youre right about this, its a filter drier

but wrong about the capp:

the cappilaire is after the filter/drier and that is located after the condensor ;)

edit=> this will help :D

it does on this pic :shrug:

lol:^D

look very good

the capp goes in to the suction line and goes to the evap.

suction has nothing to do with the capp.

they do that for a reason=> better heattransfer between 2 lines(better subcooling of the liquidline and overheating of the suctionline)

and because now you can insulate better(no air left between tube and insulation, no ice problems)

ah, misunderstanding, I said the cap tube was attached to the evap and you said I was wrong but you were talking about the other end, where I thought the cap tube was attached to the compressor :)

;)

so most important of a desent phase-change is a desent compressor.
when i got some pics of the comprr
and the details about it to, i went searching
this is what i found

so =>this compressor can handle 3000 BTU(3.1 KW) @ 45 degrees Fahrenheit = 7.2 degrees Celsius.

this is truly a :mad:unit.
if he find or make a good evap,that thing would sure cool

BTU = free gas volume?

I just took a look at the danfoss model used in the mach II but the btu rating isn't mentioned:

http://be.refrignet.danfoss.com/ra/p...-00508BF7E573}

so te mach II has this
Cap. (at evap. temp. -25°C) 200 watt

so thats 682 BTU if i am correct

doesn't make sense, that's way too low