A.T.T.R
Active member
if you susspend the fridge with magnets the physic no longer apply lol
ppl are smart remember that
BTU OUT HAS TO BE BIGGER THEN BTU IN!
why are you guys fighting this
i guess i should go back and argue taht 1 +1 = 19
now for a small system it can work ( under 20 gallons) any thing larger then that no
and yes you could cool 1000 gallons of water witha dorm fridge if there is NO HEAT INPUT AND PERFECT INSULATION but guess what
that isnt out tanks
1 watt is = to 3.41 ( i think) BTU's
therefor a 100 watt pump makes 341 BTU's and hour
alot of that is lose to evap and 'heat shed to the room' so lets assume only 200 of those btu;s stay in the tank... still out of range for most freezers lol
ppl are smart remember that
BTU OUT HAS TO BE BIGGER THEN BTU IN!
why are you guys fighting this
i guess i should go back and argue taht 1 +1 = 19
now for a small system it can work ( under 20 gallons) any thing larger then that no
and yes you could cool 1000 gallons of water witha dorm fridge if there is NO HEAT INPUT AND PERFECT INSULATION but guess what
that isnt out tanks
1 watt is = to 3.41 ( i think) BTU's
therefor a 100 watt pump makes 341 BTU's and hour
alot of that is lose to evap and 'heat shed to the room' so lets assume only 200 of those btu;s stay in the tank... still out of range for most freezers lol