GALX˚C modular inverter air-cooled chiller (heat pump) is developed based on GALX˚C’s 20-year experience. It is applicable to all scenarios including comfort, process, perennial cooling, and strong heating under low temperature. Currently, two models are available: TCAV035BE and TCAV065BHE. With EVI inverter scroll compressor, and 15%-100% air flow adjustable DC brushless fan motor, this unit achieves perfect combination of EVI and full inverter technologies and allows for -26°C-55°C ultra-wide range operation.
Operating range: -26°C~55°C; performance improved by 20% at extreme conditions.
Dual grade-1 IPLV for cooling and heating, IPLV comprehensive energy saving rate up to 26%.
Solutions to meet normal household use, special process and sanitary conditions, cooling only, low temperature and strong heat, etc.
Fully concealed design, four-way air return, ivory white coating.
Single compressor, optimized refrigerant pipeline.
Full series compatibility of modular unit, easy-to-use control panel, one-key operation (optional), data control, worry-free after-sales service.
Efficient inverter fan and 15 (optional)-100% stepless capacity control to match changes in the system pressure in real time.
The electronic expansion valve is precisely adjusted for precise opening according to the load demand of the system to realize the dynamic matching of the refrigerant system. In addition, the reaction mechanism is rapid and accurately, effectively improving the operating energy efficiency of the unit.
Patent: ZL 2013 2 0345187.X
German stepless sine-wave permanent magnet motor driving technology provides computing at 8000 times per second and double
filtering to ensure that power disruption is removed at all frequencies.
The single modular unit can automatically turn on fans of proper number based on the ambient temperature. This maintains stable unit pressure, small water temperature fluctuation, and allows for wider cooling and heating range of the unit.
Designed with air convection channels, drive temperature drop up to 20K.
Patent: 202010137861.X
