Table 1: Recovery cylinder information| Cylinder Name | Water Capacity | Max Service Pressure | DOT Designation | Allowable Refrigerants(2) |
|---|
| 30 lb | 26.2 lb 726 in3 | 350 psig | 4BA350 | All(1) except R-410A | | 400 psig | 4BA400 | All(1) | | 50 lb | 47.7 lb 1323 in3 | 350 psig | 4BA350 | All(1) except R-410A | | 400 psig | 4BA400 | All(1) | | 125 lb | 123 lb 3406 in3 | 300 psig | 4BW300 | All(1) except R-410A | | 400 psig | 4BW400 | All(1) | 1000 lb (half ton) | 1000 lb 27686 in3 | 260 psig | 4BW260 | Only R-12, R-22, R-134a, R-409A, R-427A | | 400 psig | 4BW400 | All(1) |
(1) All means R-12, R-22, R-134a, R-404A, R-407A, R-407C, R-408A, R-409A, R-410A, R-427A & R-507A (2) See table 2 Table 2: Cylinder service pressure and refrigerant match-up| Refrigerant | Minimum Service Pressure (psig) | Available Cylinder Pressure (psig) – Size (lb) |
|---|
| R-12 | 145/225* | 260 - 1000 lb 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-22 | 240 | 260 - 1000 lb 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-134a | 160/225* | 260 - 1000 lb 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-404A | 285 | 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-407A | 290 | 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-407C | 275 | 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-408A | 265 | 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-409A | 185/225* | 260 - 1000 lb 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-410A | 385 | 400 - 30, 50, 125, 1000 lb | | R-427A | 265 | 260 - 1000 lb 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb | | R-507A | 295 | 300 - 125 lb 350 - 30, 50 lb 400 - 30, 50, 125, 1000 lb |
* The second value is for DOT 4BA or 4BW cylinders and values rounded up to the nearest 5 PSI increment. The maximum gross weight for each of the cylinders above is computed as follows: Max Gross WT = Cylinder Tare WT + Max Refrigerant Net WT Where the Cylinder Tare WT is the empty weight of the cylinder as received and the Max Refrigerant Net WT is computed as follows: Max Refrigerant Net WT = WC x SG x 0.8 Where WC is the water capacity of the cylinder in lb, SG is the specific gravity of the refrigerant at 77 °F and 0.8 is the safety factor. Table 4 below lists the refrigerant's Specific Gravity. Table 3: Acceptable Cylinders | | | |
|---|
| | | 30 lb. | 350 psig | 14 lbs. | N/A | | 400 psig | 17 lbs. | | | | 50 lb. | 350 psig | 24 lbs. | N/A | | 400 psig | 28 lbs. | | | | 125 lb. | 300 psig | 52 lbs. | $125 or $200 | | 400 psig | 58 lbs. | | | 1,000 lb. (half ton) | 260 psig | 334 lbs. | $1,000 or $1,500 | | 400 psig | 500 lbs. |
Table 4: Specific Gravity| | Specific Gravity |
|---|
| R-12 | 1.31 | | R-22 | 1.19 | | R-134a | 1.21 | | R-401A | 1.19 | | R-401B | 1.19 | | R-402A | 1.15 | | R-402B | 1.15 | | R-404A | 1.04 | | R-407A | 1.15 | | R-407C | 1.14 | | R-408A | 1.06 | | R-409A | 1.21 | | R-410A | 1.06 | | R-427A | 1.13 | | R-500 | 1.14 | | R-502 | 1.21 | | R-507A | 1.05 |
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