ISO Standard Horizontal Centrifugal End Suction Water Pump
- Ref Price:
-
$150.00 - 200.00
/ set
- Loading Port:
- Shanghai
- Payment Terms:
- TT or LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10000 set/month
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ISO Standard Horizontal Centrifugal End Suction Water Pump
1.Structure of ISO Standard Horizontal Centrifugal End Suction Water Pump Description
End Suction Centrifugal Pump complies fully to the European Standard BS EN733 / DIN24255 of performance and dimensions. They are used for pumping clean water or liquids similar to water, achieving wide application on plants, mines, city water supplies, air-conditioning coolers, firefighting system and irrigation. Pumps of the same model have different performance levels basing on different diameter after impeller trimming. Overall the whole series, there are only four sizes of shaft and five of bearing housing. As long as their bearing housings are of the same size, different pumps can interchange chief parts such as shaft, shaft sleeve, shaft seal, impeller nut, etc.
End Suction Centrifugal Pump is also very easy to be installed and maintained. Back pull-out design, driven through flexible coupling, so that pump casing and motor can remain in position while other spare parts are removed.
2.Main Features of the ISO Standard Horizontal Centrifugal End Suction Water Pump
• very easy to be installed and maintained
•Driven through flexible coupling
•Customized design is available, OEM and ODM are welcomed.
•Horizontally and vertically installation as different pipeline system
3.ISO Standard Horizontal Centrifugal End Suction Water PumpSpecification
Design | Performance and dimensions referring to BS EN733/DIN24255 |
Structure | Horizontal,Axial,End-Sution,Single-Stage,Single-Sution,Volute,Casing,Back,Pull-out, Centrifugal Pump |
Flange | DIN2501(ISO7005.2/GB/T17241.6 PN1.6)Standard, ANSI B16.5 Class150lb optional) |
Rotation | Clockwise viewing from the drive side |
Casing | Cast Iron Standard, Ductile Iron, Stainless Steel Optional |
Impeller | Bronze Standard ,Cast Iron, Stainless Steel Optional |
Shaft | ASTM420Standard,ASTM304,ASTM316,ASTM1045 Optional |
Shaft Seal | Mechnical Seal, Gland Pakcing Optional |
Flow rate | 2-1100m3/h |
Head | 2-152m |
Speed | 1450 or 2900(50hz),1750 or 3500(60hz) |
Working Pressure | 1.6PMa or 2.0PMa |
4.Picture of ISO Standard Horizontal Centrifugal End Suction Water Pump
5.FAQ
① What is your product range?
Centrifugal pump, slurry pump, gravel pump, clean water pump, sewage pump, chemical pump, single stage
pump, double suction pump, industry pump, oil pump, paper pulp pump, mud pump, self-priming pump, pipe
water pump, boiler water pump, etc.
- Q:i want to make this for a physics project for school. i found a video on how to make it, but i dont understand the physics behind. i have to make a model and a poster explaining the physics. i dont understand what to put on the poster so could someone help me with which physics principles this project would go with?
- It isn't practical to give a detailed description here. This is a positive displacement pump. The pump chamber is sealed so that as the piston is moved up the volume within the chamber increases. Water is pushed into this chamber by the outside air pressure. If the pump is located too far above the water source then the air pressure is not sufficient and you will produce a vacuum inside but the water still will not flow. When the pump is pushed down the water flows out. Now the one way valves are critical. We don't want the water to flow back the way it came and we don't want the water that we have already pumped to flow back into the pump. So a one way valve on the inlet will permit water to flow into the pump but not out of it. And a one way valve on the outlet will permit water to flow OUT of the pump but not into it. So with each stroke you a) reduce the pressure in the pump. b) water is forced from the inlet, past its one way valve and then into the pump. c) the pump is pushed down increasing the pressure in the pump. d) water flows out of the pump through the other one way valve and on to the output.
- Q:i took off the lower unit to fix the gears. im not sure ill be able to put it back on with out knowing how things work in there.so how exactly does the water get pumped. and what does it have to do with the gears, because even though the prop wasn't turning, the water was still pumping.thanks.
- The drive shaft turns with the engine and turns the impeller which picks up water and pushes it into the power head and exhaust There is a pick up in the foot
- Q:Here we have 3 sets of centrifugal pumps, as production water, 2 by 1, because the production is not allowed to stop, so we want to change for a pump, the original two pumps to stop, and three water pumps on the amount, and then stop the pump, but not on the third pumps the amount, do not know what the reason, the master to help, thank you very much..
- The problem you are experiencing is stressThe above answer is only considered in the case of water absorptionJust imagine, two pumps are normal work, the same suction pipe, how can there be dissatisfaction with water or vacuum state?.According to my experience analysisYour system is three sets of parallel, lift and flow should be the same, if not the same, not in this discussion, the topic should be set up.Lift is the same, that is, in two or three units at the same time, the resulting system pressurization is the same, and water will increaseBut now your traffic is increasing at two units, but it will not increase at threeYou have selected pipeline system design, in the design of head flow under single condition is constant, if the increase in open water pump, the pressure is constant, increasing water content, according to the continuity equation Q = A X V, then the flow velocity in the tube will increase;But when the third pumps, 2Q becomes 3Q, normally velocity should be larger, but the Darcy formula shows that the velocity increases, extension resistance and local resistance will be increased, and the double square, so you can open third pumps for reasoning, when the resistance effect caused by the pipeline the increase of water flow in the pipeline can not be reused, the general formula of constant current, now the whole pipeline in turbulent stateThat is, third pumps to do the work in the water and pipe wall friction in the loss, and actually did not play a role in water supplyThe solution is to increase the flow rate by increasing the water supply pipeline
- Q:Standard said that the fire pump should be certified by fire water pump, fire water pump and living water pump what is the difference?In addition to the brand, the same function of the pump, the impact of its price factors? Please advise Master ~ ~ ~ ~ ~ only feel so hard ah
- The biggest difference between a fire pump and an ordinary pump is the performance curve".Fire water pump is tangent pump, that is to say, when the flow rate varies greatly, the lift head changes little. If the flow of ordinary water pump changes, head changes will be great.
- Q:I would like information to use an automotive water pump to ( or possibly another device ) to pump water approximately 60 feet (20 meters) elevation from creek without electricity. I only need enough water for 25 chickens. So we are not talking about a households supply of water.
- a car water pump is run off a belt like your alternator etc so you would really be able to use its not a pump that u can just stick anywhere. if it is only to feed 25 chooks then it wouldnt hurt to just fetch them a bucket of water of every morning that would do.
- Q:I would like a website that has pictures but any info would be helpful...
- if you have problem with overheating you have to upgrade your radiator and upgrade your fans too installing an external waterpump you have to install it on your passenger side like many drag cars have
- Q:I live in a house that uses a pump to push water from a tank to the bathroom and kitchen. It has a sensor that detects if water is flowing and pushes it much harder. Recently, it has been pushing the water for a second or less then it completely stops for a while. It's like a pulse of water then nothing. Can anyone give me feedback on what is wrong here? Thank you.
- from okorder :Self-priming pump working principle is: the pump before you start in the pump shell filled with water (or) from the water in the pump housing.Start after high-speed rotating impeller flow to the vortex in the impeller, shell, then the entry form the vacuum, the inlet non-return door open, within the air into the pump suction tube and the impeller, to arrive at the outer edge.Self-priming pump is a self-priming centrifugal pump, it has compact structure, convenient operation, stable operation, easy maintenance, high efficiency, long service life, and have strong self-priming capacity, etc.Line does not need to install the bottom valve, only to ensure storage in pump body before work are quantitative liquid.Pump after the normal starting, impeller liquid of suction chamber and inlet line of air suction, and can completely mixed within the impeller, the function of centrifugal force, and liquid with gas to the vortex flow volume outside edge, the impeller has a certain thickness is formed on the outer edge of the white foam belt and high-speed rotating liquid ring.Gas-liquid mixture into the gas-liquid separation chamber through diffusion tube.At this time, due to the flow rate suddenly drops, lighter gas is separated from the mixture of liquid and gas through the pump body spit continues to rise.After degassing of liquid to liquid storage chamber, and the reflux hole again into the impeller, and impeller with inhalation of gases from the inlet line again mix, flow under the action of the high-speed rotating impeller and the impeller outer edge....As the process cycle, decreasing the air in the suction line, until all gas absorption, complete the self-priming process, pump put into normal operation. What you said phenomenon should be pipeline leak, which leads to the self-priming pump process is repeated.
- Q:I have a bad water pump on my golf gti.Engine is 2.0L. I just would like to know how hard is it to do it myself. And also is there some special tools that I need.How much time usually takes to get this done? Thank you
- the water pump is external to the engine, no need to touch timing belt unless your changing it, tools needed- 13mm wrench-22mm wrench - 1/4 drive ratchet-10mm 1/4 drive socket- 3/8 drive ratchet- 12mm 3/8 drive Socket-13mm 3/8 drive socket-19mm 3/8 drive socket-16mm 3/8 drive socket 3/8 drive Extension-pliers- flat blade screw driver- 6mm 3/8 drive allen socket--- remove drive belt's- remove p/s pump, a/c compressor( do not disconnect either they will move out of the way)- remove alternator(disconnect battery first)- remove the bracket assembly( four 13mm nuts three hidden in the holes) there is the water pump(two 19mm tall bolts with studs hold it down, 10mm T bolt passes through the timing cover)
- Q:I've searched the net but cannot find exactly what I'm looking for and hoping someone out there can steer me in the right direction! Maybe I'm not looking in the right place....or do I have to fabricate my own? I'm up for the challenge!1) Trying to source a water pump that I'm going to power by HAND or a BICYCLE. 2) My choice of pump to give a continuous stream of water (very important) is a rotary (centrifugal) type or is there something else capable of a continuous output?3) This will NOT BE USED for potable water. SPECS:a) lightweight but durable, the smaller, the better. b) low RPM, high volume output and capable of producing/handling pressure. c) self-primingd) able to handle some small particulates in the water as I am using rain water. (from outside, NOT filtered, so the following may be present: bugs, dust, etc...) Thank you, in advance, for your help and would be nice to thank the individual(s) for a unique answer to my request at a later date so let me know you're preferred method of contact!
- There are very small rotary water pumps designed to be driven with hand-held electric drills. These pumps may be purchased in some hardware stores or farm supply stores. One could be adapted to a bicycle- type drive. Small pumps have about a 50% efficiency so you would need to produce sustained muscle power applied at around 150-200 watts to achieve 75 -100 watts of effective hydraulics. Applied watts = (GPM) (PSI) / 1.277 million (eff.) Where eff. is as a decimal. Edit : A 3/8 drill will pull about 280 watts. I can do 200 watts on an exercise bike, but not for long. I am a 79 heart patient, so you can probably do better..
- Q:The water pump on my 1997 corolla has been leaking, I want to replace it by myself. I did some research online, and get the diagram of the engine structure. It seems to me it is not very hard to do, but who knows, it might end up being a very tricky job. Did anyone replace the water pump on 97 corolla before? How difficult was it? Two things I actually worry: 1. It might be hard to unbolt the water pump pulley, because there is little room insert a wrench. 2. Also, because of the lack of room, it would be also hard to unbolt the timing belt cover (the 2nd/middle cover). A shop gave the quote of $440 to replace the water pump, and I think I should be able to do it myself.
- it is the water pump. you will be bettor off letting the shop put it on because if you don't have the right tools DO NOT TRY TO DO YOURSELF. the water pump is right in front fan motor all that has to come off to get to the pump.
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ISO Standard Horizontal Centrifugal End Suction Water Pump
- Ref Price:
-
$150.00 - 200.00
/ set
- Loading Port:
- Shanghai
- Payment Terms:
- TT or LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 10000 set/month
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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