How many btu or cfm is a celair 6070021be evaporative air conditioner

That air conditioner has a cooling coil that drips water into a formed plastic pan at the bottom that the coil sits in. The condenser sits in a pan similar to the pan previously mentioned. The pans are connected by a tube that allows the cooling coil water to find its way to the outside area under the condenser. The condenser fan outside has a ring attached to the end of the blades called a sling ring. As the fan spins it picks the water up and "slings" the water against the condenser thus getting rid of the water through evaporation and giving the air conditioner an additional 13 percent more capacity. If you drill drain holes I have seen units quit working because that additional capacity is engineered into heat rejection. Hope I helped good luck.

Try to talk spanish to it lol have to be more specific ac itself do not heat

70.

Dominic,

My only solution is to take the unit in for warranty service. The cooled air has a musty smell to it, too. Does yours? And did you get this issue resolved?

Hello, some window units do not use a drain tube instead they use the condenser fan blade to scoop the condensate from the bottum of the base pan and splash the condenser coil to keep the condenser cool and also evaporate the condensate. Most of the time you can hear a "swishing sound"

Look thru the evaporator air grill on front,
left side

Or remove the front cover

Every spec is on a label ,on all window units

On top of evaporator box

12000 BTU is 1 ton
300 - 350 CFM in 1 ton depends on mfg.
Cfm and Tonnage of Refrigerent is are different units, then how these two units can be compared

Cfm means air flow per cubic meter per hour.

Yes you can each freezer would be independent of each other by the metering device used on each coil.

Here are a few ways to calculate your BTU's.
Get ready to use that algebra you thought you'd never use.
1 Ton = 12000 BTU's
400cubic feet per minute (CFM) = 1 Ton on standard ac units (300 is an absolute minnimum)
BTU's air heat = difference in temp. ( ∆T ) x 1.08 x CFM
∆T = BTU's / (1.08 x CFM)
i.e. 65◦F entering your unit and 93◦F air leaving on a 12000BTU unit.
∆T = 28
CFM = 400
28 x 1.08 x 400 = 12096BTU's
Another way...
Electric heat calculations.
BTU's = KW (killowatts) x 3413
Watts = Volts x Amps (single Phase) Most Homes))
Watts = Volts x Amps x Phase (this is for three phase units.)three wires and a ground))
120 volts 30 amps single phase (common)
120 x 30.0 x 1 = 3600 or 3.6KW 3.6 x 3413 = 12286BTU's

blowing good but not cooling