Super Battle Gravel Slurry Pump with High Quality

Super Battle Gravel Slurry Pump with High Quality

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 100 unit/month

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Basic Info

Working Pressure: High Pressure Pump
Position of Pump Shaft: Horizontal Pump
Impeller Number: Single-Stage Pump
Influent Type of Impeller: Single Suction Pump
Export Markets: Global

Product Description

Packaging & Delivery
Packaging Detail: Wooden crate
Delivery Detail: 7-60 days
Specifications
1. High-head gravel pump, abrasion resistance material
2. Application for river dredging sand pump
3. High pressure mud pump
Shijiazhuang Longwei Pump Co., Ltd is a professional slurry pumps manufacturer in China. We engage in heavy duty and severe duty material handling solutions.
Our gravel pumps are manufactured to be the best standards, ensuring longer service life, higher performance, ease of operation and maintenance. The pumps are widely used in mining, construction, metallurgy, power plant, sewage water treatment, dredging, and chemical and petroleum industries.
Function Introduction:
1. Horizontal cantilevered single-casing centrifugal gravel pump.
2. Pump discharge direction in any of 360. Easy installation.
3. Cylinder bearing assembly, oil lubrication, adjusting the distance between impeller and pump, 4. Mechanical seal, expeller seal and packing seal
5. Wide passage, good performance of NPSH, anti-wearing and anti-corrosion, high efficiency,
6. V belt driver, gearbox driver, elastic coupling driver, fluid couplings driver, frequency conversion driver, silicon controlled rectifier speed regulation etc.

Capacity (m³ )	Head (m)	Speed (r/min)	Inlet (mm)	Outlet(mm)
4-2333	3.7-133	590-1480	125-400	50-300

Q: All water pump have diferent caracteristics, but it is imposible to overcome a certain hight...what is that hight and why?: If you are talking about the limit on the suction side of a pump then the answer is about 34 feet. This is because due to atmospheric pressure that is all the water can be raised without the portion at the bottom of the column starting to vaporize. 14.7 psia (atmospheric pressure) equals 33.9 feet of water.

Q: I cant get water to flow though the motor It seems like the pump isnt working any advise!: Put the boat in forward, drop lower leg if pump is worn replace, be sure to pack it in petroleum jelly so it will not dry start.

Q: Theirs a house on a hill and a pond at the bottom of the hill what kind of pump can pull water 50ft up a hill?: you could not, if that fifty feet is the vertical height. the optimal height a pump can suck water up is approximately 32 feet. that's constrained via the atmospheric tension and might't get replaced. One option is a pump on the backside interior the pond, pushing the water upwards. yet another is a jet pump, that may take a seat on the appropriate of the hill. It sends a jet of intense tension water all the way down to the pond, and that jet there pushes the water upwards. This must be primed, although. IF the 50 feet is in basic terms the slope distance up the hill, calculate or degree the vertical height, that's all that counts. .

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: I have a 2000 dodge 1500 the water pump is leaking and the belt is real squeaky. Are these related?: The water pump is worn out and you may actually be hearing it sqeak.

Q: 1997 Caravelle 1900BR3.0L HO Volvo PentaSX Cobra OutdriveI have a small leak coming from my raw water pump, it is not a continuous stream just a drop every now and then. The best I can tell it is coming from between the shaft and water pump housing. Is there just a small o-ring there? How can this be fixed?We're going to the lake for Memorial Day Weekend. Will I be alright with the small drip for over the weekend? Then I'll fix it when I can get the parts.: Usual answer is to look for the flats of the gland on the shaft on tighten up with a spanner,as this will compress the packing a bit more. A small drip is not very bad but you are right to check.

Q: ok im ready to install my new water pump but it has to gasket in the package i no where one goes it shapes to the water pump but i dont no if the other one is used, and also where does the o ring go in the big hole in the center does it have to be pushed down into a seem or something and do the to out side holes need o rings as well, and does the hermonic balancer seal need to b replaced: The water pump should come off the block with 4 bolts, the gasket goes between the body and rear plate. The o- ring fits onto the transfer tube that travels between the valley of the block. Add a little lube to it to make installing the pump and cover easier. The lower t belt gear should slide off easily, if not a bit of heat may help, careful not to break the oil pump (front end of block). The upper cam gears are best loosened slightly while the belt is still installed. If not try slipping the old belt over the gear and holding the outside of the gear/ the belt. Air tools may be required due to torque required.

Q: i have a 1990 honda accord, 2.2l 5 spd standard, and my water pump went on it, and i was wonder if there is a diagram out there somere on how to replace it or how to take it out, cuz it is in the most stupidest spot ever, if you know were i could find a diagram on how to do so could you please help me?: the best place to find the image that you are looking for is in a repair manual for that car. i know that it is in a bad place, but it cab be a little easier if you go by the book.

Q: What is the reason that the water supply of pump is getting smaller?: 1., first look at the external situation, to see whether the water pump is running, the water level is not normal, the water inlet has nothing blocked.2., exclude the external situation, or small water, the pump itself may leak, it will also make water smaller

Q: Work done in water pumping?Water is to be brought from a well 60 meters bellow ground level to a tower 10 meters high, once there the water falls freely on a 5000 liter tank. A submerged pump 10 meters under water level and a two inch diameter pipe is to be used. What is the work done by the pump when 2000 liters have been served to the tank; what is the power of a pump selected to do this work in 20 minutes.: 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).

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