Bitzer CSH6583-50
OFFLINE_CALC
German-engineered semi-hermetic reciprocating and screw compressors for industrial refrigeration.
Qualified refrigerants & capacity
Calculated cooling capacity (kW). The evaporating / condensing temperature each column was evaluated at is listed per refrigerant, because the grid differs by refrigerant.
| Refrigerant | ULT | LT | MT | HT | Conditions |
|---|---|---|---|---|---|
| R1234ze(E) | — | 8.17 | 45.84 | 57.65 | ULT -60 / 45 °C; LT -35 / 45 °C; MT -10 / 45 °C; HT -5 / 45 °C |
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Frequently asked questions
What refrigerants does the Bitzer CSH6583-50 support?
The Bitzer CSH6583-50 is qualified for R1234ze(E). The table above lists capacity at ultra-low, low, medium and high temperature duty for each refrigerant, with the evaporating and condensing temperature each value was calculated at. Those conditions differ by refrigerant, so read them per row.
What is the cooling capacity of the Bitzer CSH6583-50?
Running on R1234ze(E), the Bitzer CSH6583-50 delivers 8.17 kW at LT (-35 / 45 °C), 45.84 kW at MT (-10 / 45 °C), 57.65 kW at HT (-5 / 45 °C). These are calculated cooling capacities at the rating basis the manufacturer declares with its data, not measured values. Use the Benchmark tool to evaluate capacity at your exact SST/SDT and superheat conditions.
What type of compressor is the Bitzer CSH6583-50?
DigiEntropy classifies the Bitzer CSH6583-50 as OFFLINE_CALC. Browse the Bitzer catalog to compare nearby models from the same brand.
Can the Bitzer CSH6583-50 be retrofit to a lower-GWP refrigerant under EU F-Gas Regulation 2024/573?
Open the F-Gas Retrofit tool with this model pre-selected to see drop-in alternatives ranked by capacity match, COP, GWP, PFAS impact, and 2026/2030/2035 phase-out timeline.
Where does the Bitzer CSH6583-50 performance data come from?
From Bitzer's own published performance data, evaluated at the suction and liquid conditions the manufacturer declares with it. Which rating standard the manufacturer certifies to (EN 12900 or AHRI 540) is not stated on this page; check the manufacturer's datasheet. Fit your own data in the Polynomial Fitter tool.