PALLADIUM

The PALLADIUM range consists of reversible air-to-water heat pumps designed for commercial and industrial applications where high thermal performance, operational continuity and extremely low noise levels are required.
Using the natural refrigerant R290 (GWP = 3), PALLADIUM represents a sustainable solution that complies with the latest regulatory requirements, minimizing environmental impact and ensuring high energy efficiency in both heating and cooling.

Thanks to the optimised design of the refrigeration circuit and the adoption of scroll compressors dedicated to operation with R290 , the range ensures stable performance even in harsh climatic conditions, with outlet water temperatures of up to 70°C.
The ultra-low noise construction configuration and dedicated acoustic insulation of the compressor compartment make PALLADIUM suitable for installation in noise-sensitive environments, such as urban areas, hospitality facilities and busy work environments.

The range can be used in both new systems and redevelopment projects , thanks to its operational versatility and the possibility of producing domestic hot water through a dedicated version.
Cascade configurations are also available, manageable via the MANAGER PRO controller, up to 6 units in parallel.

• Ultra low GWP R290 refrigerant (3)
• Scroll compressors optimized for propane operation
• Ultra-low-noise operation thanks to the insulation of the compressor compartment and air flow management
• Low-speed EC axial fans for reduced noise and energy consumption
• Microchannel exchangers with reduced internal volume to minimize the refrigerant charge and optimize heat exchange
• Water production up to 70°C, ideal for heating and domestic hot water
• Guaranteed cooling operation up to -8°C external air
• Available version for heating, cooling and DHW production
• Cascade installation with MANAGER PRO controller up to 6 units
• IP54 electrical panel for maximum protection in outdoor environments

• Heating and cooling of commercial and industrial buildings
• Production of domestic hot water even in high temperature systems
• Industrial processes requiring thermal stability and continuous operation
• Air conditioning systems in hotels, schools, offices, multipurpose centers
• Energy requalification projects with replacement of traditional boilers
• Systems requiring low noise emissions and a small footprint