Assuming it is also rated for 120V., yes. The wattage doesn't change with an increase or decrease in voltage. However, the current draw does. When you double the voltage a load is hooked up to, the Amperage draw (current) drops in half. Example: if a 240 volt heater draws 6 amps, it will draw 12 amps if connected to 120V. If a 120V heater draws 15 amps, it will draw only 7.5 amps when connected to 240V. But power, or wattage stays the same, regardless. And this is what is used to calculate energy usage and therefore, cost. Please note the above answer says "if it is also rated for"
The amount of sand in a pool filtration system depends on its size.
Long enough to turn over the full amount of water in the pool every 24 hours.
One horsepower is equivalent to 746 watts. So if the motor is wired for 220 volts the current consumed is 3.39 amps. (watts divided by voltage = current) so? the label says 7.6 amps for a 1hp with a SF of 1.25 at 240 volts. 9.6 for a 1.5 hp .this is your typical pool pump motor, what motor are you getting data from ?
is it on
form_title= Water Pump form_header= Install a water pump in your home. Do you need to remove an old water pump?*= () Yes () No Are you installing a pool in your home?*= () Yes () No Do you want an energy efficient water pump?*= () Yes () No
Some do and some don't. Small pumps use 120 volts but some very large pumps use 240 volts. Read the owners manual or the data specifications plate on the pump to find out.
The filter doesn't run, the pump does. A good rule of thumb is that the pump be sized so as to turn the entire amount of water in the pool over in 8 hours.
12 volts DC.
there is probably something in the pool that got into the pump
The pump runs on 12 volts.
A small amount probably won't but it suggests a leak in the suction line; and it will reduce the pump's ability to prime itself, which is bad. A lot of air won't do the pump or its motor any good. I'm not sure if cavitation is a problem in pumps.
12 volts DC.