• Stainless Steel Double Suction Centrifugal Pump System 1
  • Stainless Steel Double Suction Centrifugal Pump System 2
  • Stainless Steel Double Suction Centrifugal Pump System 3
Stainless Steel Double Suction Centrifugal Pump

Stainless Steel Double Suction Centrifugal Pump

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
200 set/month

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Advantage of Stainless Steel Double Suction Centrifugal Pump          
Easy mantainance
Higher efficiency&saving energy
Low noise
Non-leakage
Stabel runing and longer operation life
Exellent Performance
Compact Structure
Both horizontal and vertical installation
Easy installation the pipeline,suction and discharge in one line


Applications of Stainless Steel Double Suction Centrifugal Pump
Type SBS Horizontal Axially Split Casing Double Suction Pump is wide apply in water works, irrigation, drainage pump station, power plant, municipal water supply system, firefighting, ship build. also can be apply in oil process industry, drainage in civil building, HVAC, metallurgy, chemical ,pharmacy,power plantetc for supply water or liquid property similar to water both in physics and chemical.


General description of Stainless Steel Double Suction Centrifugal Pump
State Patents (Patent Number: ZL01 2 39077.1) the advantage of vertical& horizontal installation construction to fill domestic blank. To match different installation requirement. strengthen casing design, high efficiency and save energy, compact design to ensure stable and reliable operation.

Model Explanation of Stainless Steel Double Suction Centrifugal Pump
SBS 125 500F/412
SBS SBS Horizontal Axially Split Casing Double Suction Pump
125 - Discharge Diameter (mm)
500 Impeller Nominal Diameter (mm)
F - Impeller hydraulic Code
412- Impeller Diameter Code
                                                                                                                                                           

Technical data of Stainless Steel Double Suction Centrifugal Pump
Diameter of Discharge Flange: DN80 upto DN900
Capacity:Q:83 - 11600m3/h
Head:H:8 - 180m
Max Working Pressure:cast iron 1.6MPa, Ductile Iron and Cast Steel 2.5MPa.
Max Operating Temperature: 120 degree
Rotation Direction : from the driven end, the pump rotating direction is CW, also CCW rotation direction is available if needed.

 

FAQ of Stainless Steel Double Suction Centrifugal Pump

1. Are your pumps protected against dry running?

No, unprotected centrifugal pumps are not generally designed for dry running. It is important to give us or your dealer as much information as possible about the system in which the pump is used. Inlet pressure, the type of liquid to be pumped, together with relative density, viscosity and temperature, for example, are required in order to allow CNBM to recommend the right pump with the right gaskets for a long operating lifetime.

2. How can I get trained on CNBM products?

Yes, we provide training courses in our factory (products, general and specific pump technology, hydraulics, and practical applications). Please consult your sales manager or get in touch with our headquarters for more information.

3. Are your pumps cheaper than those of your competitors?

CNBM aims to give its customers the highest standards of quality and service and delivery times, all at a reasonable price.

 

Q: my water pump has gone south on me and I want to repair it myself any ideas on how to will be greatly appreciated, do to space between the water pump of the engine and the chasi or body of the van that makes working on thi vehicle kind of difficult any knoledgeable instruction will be welcome. thanks for the help. I am in California,the name is Elmer
drain cooling system, remove the fan belt. Remove the lower radiator hose, Remove nut from both front motor mounts. Remove alternator. Disconnect power steering pump pressure hose. Disconnect heater outlet tube from waterpump. Remove AC compressor front bracket, leaving compressor in place. jack up left side of motor about 5 inches. Remove waterpump bolts and nuts. Remove the drive belt tensioner pulley. remove the power steering pump with the hose still attached to it. and position it off to the side. Now remove the waterpump and gasket! reinstall in reverse order. This is taken from the Mitchell Repair Software.
Q: I'm planning to install a water pump using electric generator from a very long distance going up from a cliff
Well yes it wiould , powerful pumps need more electric power so check that the generator can supply the power needed by the pump
Q: Under what circumstances should we set up fire pool and fire pump room? Is it necessary to have a building?
Public construction property
Q: (used in business units, cities in the North)1, how many watts, head M?2 is it fixed or removable?3, portable or heavy?4, how many units? What brand is good (Fire Department, or flood control command, often used brand, model)?5, diving?
Do not know where to use, in case the the Yellow River burst, you might as well buy a boat
Q: Ok i was wondering which is the from hose off of the motor the bottom or top since i thinl my heater core hose are reversed and i only get nuke warm air and not hot and yes ive got a brand new heater core, new anti freese, new thermostat and gaskets and all hoses are clear and not rust in the system
I think the info you are looking for is which heater hose supplies the heater core and which hose returns the water to the system. The heater core has two connections, the bottom is usually water in, the top water out. Generally the hose from the top of the engine supplies the heater core and the hose going to the water pump is returning back to the system. Having cleared that up, it doesn't really matter, even if the hoses are reversed, coolant will flow through the heater core regardless, unless there is a control built into one of the heater hoses that actually cuts off the flow of coolant to the heater core. Some trucks have them some don't. If yours does, check that it is working properly or remove it altogether. Now let's examine the possible source of your problem. I would look at either the heater control in the cab or the heater box itself. In the early 70's GM started using pneumatics, and vacuum operated components for their environmental controls. Vacuum operated doors opened and closed to allow airflow to different parts of the system, A/C, defroster, vents, heat, etc. A vacuum leak, a kinked hose, a bad control will cause the doors to stay closed, giving the illusion that there is no heat. By the same token, the wrong door stuck open could allow excessive outside air to mix with the heated air effectively cooling it off, but that is not likely. Check the main control in the cab, and the vacuum actuators and hoses. If by some chance yours still has the steel cables, make sure they are well lubricated, connected, and functioning.
Q: how to change water pump on 1998 hyundai sonata?
it really easy, first go to any car parts store near u, i recommand (napa) auto parts. u may ask for a book to look or ask for print out instruction. any way u need a wrench and some tools, look in the front, there r u radiator, follow the hose that came out and it will go to u engine and right there is u water pump, take the hose out and take water pump out and put the new one in, but some time it not the water pump, it could be the bell, or just the termostat locate on top of weter pump or to the side it the out water to go to engine , so how u know u water pump broke, but u want to save money get u phone book out and look for used auto parts and order u water pump around ($20) and just go to library and look for auto book and go from there, or go to auto zone ,they have print out for u, ...should na drive toyota
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?
Only the GPM would be doubled if the pumps are connected in parallel as described. The Pressure would remain at 30 psi. If you were to connect them in series you could double the pressure to 60 psi, but the GPM would remain the same.
Q: Im half way through replacing my water pump and im stuck...the power steering pump pully blocks access to the final bolt that needs to be removed so the water pump can be removed so i can replace the water pump... any hints on how to get to the bolt so i dont disassemble something i dont need to?
This Site Might Help You. RE: Help replacing water pump in Chevy Impala 2003....? Im half way through replacing my water pump and im stuck...the power steering pump pully blocks access to the final bolt that needs to be removed so the water pump can be removed so i can replace the water pump... any hints on how to get to the bolt so i dont disassemble something i dont need to?
Q: About 2 months ago I started hearing a noise coming from my bathroom that sounded like loud humming every 3 or 4 seconds after I would turn on the water or flush the toilet. I noticed that when this noise happened the water pressure would increase and then it would go back to normal. Then the noise started to get louder. Last night while my husband was taking a shower the water lost pressure and then completely turned off. Now I have no water at all whatsoever except for maybe a few drops when I turn the faucet on. I have a private well and when I bought the house I was told that the well is underneath one of my bedrooms because the house was built on to and they built over the well. I know I can get to the pump from the crawl space. Has anyone had this problem or does anyone know what it might be or maybe even how much it could cost to fix?
sounds like a vacum valve problem you need a plumber or a pump person does not sound like a good job for a dyi.
Q: We have a low area in our back yard. The previous owner had a pump installed. The flow switch is in the ground at the lowest point of the yard. The actual pump is 2 feet or so, higher up. We have not had to use it much. But last week, when we have the big storm, it stopped working. It some how worked again, but pumping a lot slower, then it stop pumping again. With this pump, I had to add water to get it primed. The last time I try to add water, the water drains instantly. Any one how what could be wrong with it? It was suggest a seal was broken. Thanks for your help.
If you say that the pump is 2 feet higher you must have a hose onthe suction side of the pump it probably has a foot valve on the end of the hose it must be hung open thats why when you try to prime the the the water flows thru check to see if there is any debris holding the check valve open if there is clean it out close the valve prime with water and try to pump

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