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Technical data Evaporation Cooling Power Minimum Minimum Unit dimensions Sound COP Model temperature capacity consumption Compressors NH3 charge CO2 charge in mm Weight pressure shaft R744/R717 HPO 24 / SMC 104 L HPO 24 / SMC 106 S HPO 26 / SMC 106 L HPO 26 / SMC 108 L HPO 28 / SMC 108 L HPO 28 / SMC 112 L HPC 104 / SMC 108 E HPC 104 / SMC 112 L HPC 106 / SMC 112 E HPC 106 / SMC 116 L HPC 108 / SMC 116 L HPC 108 / SMC 116 E (approx.) kg (approx.) level cooling dB(A) °C kW kW -45 108 74 -35 159 87 -45 162 110 -35 246 134 -45 214 147 -35 337 183 -45 255 174 -35 379 206 -45 381 258 -35 553 299 -45 484 324 -35 729 395 l L x W x H kg 7000 10000 11000 14000 16000 19000 CAFP 80 CAFP 80 CAFP 160 CAFP 200 -50 -40 -40 84 138 321 64 84 193 HPO 24 / SMC 104 S HPO 24 / SMC 104 E HPO 28 / SMC 108 E 120 300 5500 x 2400 x 3000 78 13 CAFP 120 CAFP 120 -50 -40 125 203 95 126 HPO 26 / SMC 106 S HPO 26 / SMC 106 E 120 350 5700 x 3200 x 3300 80 13 CAFP 160 -50 -40 166 271 127 167 HPO 28 / SMC 108 S 120 350 5900 x 2900 x 3300 80 13 CAFP 200 -50 196 150 HPC 104 / SMC 106 E HPC 104 / SMC 112 L 180 350 5900 x 3100 x 3800 80 13 CAFP 300 CAFP 300 -50 -40 300 468 222 279 HPC 106 / SMC 112 L HPC 106 / SMC 116 L 300 800 6300 x 3200 x 3900 82 14 CAFP 400 CAFP 400 -50 -40 392 616 293 370 HPC 108 / SMC 112 E HPC 108 / SMC 116 E 400 6500 x 3700 x 4000 82 13 CAFP 80 CAFP 80 CAFP 120 CAFP 120 CAFP 160 CAFP 160 CAFP 200 CAFP 200 CAFP 300 CAFP 300 CAFP 400 CAFP 400 800 80 15 79 18 80 15 82 18 82 15 83 19 82 15 83 18 82 15 83 19 83 15 79 17 80 16 82 16 82 17 83 17 83 17 Condenser: water inlet 25°C, outlet 30°C Capacities are nominal, 1500 rpm at 50 Hz Power consumption applies to compressors only Refrigerant charge depends on application 83 19 Dimensions, weight and sound pressure levels are guidelines only Options • Variable-speeddrive • Titaniumplatesincondenser • Oversized CO2 pump separator for high CO2 evaporator volume • Oversized CO2 pumps for higher circulation rate • Oversizedammoniacondenser for higher cooling water temperature • Fullyweldedshell-and-tubecascadecooler • External interstage load, including a brine cooler on the R717 side of the cascade cooler • Special version for use with remote condenser • Configurations for use with HFC refrigerants instead of ammonia on high-pressure side Sound pressure levels measured in free field, over reflecting plane and one metre distance from the unit Standard equipment • DoublecontrolpanelincludingUniSABsystemscontroller • CO2 pump separator including two pumps (one standby) • Shell-and-tubecascadecoolerwithdouble-tubesheet to minimise any risk of CO2 and ammonia mixing • Standstill cooling unit, with separate control panel and power supply to limit CO2 pressure • Automatic oil recovery system in both circuits • Water-cooled condenser (plate heat exchanger type) on ammonia side • Insulation of all cold parts All information is subject to change without notice 49 Compressors Chillers Heat pumps Controls Heat exchangers Customised AfterMarketPDF Image | Sabroe Products 2022
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CO2 Organic Rankine Cycle Experimenter Platform The supercritical CO2 phase change system is both a heat pump and organic rankine cycle which can be used for those purposes and as a supercritical extractor for advanced subcritical and supercritical extraction technology. Uses include producing nanoparticles, precious metal CO2 extraction, lithium battery recycling, and other applications... More Info
Heat Pumps CO2 ORC Heat Pump System Platform More Info
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