A stand alone water pump does not have ground fault protection within the motor body. The ground fault protection has to come from equipment that is situated upstream from the pump. It can be in the form of a GFI breaker that supplies the voltage to the pump. Larger size pumps usually use a stand alone GFI that is hard wired to the supply breaker and then the pump is hard wired to the GFI unit.
There could be a short to ground circuit . The fuel pump control circuit may also be sticking open which would also cause this fault.
In simplest terms, an above ground pool pump is a flooded suction pump, which means the water level must be higher than the pump for it to operate, and an inground pump has the ability to draw water up from a level lower than the pump. The engineering and structure of these two different types of pumps is what makes them work the way they do. This means that, in a typical installation, you could use an inground-specific pump on an above ground pool, but not an above ground pump on an inground pool with the water level below the pump.
The secondary fault circuit is generally a poor connection in the fuel pump circuit or possibly bad fuel pump. Check connection on top of gas tank and be sure to check ground wires.
They Get their drinking water by underground and pump it out of the ground to get the water that is needed
The calculation will depend on how deep in the ground the submersible pump is installed and where the outlet for the water is e.g. is it above ground. Speak to the company that installed the pump to see if they can provide you with that data.
In artesian wells the water is forced to the surface by ground pressure. In conventional wells a pump is used to pump the water up.
Generally...no. In simplest terms, an above ground pool pump is a flooded suction pump, which means the water level must be higher than the pump for it to operate, and an inground pump has the ability to draw water up from a level lower than the pump. The engineering and structure of these two different types of pumps is what makes them work the way they do. This means that, in a typical installation, you could use an inground-specific pump on an above ground pool, but not an above ground pump on an inground pool with the water level below the pump.
In simplest terms, an above ground pool pump is a flooded suction pump, which means the water level must be higher than the pump for it to operate, and an inground pump has the ability to draw water up from a level lower than the pump. The engineering and structure of these two different types of pumps is what makes them work the way they do. This means that, in a typical installation, you could use an inground-specific pump on an above ground pool, but not an above ground pump on an inground pool with the water level below the pump.
There has to be a casing for the pump to be in. There should be something showing above ground. How is the power run to it, does that point you in a direction? Where is the water tank, where does the line coming in point to?
The pump itself is going to be grounded when it is submerged. You can't ground anything any better than being in water in the ground.
Above ground pool pumps are made to sit at or below the water level, not to pull water up. If placed above the water level, or away from the pool-side they will not circulate the water properly and may not even prime. For your well, a better option is to go for an in-ground pool pump - or better still, purchase a pump made for your particular application.
Pump the water out or put a cover over the pool.