A typical 5 ton AC with an EER of 12 will use about 5KWHr per hour of use. At 240VAC, that would be an average draw of a bit more than 20 Amps. The peak draw would be somewhat higher than that and would vary quite a bit with age, condition, and quality of the equipment. It is most likely equipped with 40 A, 50 A or even 60A breakers.
That equipment will cost between 50 cents and $1.50 per hour of usage depending on electric costs where you live.
LRC for 3 ton AC is approximately 5 double the running current (75 A )
The answer you are looking for is on the condensing unit tag. It`s listed as FLA or (full load amps) or RLA (running load amps). Start up amps are appx 5 to 6 times this # but this current is only drawn very briefly. Be sure to add both the compressor and fan motor amperage to get total current draw of the unit. The control power is supplied by the indoor unit so that is not a factor.
Throughout the world the system used for home electrification is alternating current (AC).
An ac adapter converts ac current into dc current through a rectifier, and a battery charger outputs dc current at an adjustable powerful charging rate and also converts ac current to dc current to charge different sizes of batteries.
DC current is not used in home wiring. It may be used to power a door bell, alarm system, under counter lights, etc, that uses a transformer powered by AC that converts the power to DC. Other than that homes are wired for AC current only.
LRC for 3 ton AC is approximately 5 double the running current (75 A )
Current=Amps.1 Ton AC consume about 14.6 Amps. Total Watts--About 3516 W
Type your answer here... 7 amperes
3KW
48000 btu
AC. is alternating current and Dc is direct current. alternating equivalant to pulsating electricity while direct is a constant draw with little fluxuation.
Dear Sir,I want to know that how much draw starting current of 380 volts 3 phase 50 hertz AC motors as per rating values?
threethousand sq feet
1 ton ac amp
1.5 ton convert kw
5500Watts/220V=25 Amps
DC is direct current, a steady current supplied from a steady voltage. AC is alternating current changing like a sine-wave positive and negative, with the advantage that it can be changed by transformers. DC can be derived from AC by rectification and smoothing circuits, which are built into equipments which draw their power (AC) from public electricity suppliers.