Vertical Can-type/Barrel Pump . System 1

Vertical Can-type/Barrel 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 have an 1985 cadillac fleetwood hearse and the water pump is shot to hell. where do get a good cheep one.: There are good parts and there are cheap parts. The two never mix. Go to an autoparts store like O'reilly or Autozone. They will have what you need. ****EDIT**** An auto parts store is your cheapest option. Your only other option would be to get a used water pump, but I would not suggest putting an almost 30 year old water pump back on your car.

Q:I need to do a new water level indicator interface for an experimental rig. I'm going to have the buttons that will start and stop the pump. And a column that will show the percentage of the water level in the experimental rig. Please help. I'm so clueless. And this is my final project. :(: They're equal (VB and VB6 variations of VB, surely VBA is super high-degree) in the phrases of where they rank within the excessive-stage/low-stage programming language rankings. Java is extra priceless without problems for the reason that it results in other matters (and could be very marketable on it's own), particularly c/c++/c# and net languages like php/javascript which have c-like cyntax. VB.Web and VB6 don't particularly result in so much (although they each support comprehend object-orientation). you can do the identical matters with visual normal that you can do with Java or C++. You are not able to do the identical things in VB as c++. For C# that you would be able to make a small case because it does aid c++-like code (hazardous keyword) but absolutely not VB.Internet (or VB6 most likely). Just are trying doing a C# an identical of stackalloc in VB.

Q:ive been doing repair work on an old 86 jeep cherokee and when i let it idle there is a water leak, me and my dad came to the conclusion there was something wrong with the water pump. i cant find the manual and i dont even know what im looking for, so where would i find the water pump and how would i go about replacing it?: For 2.5L 4.0L Engines Some vehicles use a serpentine drive belt and have a reverse rotating water pump coupled with a viscous fan drive assembly. The components are identified by the words REVERSE stamped on the cover of the viscous drive and on the inner side of the fan. The word REV is also cast into the body of the water pump. 1. Disconnect the negative battery cable. 2. Drain the cooling system. 3. Disconnect the hoses at the pump. 4. Remove the drive belts. 5. Remove the power steering pump bracket. 6. Remove the fan and shroud. 7. If equipped, remove the idler pulley to gain clearance for pump removal. 8. Unbolt and remove the pump. To install: 9. Clean the mating surfaces thoroughly. 10. Using a new gasket, install the pump and tighten the bolts to 13 ft. lbs. (18 Nm). 11. If removed, install the idler pulley. 12. Reconnect the hoses at the pump and install accessory drive belt. 13. Install the power steering pump bracket. Install the fan and shroud. 14. Adjust the belt tension and fill the cooling system to the correct level. 15. Operate the engine with the heater control valve in the HEAT position until the thermostat opens to purge air from the system. Check coolant level and fill as required.

Q:how do i remove and replace the water pump on a 2003 ford focus with a 2.0 engine: You most likely wont be able to do this at home in your own garage. The water pump on this vehicle is driven by the timing belt. In order to access the timing belt, you need to first remove the accessory drive belt, some pulleys, and i thing a couple components like the power steering pump, and the AC compressor as well. Once you have all that stuff out of the way, then you can remove the timing belt cover and begin removing the timing belt, with the timing belt removed, you can now access and unbolt the waterpump gear and then the waterpump itself. It goes back together in reverse order, except you will need a speical tool to hold the two cam gears from moving relevant to one another when you realign them with the crankshaft to put a NEW timing belt on, you shoudl use a new belt since you are forced to replace it while removing the waterpump. Your going to have to take it into a shop, it will be kinda expensive, a timing belt replacement in that vehicle is estimated at 2.2 man hours, the water pump will be only a bit more labor ontop.

Q:If a person took a water pump and attached to a hose and ended up with (random numbers) 15 gpm and 30 psi at the end of the hose, what would happen if you put an exact same pump right next to it and hooked the two pumps together with a quot;Yfitting to a single hose? Would both the gpm and psi be doubled, or neither, or just one? What would happen?: Any discharge piping system down stream of a pump (in this case a hose) will have a pressure drop that varies with flow. You can develop a curve of this pressure where flow rate is plotted against pressure drop. Any centrifugal pump will have a performance curve. The lower the discharge head (pressure) the more the pump will pump. The higher the head the less the pump will pump. Assuming these are centrifugal pumps then their performance will balance with the system pressure drop curve to seek a point on each pump's operating curve that matches the overall system pressure drop curve. In other words the pressure will go up some and the flow rate will also go up some but neither will double.

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.: What I do for chilling wort involves a copper tubing heat exchanger. I have (right now in fact) a coil of copper tubing immersed in my hot liquid and I pump cool water through the tubing. It would work just as well with a pot of salted ice water and your hot liquid being pushed through the copper tubing. The copper tubing is the semiflexible coils you can get at a home store for $20ish. You'd salt the ice for maximum cooling but start the pump before submersing the coils to keep your water from freezing in the pipe.

Q:Suppose the liquid temperature range for the water pump is -20 .. 90 °C. However it should be worked under liquid temperature upto 180 °C. For this, what has to to be done?: (edited) The physical size of the pumping arrangement was not described. I assume that the pump has all metallic components because of the high (194 F) 90degC design operating temperature. There may be some problem with an elastomeric bellows in a mechanical seal at the 180degC (356F) temperature. Other than that, there should be no problem with the temperatures as far as the pump is concerned. There may be a need for shaft cooling to protect the standard electric motor and possibly the flexible drive coupling arrangement. (edit) Depending on the physical size, rotating speed and drive arrangement, a special coupling set-up may be needed to accommodate any potentially wide swing in operating temperatures. From ambient to 180degC there will be about a 160C (288F) variation. The liquid will be either a salt or a glycol brine solution for freeze protection at the lower temperatures. (edit) That same concentration will provide some elevation of the boiling temperature and therefore a reduction of the pressure of the water solution needed to prevent boiling. ( 130 psig is the saturation pressure of plain water at that elevated temperature.) This can be found on the charts provided by the glycol suppliers for the various glycol and salt solution characteristics. To prevent cavitation you may need to pressurize the suction. If the proposed pressure of the system is already above the vapor pressure of the solution at that maximum temperature, you may already be OK. A motor with high temperature windings may be considered.

Q:I need instructions on taking the old one out and replacing it with a new one. Photos will be helpful: The post above me is right on just take your time and make the bolts tight but don't over do it . Flush out before install of new pump. good luck

Q:What are the conditions for the series and parallel connection of the pumps?: Water pumps in series require equal flow, and the latter should be able to withstand the pressure of two pumps and.The parallel pump requires the pump with equal lift head, and the outlet pipe in parallel shall be chosen according to the flow rate of two pumps.

Q:i want details and requirement of it in water pump: A okorder

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