• Serial centrifugal horizontal split case electric water pumps CNBM From China System 1
Serial centrifugal horizontal split case electric water pumps CNBM From China

Serial centrifugal horizontal split case electric water pumps CNBM From China

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

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Specification

 

Feature

The mining slurry pump is horizontal, single suction, single-stage, cantilever, double casing centrifugal slurry pumps. The discharge direction can be set at any one of 8 directions, and the angle interval of the 8 choices is 45°. The shaft seal has three modes which are packing seal, expeller seal and mechanical seal.

 

Structure Type

S type large horizontal axial pump is horizontal installation.The inlet and the outlet are under 

the shaft centerline.The pump is horizontal, split casing.And it is not necessary to disassemble 

the inlet and outlet pipes when overhauling. The shaft sealing can be the mechanical sealing 

and the soft packing sealing .

 

Application 

widely used for water plant, irrigation, drainage pumping station, power station, water circulation of air conditioning,

 industrial water supply system, fire system and shipping industry as well as the general purpose in the oil refining industry. 

 

Type and definition

 150YQS-78A

 150-intake diameter(mm)

 YQS- Yongquan double-suction horizontal centrifugal pump       

 78- Lift(m)                                                                      

 A- The impeller diameter cut for the first time    


Q:What does the temperature range of the pump mean?
The range of temperature is less than 135 degrees Celsius, which means that the range of use shall not exceed 135 degrees celsius. Refers to the temperature of hot water, high pressure steam boiler inside the water temperature is more than 100 degrees Celsius, your pump is a high-pressure high temperature water pump, generally used for steam boiler or high temperature waterway system. For reference only.
Q:can this happen that pump is pressurizing system and no flow in suction.
The radiator honestly holds the water/coolant and the pump circulates the aggregate with the help of the engine. Upon returning to the radiator, the water is cooled from air passing with the help of the fins of the radiator. The pumps job is to move the aggregate to guarantee that the nice and comfy water to sit back for this reason, the engine is then cooled.
Q:the outboard runs fine and pumps water out with muffs on but when i put it in the water it doesn't pump any water at all. could it be that the impeller needs replacing? what do you think?thanks
No question about it. Replace the impeller. It's easy - the hard part is getting the fasteners off without breaking a stud. Be patient and use liquid wrench and give it an hour or more to work. Tap the nuts and then try them. A final resort would be careful (very careful) use of a propane torch to free the nuts. If not replaced, eventually blades will break off the impeller and foul the cooling system.... which can be a very expensive and difficult repair.....overheating is also very bad for the engine.... so fix the water pump.
Q:my sump pump keeps filling with sewer water. i cant figure out why or where it could be coming from. and the smell is awful.
I'm guessing that instead of the ground water being pumped to outsde somewhere, it was installed into the sewer system. If a check valve wasn't installed or if it leaks by, and your sewer line is backing up, it will backfeed down the outlet pipe and into your pit. If you had a lot of water coming in from the ground, it would force the sewer water out of a drain somewhere, like a laundry drain, sink drain, shower drain, or toilet. If this is the case, get your sewer line to the main checked and have the sump pump installed properly.
Q:please answer my below question whether it is possible or not.can i get 15,00,000 lit/day amount of water by using 10hp water pump at the distance of 5m total head?
a 10HP water pump is huge. if it is electrically driven, you will need 3 phase power. typical rating for a water well submersible type is 240 gallons per minute, or 345,600 gallons per day, which would be about a million liters per day. a sump pump type might deliver more flow, but i could not find a spec for one that big. most water pumps are 1 HP or less.
Q:Can the water from the fire pump enter the roof fire tank? Why?
Here is the concept of "fire water tank", if the roof has fire water tank, fire pump should be able to roof fire water tank water supply, as long as there is sufficient pressure on the line. However, if the roof water tank is only a living water tank, the fire pump is not started, this is the two pipelines.
Q:Horizontal pumps, vertical pumps, which kind of expensive?
Relatively speaking, the horizontal is expensive, because there is a horizontal chassis, if there is a large pump case, the best selection of horizontal, otherwise the weight of the motor to the pump body smashed!
Q:If you use a water pump to move water through a circular trench, essentially making a little river, and then place some kind of turbine or water wheel or something to generate electricity from the moving water, couldn't you use the electricity generated by the turbine to power the pump, thus requiring no outside power?
This Site Might Help You. RE: Is a perpetual energy water pump possible? If you use a water pump to move water through a circular trench, essentially making a little river, and then place some kind of turbine or water wheel or something to generate electricity from the moving water, couldn't you use the electricity generated by the turbine to power the pump, thus...
Q:I've never had overheating problems before, (although the heating itself never worked great) but today the gauge suddenly spiked while driving at about 50mph. I pulled over and steam was coming off the engine and the cooland tank was bubbling. The coolant was low, but not empty. I put some water in the coolant tank, let the engine cool and drove to a gas station where I got some coolant which I mixed with the water in the coolant tank. That didn't seem to help any. Even after letting the engine cool completely, it spikes after less than five minutes of driving. The radiator and both top and bottom hoses are equally hot. When I tried to start the engine with the radiator cap off, cooland shoots up out the top. The fans are working propely and there is no debris on the front of the radiator. So I'm sort of at a loss. Also, I've had some trouble starting since the problem.
You need head gaskets. Compression from the cylinders is getting into the cooling system.
Q:A pump parameter is the maximum flow per hour 960L, followed by the standard flow of 480 what do you mean?
Centrifugal pump, flow and head is an inverse relationship between the maximum flow, you said, lift the corresponding conveying pump is relatively low, the standard flow, the rated flow is designed and run in standard flow, pump efficiency is the highest, if more than the standard flow operation possible lead pump overcurrent heating, and a series of cavitation phenomena

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