✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900.✅ Condensing temperature +45oC.✅ suction gas +20oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).
✅ Performance figures given per EN12900 with Tª condensing +45 ºC, suction gas +20ºC.✅ R448A and R449A: For Low Tª applications, additional cooling is required.
✅ Performance figures given per EN12900, Ta condensing +45 oC, suction gas +20 oC.✅ Voltage supply: three-phase at 230-400V/50Hz. (Over-demand at 60Hz).✅ For Low Ta applications, additional cooling is required.✅ We recommend checking the specific application point in the Frascold selection software.
✅ Performance figures given according to EN12900 with condensing temp. +45oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.✅ We recommend checking the specific application point in the Frascold selection software.
✅ Performance figures given according to EN12900 with condensing temp. +45oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.✅ We recommend checking the specific application point in the Frascold selection software.
✅ Performance figures given according to EN12900 with condensing temperature +45 oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.
✅ Performance figures given according to EN12900 with condensing temperature +45 oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.
✅ Performance figures given according to EN12900 with condensing temperature +45 oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.
✅ Performance figures given according to EN12900 with condensing temperature +45 oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.
✅ Performance figures given according to EN12900 with condensing temperature +45 oC, suction gas +20oC.✅ R448A and R449A: additional cooling is required for low-temperature applications.
✅ Performance figures given per EN12900 with Tª condensing +45 ºC, suction gas +20ºC.✅ R448A and R449A: For Low Tª applications, additional cooling is required.
