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FAQ

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Installation of water pump is very easy, any certified plumber and electrician can install electric water pump. Your question maybe is, how to design water pump water system to service the community? To determine the correct rating of water pump to be used and to design a water system, here are the steps : 1) Determine the safe discharge yield of your well for your water source, by series of tests. This will enable you to know discharge rate of well and the draw back time of water after pumping. This data will be used for designing a pump (its discharge capacity). Note that pump discharge capacity should be lower than well safe yield capacity in order not to drain the well. 2) Determine the suction lift or height of water table in the well by measuring the height from water table up to the top of the well. This data will be used for pump design (its suction lift/height capacity). Pumps suction lift varies depends on its Horsepower capacity and the type of pump (submersibble or centrifugal). 3) Determine number of households in the community. This data will be used for the design of reservoir (tank) for your water system and the number of hours for the pump to operate to fill the tank. Note that the average usage of water is 120 liters per day per capita. So the more the number of population, the bigger the tank and the longer the pumping time in order to meet the per capita usage. 4) Determine the elevations from your water source towards the community to be served. Use survey instrument to determine the elevations. This data will be used to design a height of the tank and the sizes of service pipes towards the community. The higher the difference in elevation from your source towards community, the lower the height of the tank and the smaller the sizes of service pipes. Sizes of service pipes can be determined by hydraulic heads (heights). By following these steps, I gues you can now design and construct a water system.

A pump is said to be capable of pumping water up to 100 meters, but I don't want to confirm that by actually putting up a very long pipe to that height. I know that pressure is related to height, so putting pressure at the output end of the pump would simulate different heights. Any suggestions how I can rig a contraption to do this? Thanks.

*you can go by the 1st answer as pressure gauge near the pump discharge would give a maximum pressure inclusive of losses. As the losses are more[due to piping congetion or rasistance from the equipment to which it is pumping.] then the discharge head will be decreased. *Simply, in case of a centrifugal pump,close the discharge valve fully for a moment and check the discharge pressure. This is the maximum pressure ,your pump will pump. *Dont do this if the pump is positive displacement pump/regenerative turbine pump. Edit: Discharge head means pumping height in your case.

I have a 94 Mazda b2300 it was working great last week then all the sudden it started making a knocking sound and started to overheat! Its still drivable but it overheats if i go far! A friend told me it can be the Water Pump so i put a new one, I was told it can be the Thermostat so i had a new one put in. It worked for awhile but began overheating again. My truck is my livelihood so its important i get it fixed! I cant afford a mechanic but just asking to see if anyone knows what it could possibly be? It catches good and the engine sounds strong but it keeps overheating!

Have the radiator wiped clean out. My Mazda truck radiator did a similar ingredient, and that i trust that you've a similar difficulty. in the experience that they could't clean it on the radiator shop, you're able to replace it.

What does water flow mean?

Forehead... Flow do not understand it....

I just replaced my submersable well water pump, the wire that connects the pump, the d switch, and the water tank. Everything was installed correctly and with the help of a licensed plumber. While the D switch is closed (providing power to the pump) the pump will run for about 5 seconds then shut off for about one minute. It will continue this process until the system attains proper pressure and the D switch will open, shutting off power to the pump. The pump is brand new. Why, when power is being supplied does the pump cut on and off? We have tested the current at the well head and it shows that 230 is being supplied the whole time that the D switch is closed, which is correct.

12 hours on a civic DX. I am a honda mechanic and I will say that this job only takes 2 hours, 4 hours if your slow and never done it before. Mind you this includes timing belt, water pump, cam seal, crankshaft seal, serpentine belts, valve cover gasket, spark plugs if needed, Honda coolant, and valve adjustment. If you are 1 tooth off on timing your Honda will run, but it will run very rough. Sounds to me like they may have the timing 1 tooth off, 2 teeth off and the car just wont run and if it does it will barely run. This car needs to be taken back and everything i told you should have been done and done properly. What probably happened is the dealer let an apprentice work on the car, since this civic is the easiest to do a timing belt on. However its still their fault that it was not done properly.

How to remotely control submersible pumps?

Yes, the pump remote control has been done by many manufacturers, and the program is very mature, Tangshan is one of them, you can consult yourself.

What is the easiest way to remove a water pump?

drain radiator. remove both 21mm motor mount bolts from subframe (front and rear). drain radiator. remove overflow/washer bottle. remove drive belt. remove 8mm bolt that hold lower watertube to front cover. remove lower water tube from water pump. remove heater hoses from water pump. slightly lift engine with floor jack. remove water pump pully. remove water pump. if you still cant get it you will need to remove the 4 studs that go through the water pump. now its just that easy to do

How much solar energy would you need to generate and run a small water pump? Say one that is big enough to extract water from a bucket that is 1 ft wide x 2 ft deep? What size solar panel would you need to accomplish this?

The key is, as 96sentra says, where does the water have to go. We would need to know how high above bucket (minimum) water level will the other end of the hose be, and how fast (Liter or gallon per minute) shall the water flow. This determines the pump type, which in turn determines the solar panel size.