Amps vs Watts: Apparent Power vs Real Power
Manufacturers publish electrical current in amperes, not true real power in watts. Multiplying volts by amps gives apparent power in volt-amperes (VA). Real power in watts equals volts times amps times the power factor. Single-phase induction motors commonly run at a power factor between about 0.75 and 0.88 under continuous fluid load, so treating published VA figures as if they were watts overstates true active power draw.
Kasco D-Series Electrical Draw
| Model | HP | Voltage | Amps | Apparent Power (VA) |
|---|---|---|---|---|
| Kasco 2400D | 1/2 HP | 120V | 5.4A | 648 VA |
| Kasco 3400D | 3/4 HP | 120V | 6.6A | 792 VA |
| Kasco 3400HD | 3/4 HP | 208-240V | 3.1A | 744 VA |
| Kasco 4400D | 1 HP | 120V | 9.1A | 1,092 VA |
| Kasco 4400HD | 1 HP | 208-240V | 4.5A | 1,080 VA |
Verification status: Amps and voltage figures are taken directly from Kasco Marine specification tables. Estimated monthly kWh and dollar costs are derived arithmetic using an assumed continuous-run duty cycle and a representative electricity rate; true power factor has not been independently bench-measured for every model, so treat cost estimates as an approximate range, not a guarantee.
Reducing Electricity Cost: Control Options
- Thermostat control panels (such as Kasco C-10): Cut power when air temperature rises above a set point, reducing runtime hours.
- Thermostat plus timer panels (such as Kasco C-20): Combine temperature sensing with an off-peak timing window for further savings.
- Duty-cycling pulse controllers: A category of third-party accessory that cycles the motor on and off on a programmed schedule to reduce average power draw. Specific brands and duty-cycle percentages vary by manufacturer; obtain verified performance figures directly from whichever manufacturer you are considering rather than relying on a single unverified number.
Data Provenance: Electrical specifications verified against Kasco Marine primary specification tables.