1 ton is about 1 hp or 1 kw
so about 20
caveat:
cant start more than 5 at once
if they are sufficient size to cool their respective spaces
as they reach desired temperature more can be started
should be fine to maintain temperature
No, the generator is too small.
There is 746 watts per HP. So a 350 hp motor with a power factor of roughly 0.8 would require 261,000 W 261KW generator or 326 KVA.
The difference b/w the prime generator & standby generator is that the prime generator is used for 24/7/365, while the standby generators are only used in emergency cases, if we used standby generators for more than 24 hours continuously, then it will be overheated for sure.
A 50 KVA generator can typically provide around 40 KW of usable power, considering efficiency and power factor. A 3 horsepower air conditioner roughly requires 2.24 KW to operate. Therefore, you could run approximately 17 air conditioners (40 KW / 2.24 KW per unit) on a 50 KVA generator, assuming ideal conditions and no other loads. However, it's essential to account for starting currents and other factors, which may reduce this number.
A typical tea urn would take 2-3 kW and the kVA would be the same.
How much KVA generator is required to run two AC of 1.5 tone
To answer this question the voltage of the motor is needed.
To answer this question a voltage must be stated.
3 kva genrator myt be required to run 1.5ton ac.
No, the generator is too small.
10 AC
There is 746 watts per HP. So a 350 hp motor with a power factor of roughly 0.8 would require 261,000 W 261KW generator or 326 KVA.
A 15 KVA - Generator operating at 380 Volts can cater to only 22.79 Amps. It cannot cater to a 60 Amps breaker
Well, honey, a 1 ton split AC unit typically requires around 3-4 KVA of power to run smoothly. So, you better make sure you've got a generator with at least that much juice if you want to keep cool when the power goes out. Don't skimp on the power, or you'll be sweating like a sinner in church.
1HP = 746 watts 15 HP = 11190 watts = 11.19 kW You would need a generator of at least 13kW. UPS Distributor for 15 Years.
The difference b/w the prime generator & standby generator is that the prime generator is used for 24/7/365, while the standby generators are only used in emergency cases, if we used standby generators for more than 24 hours continuously, then it will be overheated for sure.
Volts * Amps = Watts 220V * 20 A = 4400 Watts BUT!!! You don't want to run a generator at 100% capacity for very long; that should be considered peak conditions only and the generator should be run at 80% or less. The generator will last a lot longer if you run it at 50% capacity (in other words, a generator with 8800 Watt capacity would be a good place to start)