Sewage Submersible Pump With Coupling Device

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Shanghai
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TT OR LC
Min Order Qty:
1 set
Supply Capability:
1000 set/month

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Item specifice:

Item: Sewage Submersible Pump With Coupling Device Material: Cast Iron ;Stainless Steel Power: Electric
Theory: Centrifugal Pump Exporting countries: Ameircan,Japan,Australian etc Application: Sewage Pump

Product Description:

Sewage Submersible Pump With Coupling Device 


Company Introduce

My company has more than 40 years history, is the China general machinery pump industry association member units.

My company has organized product research and development team, experienced high, intermediate technical staff.

Complete production and processing, inspection, testing (pump performance test platform), and other equipment, to ensure that product quality is stable and reliable.

Over the department, provincial, municipal and industry product quality supervision and inspection (smoke), only one is qualified to go through.Timely quality perfect after-sales service in place, favored by the majority of new and old customers rely on and praise.

My company has successfully passed the national industrial products production license, ISO9001 quality system review replacement work.

Relevant product standards (enterprise), metrology, standardization management system, etc.,

 have been acceptance by the superior department in charge of the inspection.Related to product development, production management, sales and aftersales service, are performed according to the system management standard.


Application

This series pump is widely used for sewage treatment of city construction discharge for architecture projects, hotel, mine, pond, dyeing and printing, paper making and textile industries.

It is the ideal tool for transportation of sludge, slurry, living sewage, feces and stale wastes, solid grains fiber, paper chips, sandy soil etc.



Model Description


100 WQ 50-30-3
100: Drain aperture (mm)
WQ: Submersible sewage pump
50: Capacity (m3/hr)
30: Head (m)
3: Power (kW)

Operations Conditions


1. The medium temperature should not be over 60oC, the density 1200Kg/m3, and the pH value within 5-9.
2. During running, the pump must not be lower than the permitted lowest liquid level.
3. Rated voltage 380 V, rated frequency 50 Hz. The motor can run successfully, only under the condition the deviations of both rated voltage and frequency are not over ± 5%.
4. The maximum diameter of the solid grain going through the pump has not to be larger than 50% of that of the pump outlet.



Sewage Submersible Pump With Coupling Device



Sewage Submersible Pump With Coupling Device

Sewage Submersible Pump With Coupling Device




Sewage Submersible Pump With Coupling Device


Sewage Submersible Pump With Coupling Device

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Sewage Submersible Pump With Coupling Device

Sewage Submersible Pump With Coupling Device



 


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Sewage Submersible Pump With Coupling Device

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Q:rv water pump?
sounds like not enough pressure try to cypher air through it before using, good luck
Q:What are the components of a water pump being used in a car and how does it work?
you can ask the question to a motor company
Q:change water pump on 1995 z71 5.7?
Disconnect battery ground cable. Drain coolant from radiator. Remove upper fan shroud. Remove drive belt. Remove fan assembly from engine. Lower radiator and heater hose from the water pump. Remove water pump attaching bolts and water pump, Fig. 15 . Reverse procedure to install. Tighten water pump attaching bolts to specifications
Q:2005 pontiac water pump pulley?
you have to replace the pump ! it,s not the pulley that,s wobbling, it,s the bearing in the water pump that,s bad and you can,t replace the bearing !
Q:how does the simplest form of a water pump work?
The simplest form of water pump is a plastic spiral where the outermost spiral dips under the water and out as it rotates. The spiral can be driven by attached paddles if the water is flowing. As the water progresses down smaller spirals the pressure increases. The water exits through a rotating coupling at the centre of the spiral. A single stage pump can only raise water 15 feet (1 atmosphere) A windmill is a good example of a simple pump where a lever moves up and down, A valve closes at the bottom of a tube on the up stroke and raises the water by the length of the stroke. This water opens a second valve near the top of the tube as soon as the upstroke starts and the water is pushed up. This pump does not work by creating a vacuum. On the downstroke the upper valve closes due to the raised water pushing on it, and also due to its own weight, and the lower valve opens from the water below pushing on it as the cylinder descends. At the end of the downstroke the valve closes under its own weight and the weight of the water above it and the cycle repeats To raise water higher than 15 feet using a windmill, it is necessary to install a small tank at, say 14 feet, with a second lower and upper valve in a tube. The first stage pump fills the tank which the second stage pump then lifts another 15 feet, This process can be repeated until the water reaches the surface, but a bigger windmill will be needed to power multiple pumps
Q:please tell? HOW CAN I PREVENT MY HOUSE SUPPLY, WATER PUMP - 'DRY RUNNING'?
the best thing is buy a submersable pump it is cheap and never burn
Q:does water pump back into reactor or steam generator in a nuclear power plant?
As you factor out it was once the double-punch of the earthquake and tsunami that caused the problems at Fukushima. The diesel mills have been enough to control the pumps to cool the reactor but then the tsunami got here and swamped them. Shutting down the reactor after an earthquake is typical defense system. The diesel turbines had been designed to be a backup in the occasion of an earthquake. They functioned quality even after the large quake. If the quake didn't occur, but instead the planet was once just hit with the aid of the tsunami, the other planets in unaffected areas of Japan would still be operating so this implies the engineers onsite might have jerryrigged anything in order that the pumps would be powered through the country wide vigor grid even though the diesel pumps were knocked out. No longer shutting the reactors down would have resulted in much more radiation being launched as a result of the damaged structures and containment units.
Q:where produce good quality water pump?
Water pumps come in all sizes from less than one gallon per hour to over 50,000 gallons per minute. They also produce pressures on the discharge from a few inches of water to thousands of pounds per square inch. They pump water with all kinds of contaminates and chemicals dissolved in the water. Finally they can have all kinds of service conditions from a few minutes at a time once a day to continuous operation. All of these factors enter into what you need to have a good quality pump.
Q:Relationship between pump voltage and lift?
In the case of power, W=F*S. That is, the work done per unit time pump = the gravity of the water flow * the displacement of the waterIt can be seen that:1, the power is certain, the head and the flow is inversely proportional.2, the greater the power, the greater the product of the head and flow.Therefore, when the flow is minimum, the pump head is the maximum; when the head is the minimum, the flow is the maximum.
Q:Do I need a new water pump for my Accord?
Almost certainly not the water pump. It will leak from the weep hole on the back of the block, near the timing belt housing if it fails, and that won't produce coolant all over the engine. My daughter's 1993 Accord water pump failed and I had a hard time seeing the leakage because most of it happened gradually when on the road. Even if the shaft leaked because the weep hole was plugged it would be inside timing belt cover, not spraying all over. My bets are on a hose, especially near the thermostat housing where the heat is the highest. The thermostat is in a housing on the back edge of the engine - follow the lower radiator hose (weird, huh?) back to the housing. Several hoses come together there. The thermostat isn't going to cause the leak but you need to know where the housing is. The radiator is also a major suspect. As long as you got the engine stopped pretty soon after the overheating began the head gasket is going to be okay, too - it is not a good suspect for the symptoms you have so far. The easiest way to see where the leak is when there is that much loss is to refill the radiator with purified water - never put tap water in the cooling system except in an emergency - and let the engine idle until you see it dripping on the ground (remove the splash guard under the nose) or spraying under the hood.

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