Hot Sale Electric Household Drainage Submersible Water Pump
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 1000 unit/month
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Electric Household Drainage Submersible Water Pump
It is ideal for general submersible water applications such as able to drain infiltrating water, cellars to reservoirs, clean or slightly dirty water and for garden irrigation. emptying spas, hot tubs, pools, flooded basements or garden.
Comes complete with automatic float switch which will turn the pump off when the water has been emptied.
Please note that it is not suitable for 24 hour continuous operation such as powering garden water features or fountains as other sellers may imply.
Features
Fully submersible
Float switch - automatic switch off when water level drops ( from 7cm to 53cm )
Build-in overload motor protector with automatic reset
Insulation Class B/F
Protection IPX8
Pump body: plastic
Impeller: PP/stainless steel if request
Shaft with rotor: 45# Carbon Steel/Stainless steel if request
Liquid temperature: Up to 35°C
Specifications
MODEL | POWER (W) | MAX HEAD (M) | MAX FLOW (L/H) | MAX SUB. DEPTH (M) | MAX GRAIN SIZE | CABLE AND LENGTH (M) | QTY/20”CTN (PC) |
TP01360 | 400 | 5.0 | 7500 | 5 | 35MM | H05RN-F3G0.75mm2X10m | 2040 |
TP01361 | 550 | 7.0 | 10500 | 7 | 35MM | H05RN-F3G1.0mm2X10m | 2040 |
TP01362 | 650 | 7.5 | 11500 | 7 | 35MM | H05RN-F3G1.0mm2X10m | 2040 |
TP01363 | 750 | 9.0 | 13000 | 7 | 35MM | H07RN-F3G1.0mm2X10m | 1960 |
TP01365 | 900 | 10.0 | 14000 | 7 | 35MM | H07RN-F3G1.0mm2X10m | 1960 |
TP01366 | 1100 | 11.0 | 15000 | 7 | 35MM | H07RN-F3G1.0mm2X10m | 1960 |
- Q: I just got a new boat with a diesel engine and I don't understand why there is a coolant tank as well as a water pump? I think the water pump goes to the heat exchanger but what actually cools the motor - how does this stuff work?
- if you do indeed have a heat exchangers, you have two loops at work...the coolant circulates in the engine with its own pump; the tank is for topping up just like in a car. The external water pump....the one connected to the hose to the seacock / through hull...draws in cool sea water, passes that through the heat exchanger where it cools the coolant and then the hot sea water goes out the exhaust. This way you're not circulating hot corrosive sea water through the engine and shortening its life.
- Q: Here is the deal...*Van over heats*Blows Cold quot;heatquot;*Added coolant and water (nothing happened)*Started van, felt the hoses (no h2o flowing thru)I really think my water pump is out, but I am not sure. Does this sound like my water pump. If so, I plan on changing it myself, how do i find step by step instructions to do so.... I have never done it before, but I cant afford to take it to a mechanic! Thanks for your help!
- I wouldnt just go throwing parts at it not knowing what the problem is. First of all when you start the vehicle you wont feel the water going through the hoses if the t-stat is closed. My suggestion is to take it to a shop and have them check out the cooling system, most shops can do a no obligation diagnostic on that for around 20.00, then when you get the results from that, determine if you want to tackle the job yourself or have it done by a professional. This service for 20.00 should include a pressure test of the cooling system and also a block test to make sure you dont have a bad intake or head gasket.
- Q: i want details and requirement of it in water pump
- A okorder
- Q: Today I see the saying that if your pipe diameter has been selected, then the pipe diameter on the pipe diameter should be smaller. I don't know why
- The size is only a matter of convenience or experience, and a small number of tubes are already available. As long as you can pick it up, you can use it.The so-called thick pipe to reduce resistance is a certain relationship. But it shouldn't be your decision to choose the big one. Then why don't you choose the big three? Four or the thicker ones?! @! The resistance will be smaller!!!!- - - - - - - - - - - - - - layman; look at the knowledge of fluid mechanics!!!The question is a conclusion, explain why not one or two words, learn the knowledge of fluid mechanics to know why -- try to answer it, that is to improve the water pump outlet total pressure head, intuitive feeling is to have enough pressure to pump out the water pressure. As for the big three or four, it is necessary to ensure that the flow velocity in the pipe is more uniform, otherwise the flow near the pipe wall will flow or flow too slowly due to viscous action.
- Q: I just bought a 1997 Honda Civic, done about 85k. There is no record of the timing belt having ever been changed so I want to get this done as a priority. My usual mechanic can't do it for a month due to other commitments so I have been ringing round for quotes, and generally these have all been to change the belt quot;plus the kit- which makes sense, change the lot while you are in there.Surprisingly, the cheapest quote I have had was from my local Honda dealer, however, they have said this is for the belt only as they don't change the tensioner/water pump on this model. Are they full of it? I'm not sure whether to take this as expertise from the car's manufacturer or total BS from some chancer trying to make money from us having to come back when other things go wrong!
- Dealers are notorious for just replacing exactly what needs replacing. They will replace the belt, then six months later the water pump will go out, or the tensioner will start making noise, and neither will be covered under warranty of the original repair. Change all wearing items when you change the belt, and you won't have any problems in that area for years.
- Q: i was wondering how hard it would be to chancge a water pump in a 1997 chrysler sebring.
- Whoever quoted you $800 is a crook. I cant remember exactly how much I paid parts labor for my last water pump but Im guessing under $150. The car CAN be driven as is.Just be sure to add water regularly and do not drive it hot.
- Q: Standard said that the fire pump should be certified by fire water pump, fire water pump and living water pump what is the difference?In addition to the brand, the same function of the pump, the impact of its price factors? Please advise Master ~ ~ ~ ~ ~ only feel so hard ah
- Fire pump and life pump essential difference, simply said: in the materialBecause we are used every day in the life of the pump, so there is no rust phenomenon, and the fire pump can not occur even in a hundred years to spend time, even some of the fire pump until life exceed the standard is not used, only periodically, so in order to prevent emergencies caused economic losses and personnel to design special pump different from the life of pump material as fire pump. Single stage centrifugal pump. The multistage centrifugal pump and pump life principle without any distinction, but the material will cast steel replacing 304, 309 stainless steel or copper materials, different specifications of other fire pump structure, materials should use copper and stainless steel.
- 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: Help?Water is to be pumped to the top of a skyscraper. If the pump can create a gauge pressure (pressure above atmospheric pressure) of 8.50E+5 Pa, what is the height of the tallest building that it can service? DATA: g=9.8 m/s^2
- IF the pump can produce a static pressure of 8.5e+5 Pa, then it can support a column of water, h h = P/(rho*g) = 8.5e+5/(1000*9.8) = 86.7 m h = 87m Now, the water will have no velocity, so you can't use it effectively, but that's not what the problem asks!
- Q: I have a old house,1920's I think it was built. My water pump kicks on all the time! The tolite upstairs is not that old but the pipes are.The tolite runs for a min. and then stops for 5 mins. When I am running a bath..the second I turn off the water in the tub,the tolite starts to run! Same with the tolite downstairs,that one is only a few years old and the pipes are the same as it is an addition to the house. When I am up late at night in my office I hear the water pump kicking on in the basement ever 10 mins or so! My electric bill is huge! How can I fix this problem? What is causing it? I have not noticed any water leaks anywhere. We turned up the pressure on the pump. That helped a little. Thank god we have our own water well. Anyone have any Idea's?
- similar problems with mine a year ago..and I eventually called in the water well professionals..It ended up being the pump itself on the end of the pipe down in the well..I then replaced the toilet fluidmaster and flapper anyway!
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Hot Sale Electric Household Drainage Submersible Water Pump
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 1000 unit/month
OKorder Service Pledge
OKorder Financial Service
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