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Air Handling Units

Termodinamica specializes in the development of a diverse range of air handling units, catering to various applications ranging from medium-sized yachts to large cruise ships.



Our air handling units are renowned well known not only for their exceptional construction quality but also for their adaptability to be seamlessly integrated into various air duct systems. This adaptability is achieved through intelligent electronic connections with flow and pressure sensors, ensuring consistent and optimal air supply at all times.


At Termodinamica, we collaborate closely with shipyards to assist in the design and installation of mechanical ventilation systems, paying meticulous attention to every detail. We offer an extensive selection of marine air duct accessories, including variable flow dampers (VAV) and motorized on/off valves. Moreover, our wide array of air diffusers is designed to meet the unique requirements of different environments.


Our air handling unit coils are engineered to operate efficiently in a broad temperature range, from -10°C (14°F) to +18°C (65°F) for cooling and 20°C (68°F) to 55°C (130°F) for heating. These coils can function either with direct refrigerant expansion or water circulation, providing versatile solutions for diverse marine HVAC needs.

AHU 1000T

Weight: 9 Kg
Cooling power 1000 btu – 0.3 kw
Heating power: 1000 btu – 0.3 kw
Air flow rate: 1000 m3/h
Static pressure: 800 Pa
Dimensions (L x W x H): 444 x 280 x 361 mm
Power Consumption: 30 watt (typically) – 170 watt (maximum)
Material: Stailess steel AISI 316

AHU 1500T

Weight: 26 Kg
Cooling power: 1500 btu – 0.45 kw
Heating power: 1500 btu – 0.45 kw
Air flow rate: 1500 m3/h
Static pressure: 800 Pa
Dimensions (L x W x H): 549 x 475 x 425 mm
Power consumption: 100 watt (typically) – 470 watt (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

AHU 2000T

Weight: 31 Kg
Cooling power: 2000 btu – 0.6 kw
Heating power: 2000 btu – 0.6 kw
Air flow rate: 2000 m3/h
Static pressure: 800 Pa
Dimensions (L x W x H): 635 x 504 x 493 mm
Power consumption: 150 watt (typically) – 600 watt (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

AHU 3000T

Weight: 40 Kg
Cooling power: 3000 btu – 0.9 kw
Heating power: 3000 btu – 0.9 kw
Air flow rate: 3000 m3/h
Static pressure: 1500 Pa
Dimensions (L x W x H): 684 x 597 x 580 mm (standard version)
Misure (L x W x H): 1200 x 597 x 580 mm (version with noise reduction)
Power consumption: 650 watt (maximum fan only) – 4 kW (with electric resistance)
Material: Alluminium 30μm + Stainless steel AISI 316

AHU 5000T

Weight: 72 Kg (cooling unit) + 58 kg (fan unit)
Cooling power: 5000 btu – 1.5 kw
Heating power: 5000 btu – 1.5 kw
Air flow rate: 5000 m3/h
Static pressure: 2000 Pa
Dimensions (L x W x H): 829 x 865 x 1193 mm (first module)
Dimensions (L x W x H): 829 x 865 x 1193 mm (second module)
Power consumption: 4 kW (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

AHU 10000T

Weight: 90 Kg (cooling unit) + 94 kg (fan unit)
Cooling power: 10000 btu – 3 kw
Heating power: 10000 btu – 3 kw
Air flow rate: 10000 m3/h
Static pressure: 1500 Pa
Dimensions (L x W x H): 1274 x 865 x 1273 mm (first module)
Dimensions (L x W x H): 1274 x 865 x 1273 mm (second module)
Power consumption: 4 kW (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

EXH 1000

Weight: 5 Kg
Power: 1000 btu – 0.3 kw
Air flow rate: 1000 m3/h
Static pressure: 600 Pa
Dimensions (L x W x H): 430 x 333 x 403mm
Power consumption: 170 watt (maximum)
Material: Stainless steel AISI 316

EXH 2000

Weight: 25 Kg
Power: 2000 btu – 0.6 kw
Air flow rate: 2000 m3/h
Static pressure: 800 Pa
Dimensions (L x W x H): 635 x 501 x 493 mm
Power consumption: 170 watt (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

EXH 3000

Weight: 38 Kg
Power: 3000 btu – 0.9 kw
Air flow pressure: 3000 m3/h
Static pressure: 1500 Pa
Dimensions (L x W x H): 1200 x 557 x 580 mm
Power consumption: 700 watt (maximum)
Material: Aluminium 30μm + Stainless steel AISI 316

Special Features:​

  • Super-light frames made of aeronautical-grade aluminum;
  • No corrosion thanks to silver anodization: no rust, no bacteria, no mold;
  • Finned batteries with special geometries to increase air turbulence and heat exchange efficiency;
  • On-board electronic expansion valve with 500 adjustment steps for precise thermal power control;
  • Microprocessor-based electronic board with RS485 data communication;
  • Variable-speed, variable-head, and variable-flow brushless inverter fans;
  • Electronic humidity control;
  • Airflow rates from 600 to 30,000 m3/h and multiples;
  • Heat recovery systems to optimize air exchange efficiency in HVAC-R systems on super-yachts;
  • Fire safety measures and ATEX fans for offshore applications.