The YTA series units are the ideal solution to cool air in systems where environmental sustainability and energy savings are priorities, such as large, best-of-breed data centers, ensuring a performance similar to direct FREE COOLING with-
out however contaminating air-conditioned premises, with air contains pollutants, dust, and humidity. The units are de-
signed to be installed outdoors, typically on the roof,and consist of two treatment sections, one for inside air and
another for outside air, physically separated and with two filtering, ventilating and completely independent sections.
• EUROVENT certified Plate Heat Exchanger • OXYVAP® evaporative panel
• White RAL 9010 metal structure • Panels with 50-mm thermal and acoustic insulation
• G4-class efficiency air filters with dirty filter alert • Electronic EC FANS
• Electric panel complete with control and safety devices • Control microprocessor with graphic display
• Unit shutdown system for the presence of fire • RS485 Modbus® RTU slave card
• RJ45 ethernet card
The indirect FREE COOLING system with adiabatic
cooling includes both the technology of air-to-air heat
recovery and that of adiabatic cooling, in which some
water is evaporated to cool down outside air.
Being able to exploit the FREE COOLING system even at
temperatures of 30°C/35%Rh, these units achieve very
high energy efficiency, offering energy savings of up to
80% compared to a comparative to a mechanical cooling system.
In order to maximise the system efficiency, an innovative evaporative panel is used that allows saturation efficien-
cy greater than 90% using more than 60% less water.
Thanks to the OXYVAP® system, formed by special
formed and treated aluminium fins, it is possible to:
• Use drinkable water. No expensive water demineralisa-
tion systems are required.
• Cut down on water consumption. Over 60% water
reduction with respect to conventional evaporative panels and spraying systems.
• Eliminate the risk of mould, algae and pathogenic organism formation. The surface treatment of aluminium fins and
the absence of a collection and water circulation tank eliminates the risk of pathogenic organism formation.
Direct expansion:
• Direct expansion, supplementary post cooling circuit with DC inverter compressors
• Power supply line for remote condenser
• Power supply line with speed regulator for remote condenser
• Condensing regulation with 0-10V signal for remote condenser with EC fans
• "LT Kit" for operation with low temperature outside air with remote condenser
• Oversize liquid receiver
• Check valves on the supply and liquid pipes
• Water-cooled condenser
• Water-cooled condenser with a condensing temperature adjustment valve
• "HT Kit" for operation at high condensing temperatures
Chilled water:
• Chilled water, supplementary post cooling circuit with adjustment two-way valve
• Three-way control valves • "Power valve" kit
• Inlet and outlet water temperature sensors
Mechanical and structural:
• Condensate drain and adiabatic panel discharge pump
• Outside air flow motorised dampers • M5 efficiency class air filters
• Inside air flow motorised dampers
• Motorised damper for environment overpressure management
Electrical:
• Alternative voltages available: 460V/3ph/60Hz - 380V/3ph/60Hz -230V/3ph/60Hz
• Electrical supply line without neutral
• Automatic transfer switch (ATS), "Basic" version
• Automatic transfer switch (ATS), "Advanced" version
Regulation:
• Constant air flow control • Constant pressure control
91.8% Response Rate
91.8% Response Rate
91.8% Response Rate