1700 Watts to Amps

Current14.17 A
At 120 V
14.17 A
At 240 V
7.08 A
At 12 V DC
141.67 A
Formula
I = P ÷ (V × PF)

For a continuous load, size the circuit so this draw is no more than 80% of the breaker rating — at least a 20 A circuit.

1700 W = 14.17 A

1700 watts draws 14.17 amps on a 120-volt circuit (7.08 A at 240 V).

Step by step

  1. Use the formula amps = watts ÷ volts (I = P ÷ V).
  2. At 120 V: 1700 ÷ 120 = 14.167 A.
  3. At 240 V: 1700 ÷ 240 = 7.083 A.

For a continuous load, size the circuit so this draw is no more than 80% of the breaker rating — at least a 20 A circuit.

Details

At 120 V (US outlet)
14.17 A
At 240 V
7.08 A
At 230 V (Europe, UK)
7.39 A
At 12 V DC
141.67 A
Kilowatts
1.7 kW
Heat output
5,800 BTU/h

How it works

Current in amps equals power in watts divided by voltage: I = P ÷ V. This is exact for DC and for resistive AC loads like heaters, kettles and incandescent bulbs. Motors and some electronics on AC have a power factor below 1, which means they draw a little more current than this simple formula shows. The same appliance draws half the current at 240 V as at 120 V.

Nearby values

WattsAmps
1100 W9.17 A (120 V) · 4.58 A (240 V)
1200 W10 A (120 V) · 5 A (240 V)
1300 W10.83 A (120 V) · 5.42 A (240 V)
1400 W11.67 A (120 V) · 5.83 A (240 V)
1500 W12.5 A (120 V) · 6.25 A (240 V)
1600 W13.33 A (120 V) · 6.67 A (240 V)
1700 W14.17 A (120 V) · 7.08 A (240 V)
1800 W15 A (120 V) · 7.5 A (240 V)
2000 W16.67 A (120 V) · 8.33 A (240 V)

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Frequently asked questions

How many amps is 1700 watts?

14.17 A at 120 V, or 7.08 A at 240 V.

Can a 15 amp circuit handle 1700 watts?

Only for short periods — 14.17 A is above the 12 A continuous limit of a 15 A circuit.

How many amps is 1700 watts at 12 volts?

141.67 A.

How do you convert watts to amps?

Divide the watts by the voltage. For AC motors, also divide by the power factor.

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