Vertical Condensate Water Pump . System 1

Vertical Condensate Water Pump .

Ref Price:: $6,000.00 - 60,000.00 / set

Loading Port:: Shanghai

Payment Terms:: TT or LC

Min Order Qty:: 1 set

Supply Capability:: 1000 set/month

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Product Description:

1. Description

Vertical barrel pumps are multistage, radically split with an outer casing. Fist stage impeller is generally suction impeller, the axially forces are balanced by a thrust ball bearing. Balancing the drum structure can be accomplished when the differential pressure is large. The outer casing only bears the suction pressure, the length of the outer casing and the pump installation depth depends on NPSHr performance requests. If the pump is installed on a tank or pipeline, the outer casing is not necessary.

Light oil lubricated, it has an independent internal recycle automatic lubrication system. Hydraulic dynamic bearing is in the suction end of the pump. Suction and discharge is above the installation flange.

2. Application

Suitable for various liquids include clean or dirty, low temperature or high temperature, neutral or corrosive

Low temperature engineering, power plant

Pipeline pressure increasing

Petrochemical offshore oilfields

LPG engineering

Refinery

3. Technical Data

Size: DN 40~200mm

Capacities to 800m3/h (3522GPM)

Heads to 800m (2625ft)

Pressure to 10MPa

4. Pump Performance

5. FAQ

1 Are CNBM pumps available in DIY stores?

Yes, currently, we’re available for DIY stores all over the world.

2 Where do I have to send pumps for service?

You must send them to the CNBM PUMP Service Point or, after contacting Customer Care, to the CNBM PUMP service center in China.

3 Are your pumps acid-proofed?

To choose the right pumps for chemical applications, we do need further details on hydraulic operations as well as on the type, concentration and temperature of the liquid.

4 Can your pumps mount Eff.1 motors

Currently, only on request though this will shortly be a CNBM standard.

Q:I need information about basic water pumps. I'll have to build a mechanical one for school. Do you have any ideas, information, designs, links? Thanks!: There are a number of different types of pumps (and some overlap between types, too). A suction pump basically sucks water up. This might be a piston pump, or a venturi pump (or some other types). This type of pump raises water up by lowering the air pressure above the water, and letting atmospheric pressure push the water up the tube. Suction pumps can't pull water up more than about 32 feet (because that's how high atmospheric pressure can lift a column of water) but they have the advantage that the pump can be located at the top of where you want the water (rather than down where tie water is). A Lift pump basically uses mechanical force to raise water upwards. This could be a chain of buckets, or an Archimedes screw, or a bubble-lift pump. All these pumps need to have at least part of the pump down at the water level (with the exception of the bubble lift, which is kind of a unique design). The most common water pumps are centrifugal pumps. These use a set of spinning vanes to pressurize the water. Water comes in at the center, and hit spinning vanes; these shove the water outward through centrifugal force, and the outlet pipe is at the outside edge of the circle. One other interesting type of pump is the hammer pump. It's sometimes used in remote farming areas, because you can use the energy of a running stream to pump water high up a cliff. In a hammer pump, you let water flow through a relatively long tube. The tube has a vertical pipe near it's end. You let the water run through, and then suddenly close off the end of the pipe. The momentum of the water (combined with the fact that water isn't very compressible) can force a shot of water very far up the vertical tube. Hope this gives you enough to search for on the web!

Q:When the pump is connected in parallel, will the head and flow change?: Depends on how you do it.If you have a pump, the original network is the same, you add a pump, the result is the head and flow increases, the efficiency also changed, increase the number of head and flow, depending on the network characteristics, network characteristics such as steep increase, economy is also poor, which is not recommended. In fact, the actual flow of two pumps plus the actual lift equal, the problem is that the head, flow point of operation has changed.If it is new design, according to the required flow calculation of the required head, according to the head, half of the flow to select the pump, that is, two pumps flow volume, lift equal.

Q:A pump is said to be capable of pumping water up to 100 meters, but I don't want to confirm that by actually putting up a very long pipe to that height. I know that pressure is related to height, so putting pressure at the output end of the pump would simulate different heights. Any suggestions how I can rig a contraption to do this? Thanks.: *you can go by the 1st answer as pressure gauge near the pump discharge would give a maximum pressure inclusive of losses. As the losses are more[due to piping congetion or rasistance from the equipment to which it is pumping.] then the discharge head will be decreased. *Simply, in case of a centrifugal pump,close the discharge valve fully for a moment and check the discharge pressure. This is the maximum pressure ,your pump will pump. *Dont do this if the pump is positive displacement pump/regenerative turbine pump. Edit: Discharge head means pumping height in your case.

Q:I own a Camaro 1995 V6 3.4L automatic, it was diagnosed that the water pump was leaking and I was going to take it in on Saturday 3/1/08. But this morning I drove it and it seem that the car is losing power the RPM goes all up to 4-5 thousand to make a speed change. The car seems to stall like if it gets stuck the RPM goes up and eventually the next speed kicks in. I will be taking the car in tomorrow 2/27/08 to see whats wrong but I was hoping maybe someone knows whats wrong so that I can have an idea before someone tries to take advantage of me. I do know that the car started leaking water/coolant more than before after that little drive in the morning.The car is very well kept oil change is always on time .I always make sure that the water and the oil is level. transmission fluids are clean. I do know that the EGR Valve needs to be replaced. (hope this info helps)thank you: Fill it back up with water. you can cause serious damage by driving this car. It will vapor lock.

Q:Water is pumped out of a holding tank at a rate of 6-6e^(-.09t) liters/minute, where t is in minutes since the pump is started. If the holding tank contains 1000 liters of water when the pump is started, how much water does it hold one hour later??Round your answer to one decimal place.: Let V(t) be the volume of water (in Liters) in the tank after t minutes. We are given that V(0) = 1000, and we wish to find V(60). We are also given the rate of change of the volume: V'(t) = -[6 - 6e^(-0.09t)]. Note that a negative sign needs to be placed because the rate represents water leaving the tank, i.e., being pumped out of the tank. By the Fundamental Theorem of Calculus, Integral (0 to 60) V'(t) dt = V(60) - V(0), so that V(60) = V(0) + Integral (0 to 60) V'(t) dt V(60) = V(0) + Integral (0 to 60) -[6 - 6e^(-0.09t)] dt V(60) = V(0) + Integral (0 to 60) [-6 + 6e^(-0.09t)] dt V(60) = V(0) + [-6t + (6/-0.09)e^(-0.09t)] (Evaluated at t = 60 - Evaluated at t = 0] V(60) = V(0) + [-6(60) + (6/-0.09)e^(-0.09(60))] - [-6(0) + (6/-0.09)e^(-0.09(0))] V(60) = 1000 + [-360 - (200/3)e^(-5.4)] - [0 - (200/3)] V(60) = 1000 - 360 + 200/3[1 - e^(-5.4)] V(60) = 640 + 200/3[1 - e^(-5.4)] V(60) = approx. 706.4 Therefore, approximately 706.4 L of water occupy the holding tank 1 hour after the pump is started.

Q:My 1999 ford taurus WATER pump and serpentine belt need to be replaced because I can't stir the stiring wheel .... Would you know approximately how much this could cost so I dont get ripped off ??? I know nothing about cars... and this mechanic is saying between 300$ to 400$ and that is wayyy too expensive . It was kinda obvious to him that I know nothing about carsTHANKS A LOT!!!: Sounds about right to me, the parts would run right around $100 total or maybe a little more and of course the shop has to make their money. Water pump removal generally requires at least partially draining the cooling system (pain in the ***) in addition to trying to get the pump out of a FWD vehicle. Not the best price possible but definitely fair.

Q:I was wondering if there was a device that can pump and cool water. What I am looking for is essentially an aquarium pump that cools the water as it circulates.: You okorder /

Q:And my heater works 80 % of the time, Is it still ok to drive if I keep putting water in it?: 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:Power went out of my house and we just had it restored, though now the water is no longer running. We called the people who installed our pump and they told us they would need to dig up the well which is going to cost $1500. However i remember a time before where this happened and all we needed to was reset the switch. Do you think these ppl are trying to get me for my money? Does anyone know if there is a less expensive way?: Yes, they are trying to get your money. Check the breaker and see if it needs to be reset. If your pump is not submersible, you will need to prime it. Remove the gauge or one of the plugs and, with a funnel, fill it with water before you run it. This should be repeated until your pump is primed and filling up the tank. Make sure you have a faucet or two opened when you do this. No matter what, your well does not have to be dug up. It doesn't work like that. The power going out doesn't have anything to do with the water in the well or the piping going down to it. If all else fails, call a different well company to get some advice. Edit- If the pump is running ok, it should be primeable. It takes time to do this. If the pumps impeller was damaged by running dry, the pump may need a rebuild or replaced.

Q:Fire pump room is required to set up water pump control room?: You can't set it up.If there is a control room host automatic alarm automatic fire alarm system of words (through the pump distribution box can also control) can control the fire pump, if there is no distribution box automatic alarm system you can through the pump room control.Fire pump for fire as the name implies, pump, fire pump is the introduction of foreign products, according to different classification, divided into different types to its sealed, no leaks, corrosion-resistant characteristics, widely used in environmental protection, water treatment, fire departments for pumping all kinds of liquid, no leakage, no pollution is to create civilization workshop civilization, the ideal pump factory and pump type fire control system are similar, only the head and the flow are different. The selection of fire pump should be based on the technological process, water supply and drainage requirements, from five aspects to consider. Fire pump performance and technical conditions meet the requirements of the Atlantic pump standard "fire pump performance and test method" standard.

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