WQ Series Sewage Submersible Pump
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- TT or L/C
- Min Order Qty:
- 1 Sets set
- Supply Capability:
- 1000 Sets Per Month set/month
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All details for WQ Series Sewage Submersible Pump:
1. Product Introduction of WQ series Sewage Submersible Pump
WQ series submersible sewage pump is mainly used for municipal work, industrial building, hotels, hospitals, civil air defense, mines, etc. It can be widely used in transfer waste water, rainwater and living water etc. which contains solid grains and various long fibers CNBM WQ series sewage submersible pump have many advantages, such as, hi-efficiency, circumvolution proof, blockage free, auto-coupling, hi-reliability and auto-control, etc.
2. Technical Performance of WQ series Sewage Submersible Pump
Discharge diameter: 50~600 mm
Capacity: 10~8000m³/h
Head: 5~60m
Power: 1.5~315kw
Diameter of pass solids: 20~145mm
3. Operation Condition of WQ Series Sewage Submersible Pump
1). Rated Voltage: 380V(660V), Frequency: 50Hz, 3-phase AC.
2). Temperature of medium under 40ºC.
3). PH value: 4~10.
4). Volume ratio of solid in medium below 2%.
5). Density of medium should be lower than 12000kg/m³.
4. Structure Characteristic of WQ Series Sewage Submersible Pump
WQ series submersible sewage pump is equipped with status indicator and protection device to ensure for pump safe and reliable operating.
1). The unique cable airproof is adopted, avoid leakage of cable.
2). Heat protector in stator assure of operating life of the motor.
3). The pump adopts outer recycling cooling design with motor power more than 18.5kw, which can keep the pump operating safely under the lowest water level.
4). A floating switch is installed at the bottom of motor chamber to protect the mechanical seal in the motor side.
5). The oil-water probe is installed at the up end of the oil chamber between pump and motor that can protect the mechanical seal in the side. If leakage occurs, the system will signalize and start protection.
6). Adopt perfect mechanical seal, the sealing material adopt tungsten carbide, silicon carbide and hard metal alloy, which can prevent the water from entering into the motor, and keep the operating reliable and safety.
7). The auxiliary impeller can balance the pressure outside of the mechanical seal, prevent the water entering into the oil chamber and prolong the life of the motor.
8). Unique impeller design, wide passage allow large solid and long fiber passing through freely, it features non-clog, convolve-proof and good passing ability.
9). The changeable wearing ring is installed between the impeller and the volute to keep the optimum operation conditions.
5. Impeller Design Characteristics of WQ Series Sewage Submersible Pump
For the feculence pass freely, it must be widen the flowing passage of impeller, for the big pump, can used for double-vane, or three-vane, for the small pump, it used for single(double) flowing passage, like a bent pipe has same section, it has a good passing characteristic, avoid stop, convolve caused by slowing current possibly. The especially flowing passage of impeller, cooperate with logical volute, made the paper, soft goods, garbage bag and other material in sewage can passing freely and the pump have no vibration in the course of running-in and load through the impeller balance between dynamic and static state.
- Q:looking for the comparison and then finaly the conclusion about the water pumps instaaled in the IC engines. Where we should stick to the tradional mechanical driven water pumps or electrical water pumps? which one is better!! any information/ response is appreciated
- Mechanically driven water pumps run off of a belt on the front of the engine to drive them where-as an electrical water pump is run by you guessed it electricity. Belt driven water pumps are much more common with electrically driven pumps usually used for high performance car so as not to rob horsepower from the engine by the force it requires to drive the pump.
- Q:7.63Determine the isentropic efficency of a water pump when water enters as a saturated liquid at 96.5 kPa and exits at 5 MPa and 106 degrees C.Thanks
- Well!!!!!!!! Isentroipc Efficiency of a pump = Isentropic Work / Actual Work At state 1, Enthalpy of Saturated Liquid h1 = 413.357 kJ/kg Entopy s1 = 1.29154 kJ/kg-K At state 2, Enthalpy of Liquid at state 2 = 448.042 kJ/kg Now, to find the ideal Enthaply , Enthalpy at 5 M Pa at entropy of 1.29154 kJ/kg-K h2s = 418.462 kJ/kg Thus, Isentropic Work Done I = h2s - h1 = 418.462 - 413.357 = 5.105 kJ/kg Actual Work Done A = h2- h1 = 448.042 - 413.357 = 34.685 kJ/kg Hence, Isentropic Efficiency = I/A = 5.105/34.685 = 14.72%
- Q:Water is pumped through a pipe of diameter 13.0 cm from the Colorado River up to Grand Canyon Village, on the rim of the canyon. The river is at 564 m elevation and the village is at 2311 m.(a) At what minimum pressure must the water be pumped to arrive at the village? (in MPa)b) If 4300 m3 are pumped per day, what is the speed of the water in the pipe? (in m/s)(c) What additional pressure is necessary to deliver this flow? Note: You may assume that the free-fall acceleration and the density of air are constant over the given range of elevations.( in kPa)I have tried this over and over but i know B it is 3.75 m/s please help if you know to do this THANKS!!!!!
- a) Pressure is the weight of a 1 meter square column of water. The height of the pipe is 2311-564 = 1747 m volume is 1747 m? density of water is density of water at 20C = 0.998 g/cm? = 998 kg/m? mass of water is 1747 m? x 998 kg/m? = 1744000 kg weight of water is 1744000 x 9.8 = 17090000 N Pressure is 17090000 N/m? or 17.09 MP b) Cross sectional are of pipe is A = πr? A = π(.065)? = 0.0133 m? one meter of pipe has a volume of .0133 m? 4300 m? are pumped per day The water in that one meter of pipe has to be changed 4300 / 0133 = 324000 times per day to handle the flow That is 324000 / (24*3600) times per second or 3.75 times per second. Since the section of pipe is is 1 meter, that is 3.75 meters per second.
- Q:To get at the timing belt on a Toyota 3.4L V6, does the water pump first need to be removed?If so, is there a way to tell how worn a water pump with 85,000 miles is? Like a loose bearing feel, etc?
- does the water pump first need to be removed? no. but is exposed during the procedure. ----- If so, is there a way to tell how worn a water pump with 85,000 miles is? Like a loose bearing feel, etc? you can check for pulley noise, pulley wobble and coolant condition as a precursor to it's failure, but even if it passes that inspection, it may fail in 1000 miles (example). that's the nature of consumable components. ------ since it costs 300-400 in labor to do those individually, it behooves one to put them both on the same maint schedule. replace both at same time. needed or not. every 90,000 miles. and this is a non interference type engine. no engine damage will occur as a result of belt failure alone. FYI, since it's not an interference engine, if this be an autotrans, you could go longer between belt changes as autotrans have smoother torque apps. purdy much constant torque. my V6 has over 200,000 miles on the belt. water pump too. and i have pristine coolant and no pulley noise. and i'm pushing my luck. i run the risk of a towing bill.
- Q:my water pump went bad on my 1997 chevy cavalier, causing it to leak all the coolant it had in the system. i put water in it til i could get new water pump. changed out water pump. attempted getting air out of system. put more concentrated coolant in system than i did water. bad guessing on my part. ran car around block 5 times. it was fine. this morning on the way to work, it started overheating again. my thoughts : more air in system that's not coming out? thermostat REALLY went bad at same time as water pump???? overheating all because of a little too much coolant??? for some crazy reason, my system needs to be suddenly flushed? Your thoughts? one last thing, the car has always ran perfectly normal temp til water pump went bad.
- When was the last time the system been drained flushed and *cleaned? A 14 year old radiator and heater core will be loaded with corrosion and rust. Prestone Super Radiator Cleaner can be used on mildly dirty cooling systems. *Follow the instructions on the back side of the Prestone Super Radiator Cleaner. The instructions are totally different than the quick, worthless rinse cleaners. GM makes a one part powered acid cleaner that works better on really dirty cooling systems. When in doubt change the AC-Delco thermostat with another one from a Chevrolet dealer. Flushing is easy when you splice-in a Prestone or Peak flushing T in the heater hose *return hose from the heater-core. Any trusted private mechanic or Chevrolet dealer can do a *cooling system pressure test to see if you have any external or internal coolant leaks. Never exceed a 50/50 mixture of DexCool antifreeze and distilled water. If someone has been mixing brand X antifreeze with the factory installed DexCool in your cooling system the coolant will turn to mud and plug-up the cooling tubes in the radiator core and mat the cooling passages in the engine. The secret of perfect heat-transfer in a cooling system is clean cooling passages, a new AC-Delco thermostat and radiator pressure cap. Remove and clean the plastic coolant recovery bottle with Wisk, hot water and a round household scrub brush. If you exceed a 50/50 water and DexCool mixture, it will not adsorb heat from the engine as efficiently or get rid of the heat in the radiator as well as a perfect 50/50 mixture. Always buy 100% DexCool Antifreeze and fill 1/2 the total capacity of an empty clean cooling system first with 100% DexCool then fill the remaining space with distilled water.
- Q:1995 Ford Contour GL, 2.0L 4Cyl- three water pump failures. I bought the car in 2000 [49,000 miles] and in 2003 [116,000 miles] a leak from the weep hole area was repaired by replacing the pump. In October, 2005 [164,000] another leak from the same place was again repaired by replacing the pump. Just over two years later now, 196,000 miles, and today it's leaking from the same area. Any idea why this would happen? Each time I've replaced the pump, I've not been able to see any damage to it. People talk about impellers breaking, but they've always seemed intact. Maybe it isn't a pump failure so much as a leak for some other reason? Since purchase, the car has run what appears to be hot, in that the temperature gauge, when at operating temps, is only a tick or two from overheating, but since it's in the normal range, I've always assumed it's just a faulty thermostat. It's never overheated except for when the leak has sprung up.Any thoughts? :)
- 196,000 miles three water pumps is not that bad. Depends where you purchased them. If you opted for cheapies like auto zone then you get what you pay for. Since you are having this problem over and over again, I would agree with the ford technician, purchase one from Ford and see how that does.
- Q:QDX is a submersible pump. What does "X" mean?
- QDX is a submersible pump model, its specific meaning is:1.Q: submersible pump.2.D: single-phase power supply, three-phase electricity is not marked.3.X: pump, pump type is not marked.Complete submersible pump model will generally add rated flow, rated lift and motor power rating. For example: QDX40-8-1.5, meaning with single-phase 1.5KW motor, rated flow of 40 cubic meters / time, the rated lift of 8 meters under the pump submersible pump.According to the different relative position of pump and motor, submersible pump is divided into pump type and pump type. The pump submersible pump motor in the above, below, this structure greatly reduces the radial size of the pump, so much for submersible pump and small submersible pump operation. Submersible pump submersible pump on top of the pump in the following, it is divided into two types of internal and external type. The submersible pump carries the liquid through the annular flow passage around the motor, then cools the motor and then flows out of the pump outlet. Even though the pump is near the drain sump, there is no need to worry about the temperature rise of the motor, so the application is becoming wider and wider. External pump submersible pump directly from the pressurized water chamber after the impeller or diffuser outlet of discharged liquid, motor is cooled by liquid pumping. As the lower pump structure can work in a relatively shallow liquid, it is often used in submersible pumps for operating surfaces, especially the main structure of large caliber submersible pumps.
- Q:Water pump
- well thats gana depend on the year and engine size but i would say that you can plan on spending between 30 and 70 dollars
- Q:Could this be a result of a bad water pump.
- This is absolutely normal. Water is a byproduct of the combustion of gasoline.
- Q:water pump contents
- contents no, replace component.
1. Manufacturer Overview |
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| Location | Shanghai,China |
| Year Established | 1993 |
| Annual Output Value | Above US$100 Million |
| Main Markets | 11.11% North America 11.11% South America 11.11% Eastern Europe 11.11% Southeast Asia 11.11% Oceania 11.11% Mid East 11.11% Eastern Asia 11.11% Western Europe |
| Company Certifications | ISO9001:2000;ISO14001:2004 |
2. Manufacturer Certificates |
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| a) Certification Name | |
| Range | |
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3. Manufacturer Capability |
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| a)Trade Capacity | |
| Nearest Port | Shanghai |
| Export Percentage | 11% - 20% |
| No.of Employees in Trade Department | 6-10 People |
| Language Spoken: | English, Chinese |
| b)Factory Information | |
| Factory Size: | 30,000-50,000 square meters |
| No. of Production Lines | Above 10 |
| Contract Manufacturing | OEM Service Offered Design Service Offered |
| Product Price Range | High and/or Average |
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