Its 110 volts. Have this exact model. Very dependable for about 8 years so far.

sarahmorrill how loud is it.

@@federicoguadiana78521 Not as loud as a lawn mower.

sarahmorrill thanks i just had my well drilled today. I bought this one. A friend of mine has a red lion one and it’s pretty quiet.

I’ve had mine for like two years never had any major issues. I turned mine into a portable irrigation pump mounted to a dolly with a flexible suction hose that I drop in my pond when I need irrigation. The only issues I’ve had with it is within a few months after I got it it seemed to not want to turn and would just hum so I took the front stainless bell housing off and rubbed some silicone plumbing grease rubber safe spray silicone on the seal between the motor shaft and the impeller and I’ve never had any issues since. Second minor issue was the pressure gauge stopped working after about a year but it’s not necessary for operation.

I bought the 2 year warranty it better last 2 years or harbor freight will look like portland

I've bought 2 don't last long. Bought a different brand Acquaer see how it goes. Harbor freight pump is junk

Probably one that you buy that goes on the outlet.🤔

lizzardlife I’ve had mine for like two years never had any major issues. I turned mine into a portable irrigation pump mounted to a dolly with a flexible suction hose and a foot valve that I drop in my pond when I need irrigation. The only issues I’ve had with it is within a few months after I got it it seemed to not want to turn and would just hum so I took the front stainless bell housing off and rubbed some silicone plumbing grease rubber safe spray silicone on the seal between the motor shaft and the impeller and I’ve never had any issues since. Second minor issue was the pressure gauge stopped working after about a year but it’s not necessary for operation.

More detailed answer: One of the really hard to grasp principles of hydraulics is the relation of volume of flow, pressure, and the weight of water. Odd as it seems a larger pipe will actually be easier for the pump. It’s not the volume of water, but the height it is lifted that matters. In a way this is a variation on the old saying “which weighs more, a pound of feathers, or a pound of lead?” Obviously both weigh a pound! This version could be phrased “which is easier for the pump, 5 GPM in a 1/2″ pipe or 5 GPM in a 2” pipe? Neither because 5 GPM is still 5 GPM regardless of the pipe size! Yes, you would need more power if you were actually lifting more water, also we would need more power to lift the water higher, but neither is not what is happening. The amount of water nor the height we are lifting hasn’t changed. The other issue here is flow through a pipe. This is the issue that actually makes the smaller pipe potentially worse than the larger. Because the smaller pipe is smaller it is harder to force the water through it. The resistance of the walls of the smaller pipe causes pressure loss as water flows through. this is commonly called “friction loss”. How much friction loss occurs depends on the flow rate and pipe size. Both higher flows and smaller pipes sizes result in greater friction loss. This is the only reason a smaller pipe would be worse than the bigger pipe. How much worse is dependent upon the actual flow rate and pipe size. As a general rule (ie: not always true, but is most of the time) the pipe size of the pump outlet is almost always smaller than the size of pipe that will provide optimal flow from the pump. In other words, if a pump has a 1″ threaded outlet, it is very likely that a 1 1/2″ pipe would be attached to the 1″ outlet for use as the outlet pipe. Pump manufacturer’s tend to use smaller size inlets and outlets to save money. Sounds as if that is an incorrect statement on your part