Frick RWB II 134 BOOSTER
Screw (single-stage booster)
Specifications
- Compression technology: Screw
- Configuration: Booster
- Enclosure / drive: Open-Drive
- Variable speed: Not Stated
- Hazardous-area certification: Not Stated
- Product category: compressor
Qualified refrigerants & capacity
Capacity (kW) evaluated at standard conditions: ULT (-60/45 °C), LT (-35/45 °C), MT (-10/45 °C), HT (-5/45 °C).
| Refrigerant | ULT | LT | MT | HT |
|---|---|---|---|---|
| R717 | — | — | — | — |
Related Frick models
- RWB II 100
- RWB II 100 BOOSTER
- RWB II 134
- RWB II 177
- RWB II 177 BOOSTER
- RWB II 222
- RWB II 222 BOOSTER
- RWB II 270
Frequently asked questions
What refrigerants does the Frick RWB II 134 BOOSTER support?
The Frick RWB II 134 BOOSTER is qualified for R717. Capacity values at standard ULT (-60/45 C), LT (-35/45 C), MT (-10/45 C), and HT (-5/45 C) conditions are listed in the table above for each refrigerant.
What type of compressor is the Frick RWB II 134 BOOSTER?
DigiEntropy classifies the Frick RWB II 134 BOOSTER as Screw (single-stage booster). Browse the Frick catalog to compare nearby models from the same brand.
Can the Frick RWB II 134 BOOSTER 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.
What polynomial standard is the Frick RWB II 134 BOOSTER performance data based on?
Capacity, power, and current polynomials follow EN 12900 for European-origin brands and AHRI 540 for North American brands. Coefficients are normalized into a common form for cross-brand comparison. Fit your own data in the Polynomial Fitter tool.