NH3 V-shaped condenser

CAV: NH3 V-shaped condenser
CAV

The V-shaped adiabatic air condenser is manufactured with stainless steel tubes and aluminium fins (StSt/Al). It was specially designed for NH₃ condensation. It can be produced in Cu/Al for all other refrigerants. Modular design from 2 to 22 axial fans (ø910, 1000). Fin pitch: 2.1-2.3 mm.

Designed for NH₃ condensation, CAV condensers can also operate with a wide range of refrigerants. Our robust CAV air condensers are made of thick galvanized metal sheet painted in polyester to protect the equipment from environmental corrosion.

Circuit design and tube diameters are optimized for minimum pressure drop, even in the highest capacity models. This is a range of standard condensers with a high degree of flexibility for application in customized solutions.

Features

  • Tube material. Stainless steel AISI 304 (AISI 316 on request) or copper
  • Aluminium fins. Optionally, it can be made of magnesium aluminium or aluminium with epoxy protection
  • Stainless steel screws
  • ErP Ready axial fans with IP54 or IP55 motors, depending on the model; motor protection with thermocontacts
  • Independent fans in pairs to avoid air bypass in case of shutdown or failure
  • The units are delivered pressurized and with Schrader + valves

Accessories

  • Adiabatic pre-cooling panel system and system control panel
  • High performance adiabatic spraying system
  • Electronically commutated EC axial fans
  • Fans connected to external watertight box
  • Pre-lacquered aluminium fins with epoxy or magnesium aluminium protection
  • Stainless steel casing
  • Proximity switches for fans
  • Circuits for subcooling
  • Folding fans for inspection and cleaning of the finned package
  • Special electric voltage; fans at 60hz
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FRANÇOIS AUDO

CEO Enex Technologies

  • Joined Enex Technologies from Carrier, where he was Vice President and Managing Director of Carrier Residential Light Commercial Europe and Riello
  • More than 30 years of executive experience in manufacturing companies
  • Former Managing Director HVAC France at Carrier
  • Former President for Southern Europe of Xylem Inc.
  • Former Director at ITT, and Sales Engineer at CSI
  • Earned a bachelor’s degree in physics at Brighton University (UK)
FRANCISCO VALLINA

Vice Chairman Enex Industrial

  • Joined ENEX Technologies from EOS Refrigeration in 2023, where he was founder & CEO
  • More than 30 years’ experience in the Refrigeration sector as a managing director and then founder of a leading ammonia refrigeration OEM, generating more than 30% annual growth
  • Launched several innovative products focused on energy efficiency and environmental sustainability
  • Obtained an Engineering degree from UPC – Polytechnic University of Catalonia, Barcelona
FABRICE SEGURA

Chief Operating Officer

  • Based in Treviso, Italy
  • Joined Roen Est in 2020 as Chief Operating Officer
  • 20 years’ experience in operations, lean manufacturing, product commercialization and supply chain with Danfoss and Rivacold
  • Earned a degree in Engineering from the University of Saint Etienne in France
LUIS CRESPO BARBER

Chief Commercial Officer

  • Joined Enex Technologies from Carrier, where he was Managing Director, Commercial HVAC Europe
  • More than 20 years’ experience in the HVAC sector leading transformation, with a track record of significantly improving the financial performance of the businesses he leads
  • Earned a degree in Economics Business and Administration at Universidad Complutense
  • Completed programs at the University of Virginia’s Darden School of Business, and IESE Business School
SERGIO GIROTTO

Founder Enex & CTO Enex Technologies

  • Earned a Mechanical Engineering degree from Padova University
  • Based in Padernello (TV), Italy
  • Founded Enex Srl in 2004 to design and develop high efficiency refrigeration systems using natural refrigerants with low global warming potential, revolutionizing the industry
  • Authored 16 industry papers including two international peer-reviewed journals
  • Awarded 17 patents for technological innovations that continue to advance the efficient application of CO₂ refrigeration systems in all climates