- How do you calculate the power consumption of an electric motor?
- How much electricity does a 1 HP pool pump use?
- How much power does a 50 hp electric motor use?
- How many HP is a 15 amp motor?
- How much electricity does a 5 hp motor consume?
- How much electricity does a 1 hp motor use?
- How much electricity does a 7.5 hp motor use?
- How much power does a 3 HP motor use?
- How much power does a 2 hp motor use?
- How much power does a 20 hp motor use?
- How many kW is a 20 hp motor?
- How many watts is a 1/6 hp motor?
- How much does it cost to run an electric motor?

## How do you calculate the power consumption of an electric motor?

Calculate the power the motor consumes while in operation.

The equation is W = AV(sqrt 3) where A is amperes, V is volts, and sqrt 3 is the square root of 33 (about 1.73).

W is the power consumption in watts.

For example, if the electric motor uses 50 amps at 240 volts, the wattage is 50 x 240 x 1.73, or 20,760 watts..

## How much electricity does a 1 HP pool pump use?

Our 1 hp example pump uses 1.75 Kw per hour; whereas a 2 hp motor of the same type (UST1202) would draw 2.4 Kw per hour. That’s around 24 kWh per day, or around 720 kWh per month, just running only 10 hors per day. During the heat of the summer, many pumps need to run longer to maintain clear water.

## How much power does a 50 hp electric motor use?

For our purposes, assume the motor has an efficiency of 92% ( or 0.92). So divide the output (50 HP) by the efficiency (0.92), to get the energy required to be input into the motor, to get 50 HP. So — 37,300 Watts / 0.92 = ~ 40,500 Watts is required to be input to the motor to get the 50 HP output.

## How many HP is a 15 amp motor?

Commons Amps to Horsepower ConversionsAmpsHorsepowerVoltage10 A1.45 HP120 V15 A2.17 HP120 V20 A2.9 HP120 V25 A3.62 HP120 V10 more rows

## How much electricity does a 5 hp motor consume?

Output mechanical energy: 5 HP X 746 Watts = 3,730 Watts or 3.73 kW. As the output mechanical energy is the result of the motor performing at 80% efficiency, the power consumed by the 5 HP motor will be 3.73 kW X 100 ÷ 80= 4.66 kW.

## How much electricity does a 1 hp motor use?

Here, we have a 1 HP motor. So, 1 HP for 24 hour = 746×24= 17904 Watt-hour which is equal to 17904/1000= 17.904 units. Hence, 17.904 units of Power will be consumed by the 1 HP motor when run continuously for 24 hours.

## How much electricity does a 7.5 hp motor use?

Let us assume that motor is operating at full load so it will consume 7.5 hp or 5.59 or 5.6 kW approx. Let us assume motor has efficiency of 90 %, motor at full load gives around 90 % efficiency, so the power input to motor is 5.6/0.9=6.22 kW. Energy consumption in 2 hrs = 6.22×2=12.44 KWh or 12.44 unit.

## How much power does a 3 HP motor use?

Single-Phase Motors – HP and Full-Load CurrentsPowerFull Load Current (amp)(hp)(kW)208 V21.513.232.318.753.830.87 more rows

## How much power does a 2 hp motor use?

Watts to horsepower conversion tableWatts (W)Mechanic horsepower (hp(I))Electric horsepower (hp(E))1 W0.001341 hp0.001340 hp2 W0.002682 hp0.002681 hp3 W0.004023 hp0.004021 hp4 W0.005364 hp0.005362 hp28 more rows

## How much power does a 20 hp motor use?

At 20 hp, P = 20*745.7 = 14,914 watt.

## How many kW is a 20 hp motor?

In those countries where the Imperial system is practiced, mechanical or imperial horsepower is used, which is approximately equal to 745.7 watts….Hp to kW Conversion Table.HorsepowerKilowattsRounded Kilowatts10 hp7.45699872 kW7 kW15 hp11.18549808 kW11 kW20 hp14.91399744 kW15 kW25 hp18.6424968 kW19 kW16 more rows

## How many watts is a 1/6 hp motor?

Wattage Estimate for Home ApplicationsApproximate Starting WattageApproximate Running Wattage1/8 Horsepower5003001/6 Horsepower7505001/4 Horsepower10006001/3 Horsepower140070030 more rows

## How much does it cost to run an electric motor?

Expect actual operating costs to vary. For example, a 460-volt, three-phase, standard efficiency 100 HP motor operating under full load for 8,760 hours per year will probably cost just over $48,000 per year to operate at an electric rate of $0.10 per kWh.