation Technologies. Rural Kenyans can no longer rely purely on subsistence farming. ... However, this pump can only pull water from a well ... wanted to pump water up to their fields on the sides of hills. So in October 1998 KickStart introduced the ...
Q:In the design specifications, for example, the water pump requirement is two. What does that mean? Can 3 pumps be opened at once?
May not。1, the system is designed according to 2+1, 1 standby, only redundant backup of important equipment, not included in the running load.2, higher power distribution only provides 2 (maximum operating conditions) equipment rated operating power capacity (slightly margin, but limited).3, a single 160KW motor rated current is about 300A, 185 cable can only be used for the 1 pumps (with 2 units, and has overload) 630A circuit breaker is the frame level, if the current setting value is 630, it should be the main power switch (single pump with 400A circuit breaker, setting a value of 315 or 350A).4, if the 630A as the main switch to provide 2 pump power, has been close to full load (third pumps can not be added).5, water pipeline system, although not what caused the problem, but the water flow rate, flow rate of 2 pump operation should be in the ideal range, adding third pumps (the premise is to ensure the power supply) will make the water flow velocity is too large, in non ideal conditions.Conclusion: this method is inadvisable. If necessary, modify the original system, change to 3+1 mode, and change the line and circuit.
Q:Water supply query or water pump or motor problem?
You say that your pump used to operate properly before, so if the pump is in good condition, the lift mustn't be too great so we can rule that out. It appears to me that the gurgling sound would be made by sucking air, and for this to happen, it would be a problem on the inlet side of the pump. If the person who repaired the pump knows what he is doing, it shouldn't be the pump, so we can rule that out. That leaves the pipe and any fittings between the pump and the foot valve that should be on the end of the pipe. Try running the pump, and pouring water over all joints and fittings, one at a time, if the pump is working properly, a slurping sound will be heard at the leak. The pump will have a priming point, a screw in plug, somewhere on top of it. With the pump stopped, remove the plug, and pour water into the hole. You should be able to fill the pump right up, and the water remain at that level, without draining away. If it wont retain the water, the valve on the bottom of the pipe is either worn out or has something like a stone or gravel preventing it from operating properly. As you have disconnected this pump for repairs, it would have needed priming anyway, which is the filling up with water. It's too much to ask a dry pump to lift water any height, so maybe you don't have a problem at all. Good luck
Q:How long can you drive with a bad water pump?
for someone that has spare hose laying around, it could have been repaired in less than 15 minutes with a piece of hose with an inside diameter the same size as the outside diameter of the original pump hose. 2 hose clamps and your good to go. fill her up and drive to work then get a new hose and replace it yourself or get it to a shop. This answer is more for anyone visiting this question now rather than the original poster.
Q:Detroit diesel water pump?
usually when leaking or noisy
Q:What are the disadvantages of a wind powered water pump?
Disadvantage: No wind = no water Questions: 1. What is the minimum wind strength that would cause the pump to operate? 2. What is the maximum wind strength before the water pump needs to be disconnected for safety reasons? 3. What is the frequency of maintenance for the wind turbine and the water pump? 4. What is the conversion ratio from wind velocity to water flow rate?
Q:A water pump that consume 2kW of electric power when operating is claimed?
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/s²}; 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:Why does the pump decay when connected in parallel?
Pump parallel mainly solves the problem of insufficient flow. After parallel, the flow is two and the sum of the pumps. When the flow rate increases, the pressure loss of the pipeline will increase, so the water pump flow in parallel will not be the sum of the two pump flow, but less than the sum of the flow rate. The solution is to increase the diameter of the water supply pipe, reduce the angle bend and shorten the distance.........
Q:Does exercise affect the amount of salts and water pumped out of the loop of henle?
Salt impacts the osmotic interest of a cellular. this implies that once it somewhat is modern-day in severe concentrations interior the cellular, water strikes into the cellular with the aid of osmosis. This extra water getting into the cellular could reason the cellular to rupture. interior the kidneys an identical mechanism applies. whilst the concentration of NaCl is severe interior the tubules extra water is retained interior the physique. besides the incontrovertible fact that, whilst the concentration of NaCl is low interior the Kidney tubules much less water is retained by utilising the physique.
Q:About drive-belt, timing belt, and water pump of a Tpyota Sienna?
When I change timing belts, I don't change water pumps. Since I do my own maintenance, I'm willing to spend another 4-5 hours tearing things apart to change the water pump if it subsequently fails. If I were paying a shop to do it, I'd have all the work done. Since the water pump is a moving part with bearing, its going to fail. Will it fail at 80k or 180k? Hard to tell. If you're willing to take the chance that it won't fail and are willing to pay the extra money to take it all apart again if it does, then don't change it. A better way to think of it might be in terms of how long you plan to own the vehicle. If you want to keep driving it another 100k miles, then I'd change it out now, if you plan on selling/trading it in in a couple more years, guess I'd be more inclined to skip it. Hope this helps.

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