Self Priming Diesel Engine Pump for Irrigation

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Shanghai
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TT OR LC
Min Order Qty:
1 set
Supply Capability:
10000 set/month

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Product Description:

                      Self Priming Diesel Engine Pump for Irrigation

1.Structure of Self Priming Diesel Engine 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 Self Priming Diesel Engine 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.Self Priming Diesel Engine Pump for Irrigation images

Diesel Driven Self Priming Sewage Water Pump

4.Self Priming Diesel Engine Pump for IrrigationSpecification

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:02 golf gti 1.8t water pump replacement?
The okorder.com a very reputable VW parts supplieror or call for a free parts catalog(248)373-2300 they will give good advice on issues you may be having With your VW
Q:Where is the water pump located on a 2000 Chevy Impala?
Im guessing you have the 3.4 liter engine. You will need to remove the pulley bolts first 10mm, then pull off the pulley and the belt. there should be a few 10mm bolts holding the water pump on, remove them and scrape off the old gasket with a scraper and then clean the rest up with some fine grit sandpaper. Don't scrub one area for too long because the surface is soft aluminum. you will need to spray some brake clean on a rag and clean up the surface so there is no coolant or dirt on it. Now put the new gasket on the new pump and put a thin layer of silicone on the side of the gasket that is going to mate with the engine block. Do not put silicone on both sides of the gasket. Make sure to note wich way you took the old pump out because it only goes in one way and torque down the bolts so they are snug, don't overtorque or you will strip the aluminum. Now you will need a half inch rachet to pull back the belt tensioner to be able to put the belt back on. There should be a picture of how the belt is routed somewhere under the hood. Don't forget to buy Dexcool (Red Antifreeze) Make sure you don't mix it with the green antifreeze. Good Luck
Q:1976 chevy c10 pickup truck inline 6 water pump direction?
IIRC it's just like the v8 chevys. Bottom rad hose is out of rad, into pump. Top rad. hose is out of engine, into rad.
Q:I have a 1990 dodge caravan 3 L and my water pump is leaking but i keep water in it and it hasnt over heated?
most water pumps have a weep hole in the bottom of the pump when the seal goes its because the bearing is going bad. As long as the bearing keeps going you have a chance the problem is if the bearing freezes up it just goes BANG ! AND BLOWS ITSELF OFF THE CAR DAMAGING WHATEVER IT HITS ON THE WAY OUT. better safe than sorry a water pump is not that expensive compared to the damage it can cause if the fan locks and shatters too.
Q:Work done in water pumping?
Power_W = (Mass_kg * Gravity_m/s/s * Height_m) / time_s Where: Mass kg is 1kg/l of 2000 liters Gravity is 9.81m/s/s Head is 60m + 10m (height). The suction head is ignored because the pump is submerged. In practice there is some suction head due to intake restrictions like pipes, check valves, strainers. The time is 20 minutes in seconds. The work is the energy used in the time allocated, which is: power * time in seconds, which is watt seconds = joules. Not needed here as it is in the formula above. Power is the rate of doing work. The depth below water is not really relevant except for pipe losses which increase the head slightly. The flow is 2000 liters/20 minutes = 100 l/min. This can be used with the head of 70m to determine the pipe restriction, which amounts to a pressure drop representing extra head added. It will indicate whether the pipe is too small (excessive head added) or whether the pipe is overkill (no head added). You can find on line calculators for this, e.g. search pipe resistance flow on line calculator. I am guessing a 2 inch pipe has little loss at this flow. This is the so called water power. It is the output power of the pump. The pump may only be 50% or so efficient, so the mechanical power delivered by the motor needs to be greater by this ratio. The electrical input power to the motor is greater again to allow for motor efficiency. This might be 60-90%. In practice the efficiency of pump and motor are determined from user manual or specification of the actual devices with the actual loads (head and flow).
Q:What exactly does the timing belt and water pump do?
If nothing's wrong with them, no you won't feel any difference
Q:How to remotely control submersible pumps?
Yes, the pump remote control has been done by many manufacturers, and the program is very mature, Tangshan is one of them, you can consult yourself.
Q:The diving pump in the aquarium stops and stops on the goldfish
Submersible pump is used as if you push the pump filtration should be open for 24 hours, so the water circulation process, continuously into the fresh air to increase the oxygen content of water bodies two, filter on the filter of the continuous cleaning system to maintain water make nitrification safe and clean, the water can be fully introduced the content of nitrification ammonia water, let the fish live healthy and strong resistance, good activity, three appropriate water flow on the long time to keep fish, turn off and the formation of water to fish is always in a state of tension and decreased immunity antifeedant or death. Four, frequently start the pump, easy to cause damage to the motor coil, reduce pump life, so according to the above, if you are using submersible pump as a filter to promote, I suggest you open 24 hours.
Q:Water pump "rated lift: 6m" what do you mean?
Lift refers to the weight of fluid per unit weight after the pump, the pump is an important working parameter, also known as pressure head. Simply stated: rated lift 6M refers to the rated operating conditions of the pump, the increase of energy 6M water column height. Here's an example to help you understand:Example 2-1 the head of a centrifugal pump is now measured. The refrigerant is 20 DEG C water, the measured flow rate is 60m^3/h, vacuum pump inlet meter 0.02Mpa, outlet pressure gauge readings for the 0.47Mpa (g), the two known table between the vertical distance is 0.45M if the suction pipe of same diameter and pipe pressure pump, calculate the pump head.Solution:Check the water density at 20 centigrade 1.0*10e3kg/m3,H=0.45m (1Mpa approximately equal to 100 m water column)P exports =0.47Mpa (0.47*100 m water column, =47 m water column)P imports =-0.02Mpa (0.02*100 m water column, =2 m water column)P is the density of the liquidH=h+ (P -p / P g=0.45+ export import) (0.47*10e6- (-0.02*10e6)) / (10e3*9.887) =50.5m (water)
Q:Which is the better option for a home water pump?
In case of pump failure, it's much easier to repair/replace a floor based pump plumbed with isolation valves and unions. I've replaced a few due to motor failures and flood damage. Arguably, the submersible pump wouldn't have suffered damage due to flooding. Another consideration is vertical pump height. A floor based pump has to draw a vacuum to induce water to flow up to the impeller. This limits the practical draw to between 25 and 30 ft. Much more than that height and the vacuum will exceed the vapor pressure of the the water, boiling it rather than pumping it. A special device can be used to boost the lift: an ejector is placed down the well. Water is pumped down to the ejector, which pulls additional water back up using the venturi effect. This method suffers from additional friction losses but has clear advantages. If you need to pump water up a well more than 20 feet vertical, you should consider a submersible pump, particularly if you are concerned about the possibility of the water table lowering.

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