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It looks like it would work fine. just might be a little more physical effort then most technicians are willing to do. check to see if it can pump liquid, otherwise, if its only vapor then these singel valve recovery cylinders would be a bad idea as it would take you forever to move all of the refrigerant as vapor. again if it can only pump vapor you would need a dual valve recovery cylinder so as to use the "push pull method" for refridgerant recovery.
I think this is how its set up, i made this drawing (anybody, PLEASE correct me if im wrong!!!)
Liquid recovery method:


Current System Build
Designaton:
" Rad Hat "
__________________
- Mother Board, RAM and CPU:
Mobo: Asus Maximus Formula (SE) BIOS 1207 | CPU: Intel q9650 @ 3.80GHz Vcore 1.272v | RAM: Crucial Ballistix Tracer PC2 8500 4x1GB - Graphics Processor:
GPU: BFG 8800GTX | BFG 8600GT (Quad Monitor Setup) - Hard Drives:
RAID: 2x 74GB Raptors on RAID 0 for OS Drives
- Case and Power Supply:
Case: Antec Case | PS: OCZ ProXstreame 1000W - Water Cooling:
Pump: Swiftech MCP655-B | Rad: Dual Swiftech MCR320's | Fans: 6x Yate Loon D12SH-12's (W/ Variable RPM Rheostat) @ 88CFM Max Each - 528CFM Total!!! - (Water Blocks and Fittings):
CPU: D-Tek Fusion Block | GPU: Danger Den Full Coverage 8800 Block | Mobo: EK's Mosfet, NorthBridge and SouthBridge Blocks
Res: Swiftech Micro | Tee's: 4x MartinM's High Flow Copper Tee's | Elbow's: None | Y's: None
Flow Order: >> Rad's 1 & 2 in parallel > Res > Pump > CPU > GPU > SB > NB > Mosfet 1 > Mosfet 2 >>
Temperatures: CPU: 57°C Max, Running Prime95 | GPU: 58.3°C Max, Running 3Dmark | NorthBridge: Untested!
Last Updated 11/11/09
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