'Course, all together, that's $430 LOLquote:
alltogether it was $90 for the A/C, $160 for the power inverter, Yep, Chris, had to get the big one, and $130 for the cable. Maybe another 50 for the incidentals like terminals, cutting wheels etc.
Actually not it only puts out 5200 Btu/Hr. which is way less than an auto A/C. What this guy did actually makes a lot of sense. Its cheaper to install than a conventional A/C..it will never need a charge and if the A/C goes bad..back to Walmart for another 100 dollar one. The more I think about it..the guy is ahead of his timequote:
Originally posted by Drew99GT:
OMFG!!!!!!!!! That is the absolute most hilarious thing I've ever seen. That cab is now a refrigirator.![]()
Sure does put out less. Most people don't figure what it's like to cool a glass house with no insulation. The 70's R12 auto units could cool a 2000+^ft house. He may have enough push to keep it comfortable.quote:
Actually not it only puts out 5200 Btu/Hr. which is way less than an auto A/C.
Where's he going to get the 125 to 200 continuous Amps to run the inverter to power that poor little undersized AC that will be running flat out?quote:
Originally posted by Gary Allan:
Sure does put out less. Most people don't figure what it's like to cool a glass house with no insulation. The 70's R12 auto units could cool a 2000+^ft house. He may have enough push to keep it comfortable.quote:
Actually not it only puts out 5200 Btu/Hr. which is way less than an auto A/C.
Oddly enough ..I had often thought of how much money I would save adapting an automotive unit (the 20k btu size) for home use.![]()
Gary,quote:
Originally posted by Gary Allan:
Sure does put out less. Most people don't figure what it's like to cool a glass house with no insulation. The 70's R12 auto units could cool a 2000+^ft house. He may have enough push to keep it comfortable.quote:
Actually not it only puts out 5200 Btu/Hr. which is way less than an auto A/C.
Oddly enough ..I had often thought of how much money I would save adapting an automotive unit (the 20k btu size) for home use.![]()
That A/C pulls 5.6 Amps @ 120 volts The inverter is about 85% effecient. It's closer to 60 amps, which is still a bit much for the 55 amp alternator. Where it's located though, it should be cycling enough to let the alternator keep up. If he does duct it so it would run continously, he's gonna' need a bigger alternator though...quote:
Originally posted by XS650:
Where's he going to get the 125 to 200 continuous Amps to run the inverter to power that poor little undersized AC that will be running flat out?![]()