G5TWIN - Refrigerant Recovery Machine

Appion


Available Exclusively Through Your Local Distributor

SKU:

G5TWIN

UPC:

818369010000

Weight:

24 lbs

Power:

240 VAC, 60 Hz, 10 Amps

Compatible Repair Parts and Kits:

G5Twin Repair Parts and Kits

Dimensions:

11.4 x 10.3 x 9.4 in. (289.6 x 261.6 x 238.8 mm)

Ultra-Fast, High Volume Refrigerant Recovery

At only 24 lbs, the industry-leading G5Twin is the smallest and lightest recovery machine capable of handling the tough demands of industrial/commercial refrigerant recovery - no job is too big for this little beast. Designed for use with all common refrigerants, including R-454B, the G5Twin pumps liquid and vapor without throttling. Featuring twin cylinders, twin condensers, a refrigerant-isolated crankcase and a turbine fan blasting over 700cfm of airflow for cool, durable, powerful operation.

Up to 4X Faster Certified Recovery Rates compared to other units within its class

0.55 lbs/minute vapor, 17.20 lbs/minute liquid* (AHRI 740-2016 Ratings R410A)

0.46 lbs/minute vapor, 10.14 lbs/minute liquid* (AHRI 740-2016 Ratings R134a)

Learn More

Refrigerant-Isolated Crankcase

Most “oil-less” recovery machines rely on the oil trapped in the refrigerant to lubricate the internal components. Because of this, the crankcase will need to be flooded with refrigerant. This is why these machines will almost always fail when pumping liquid refrigerant. The damage that the refrigerant does to the internal components far outweighs the lubrication from the oil.

The G5Twin does not have this problem because the crankcase is isolated from refrigerant.

A portable arc welder with black and yellow casing, featuring two dials labeled 'IN' and 'OUT' with color-coded handles, and a power button at the top left.
Comparison of industrial chillers: On the left, a 3600-ton chiller before and after a G5Twin upgrade, showing a reduction from 12 hours to 4 hours for recovery and 600 pounds of R513B refrigerant. On the right, four 400-ton chillers before and after the same upgrade, showing a reduction from 1 week to 18 hours for recovery and 4000 pounds of R134a refrigerant.
Close-up view of a drone's internal mechanical and electronic components, showing a central metal frame, motor mounts, and wiring.