WQ Non-clogging Sewage Submersible Pump Cast Iron Pump

WQ Non-clogging Sewage Submersible Pump Cast Iron Pump System 1

WQ Non-clogging Sewage Submersible Pump Cast Iron Pump

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 1000 unit/month

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Application:
Agriculture, domestic wastewater, septic tank, mine, building construction, etc.

Service Conditions:
1. Submersion depth: 5m.
2. Liquid temperature up to +40°C.
3. Passage of suspended solid up to 55m.

Product Introduction:
WQ Non-clogging Sewage Submersible Pump Cast Iron Pump is composed of motor, water pump, seal. With volute impeller structure, the water pump is under the single or three phase asynchronous motor. Mechanical seal is used as motive seal between motor and pump, and oil resisting rubber O ring works as the static seal for the rabbet. Because of single or double channel, flow gap is big, then the discharge capacity of the pump is improved.

Performance Data:

MODEL	RATED Q (m3/h)	RATED H (m)	RATED POWER (kW)	RATED POWER (kW)	SPEED (rpm)	OUTLET DIA. (mm)
WQ100-25-11	100	25	11	380	1450	100
WQ180-11-11	180	11	11	380	1450	150
WQ300-7-11	300	7	11	380	1450	200
WQ100-30-15	100	30	15	380	1450	100
WQ180-15-15	180	15	15	380	1450	150
WQ250-11-15	250	11	15	380	1450	200
WQ100-35-18.5	100	35	380	1450	100	100
WQ180-20-18.5	180	20	380	1450	150	150
WQ250-15-18.5	250	15	380	1450	200	200
WQ100-40-22	100	40	380	1450	100	100
WQ200-22-22	200	22	380	1450	150	150
WQ250-18-22	250	18	380	1450	200	200
WQ400-10-22	400	10	380	1450	250	250
WQ180-30-30	180	30	380	1450	150	150
WQ250-22-30	250	22	380	1450	200	200
WQ600-9-30	600	9	380	1450	250	250
WQ180-37-37	180	37	380	1450	150	150
WQ350-25-37	350	25	380	1450	200	200
WQ600-12-37	600	12	380	1450	250	250
WQ180-45-45	180	45	380	1450	150	150
WQ400-30-45	400	30	380	1450	200	200
WQ600-15-45	600	15	380	1450	250	250
WQ800-12-45	800	12	380	1450	300	300
WQ250-50-55	250	50	380	1450	150	150
WQ300-40-55	300	40	380	1450	200	200
WQ600-20-55	600	20	380	1450	250	250
WQ800-15-55	800	15	380	1450	300	300
WQ200-60-75	200	60	380	1450	150	150
WQ300-48-75	300	48	380	1450	200	200
WQ600-25-75	600	25	380	1450	250	250
WQ800-20-75	800	20	380	1450	300	300
WQ1300-12-75	1300	12	380	1450	350	350
WQ200-75-90	200	75	380	1450	150	150
WQ300-55-90	300	55	380	1450	200	200
WQ600-30-90	600	30	380	1450	250	250
WQ800-25-90	800	25	380	1450	300	300
WQ1500-15-90	1500	15	380	1450	350	350

Q: i replace all the seals on the water pump reinstalled it and the same thing happened... it leaks out the bottom some where and run down the water pump and down the hot side radiator hose... any ideas?: With the labor, time, and seals you wasted trying to rebuild your old pump you could have put a factory rebuilt unit on. Sometimes you just gotta break down and spend the extra cash to do it right.

Q: What is the defection of water pump: Water pump installation of a one-way valve on it.

Q: The water pump in my trecel is damaged and i need to take it to a shop that's about 20 minutes away from my house will turning on the heater and adding coolant help me to get the car there without damaging the engine: If you have electric fans to cool the radiator down you can turn on the airconditioning or the defrost which will make the fans run continuously keeping the water cooler for a longer period of time

Q: 1.5 kW three-phase pump with 600 meters line, should match what big line?: 1.5 kilowatts water pump distance 100 meters, with 2.5 square meters of electricity enough

Q: The garage told me my water pump was pumping quot;weaklyand needs to be replaced.: Yes you can have a weak pump. They wear out after awhile. but before replacing the pump, make sure that you don't have any blockage in you hoses. A partially blocked hose can make it appear like your pump is not working well and cleaning a hose out is a lot cheaper then replacing the pump.

Q: Okay my well water pump keeps turning on and off, i can hear it click on and off. Then the water stops running completely! What is wrong with it?? It has been doing this since last night.: You have what is called a waterlogged pump system. As Gordon said, all in one sentence, most domestic water pump systems operate by using the water they pull up from the ground to compress the air that's already in the resevoir tank either in your basement or back room. The standard working pressure limits are 20 lbs. on/40 lbs. off, or 30 lbs. on/50 lbs. off. The water is pumped in until the air is compressed to 40 psi., then the pressure switch shuts it down. When you draw water off by turning on a tap somewhere in the home and it eventually gets down to 20 or 30 lbs, whichever your system is set on, the switch calls for more pressure and the pump kicks back on. In older resevoir systems where air and water met, under pressure, eventually the air is absorbed by the pressure until there's no room left for air to be pressurized and the pump tank becomes waterlogged. If you have what is called a bladder tank, there is supposed to be a rubber film stretched across the tank somewhere near the middle to keep the air and the water separated, If that bladder bursts for whatever reason, eventually, you wind up with a more expensive older style water resevoir tank. You can repressurize these tanks, by turning off the electricity to the pump and turning on the house taps. Let them run a good long time, then shut them off, put some air back in the tank via the fixture on top, close everything back up and turn on the system. Let it prime itself and pressurize itself, it should be close to being right, if not right on. Or you can have a new tank installed.

Q: A tank is full of water. Find the work W required to pump the water out of the spout. (Use 9.8 for g and 3.14 for pi . Round your answer to three significant digits.)The tank is a spherical shape has a radius r= 6m and a spout height of h=2m.I really dont know how to start this problem correctly. Any help will be appreciated. Thanks!: The pump will not have to work until the water drains by gravity to the level of the spout. Then, Work = Weight of water * Height of lift Find the distance, d, of the center of mass for the remaining water in the bottom 2 m of the sphere. The height of lift will then be 2m - d. The hardest part is finding the distance d to the center of mass. I don't remember how to do that.

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: 94 f150,302 engine. the water pump comes with 2 gaskets. one behind a metal plate on the pump and another for mounting it to the motor. my question is do you have to use sealant of any kind on both gaskets or can you just bolt it on?: use sealant you dont need a ton but enough to hold the gaskets in place

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?: No, every energy conversion process is less than 100% efficient. In other words, when the pump and motor raise the water energy is lost. Now when the water flows more energy is lost. When the water turn the turbine more energy is lost. Finally, when the turbine drives the motor to produce electricity more energy is lost.

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