To answer this question a voltage and HP must be stated.
Most likely a defective phase winding in the motor or even a missing phase in your power input.
3 Phase induction motor is used in water pump set.(K.W-5.5,V-415,AMPS-CONN 10.35 DELTA,RPM-1450). Use for domestic pumps only 2 phase
What size nozzles? What is the GPM rating What is the available pressure What lenght of the hose (fricton losses)
The maximum distance will be relative to the efficiency of the pump and the rated flow of the pump vs the size of the suction hose. The more efficient the pump, the more vacuum it can draw, and the larger the suction hose in relation to the flow rating of the pump the farther you can move the pump away from the water. The manufacturer of the pump will have charts that will help you properly size and set up your pump for optimum performance.
Not usually, if the three phase pump is a three wire pump then the disconnect does not need a neutral. The pump control may or may not need a neutral depending on the voltage system that the control panel needs.
induction motor (3 phase)
Wattage is the amount of sound a speaker can pump out. More wattage means the speaker will be louder, but won't necessarily sound better.
Most likely a defective phase winding in the motor or even a missing phase in your power input.
3 Phase induction motor is used in water pump set.(K.W-5.5,V-415,AMPS-CONN 10.35 DELTA,RPM-1450). Use for domestic pumps only 2 phase
You need to find the wattage of the pump motor. This is found by multiplying the voltage of the motor by the amperage of the motor. Once you have this figure use it to find an inverter that can handle this wattage load at a 240 volt output.
WATER availability,line voltage,pump set head in meter,power rating,continuous time rating,prefered copper winding
What size nozzles? What is the GPM rating What is the available pressure What lenght of the hose (fricton losses)
. -Most pumps actually have a GPM rating on spec. plate.
There are two types of water pumps, submersible and fixed position. Each pump is wired differently from one another. Use the discussion page to state what type of pump you are talking about.
To determine the cost of electricity used by the well pump of a shared well you could: 1) run the pump's electrical wiring through a electrical meter. Electrical meters of sufficient wattage are available from many hardware stores. This method is fairly exact in finding out how much electricity the pump uses. Finding out how much of that electricity was used to pump your water vs their water can be determined by installation of water meters.
Yes, there are inverters that plug into the cigarette lighter socket that have outputs of 120 volts. To estimate the size of the inverter you will need, find the wattage of the pump. If there is no wattage stated on the label, multiply the amperage stated by 120 volts for an answer in watts. Amps x Volts = Watts. You should obtain an inverter with a wattage slightly higher that you need, for the air pump.
The maximum distance will be relative to the efficiency of the pump and the rated flow of the pump vs the size of the suction hose. The more efficient the pump, the more vacuum it can draw, and the larger the suction hose in relation to the flow rating of the pump the farther you can move the pump away from the water. The manufacturer of the pump will have charts that will help you properly size and set up your pump for optimum performance.