INNOVAIR Fresh Air Fan Convector

INNOVAIR Fresh Air Fan Convector

Innovair fresh air fan convectors provide controlled volumes of fresh air, control of space temperature and free/night cooling. All Innovair units incorporate a unique ‘cyclic’ fresh air damper system, which allows the amount of outside air entering the space to be accurately metered and varied in line with the occupants’ fresh air requirements. With or without BMS control, one Innovair unit will heat and ventilate a typical room, occupied by up to 31 people.

The patented ‘cyclic’ fresh air damper system provides precise quantities of outside air for ventilation (BB101),free cooling and night cooling. It is also available with high efficiency fans operating at a specific fan power of <0.2W/l/s.

Innovair was specifically developed to meet the requirements of all the regulations covering heating and ventilation equipment in schools and to overcome all ventilation challenges.

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Features & benefits

• Natural ventilation capability
• Control of space temperature using LPHW
• Controlled volumes of fresh air, heated as necessary using LPHW
• Free and night cooling

Technology

Based upon a conventional fan convector with a filter, fan(s) and heating coil within a sheet metal casing with discharge and return air spigots/grilles, it’s patented ‘cyclic’ fresh air damper system provides precise quantities of outside air for the purposes of ventilation (BB101 calls for 8 l/sper person), free cooling and night cooling.

Innovair Damper
• Precise introduction of fresh air
• Draught free ventilation
• Enhanced comfort
• Energy savings

Incorporating a Trend IQeco35 microprocessor controller with Bacnet BMS capability, enabling the unit to:

  • Control the space temperature, by heating or free cooling against an adjustable set-point using a P+I control loop
  • Supply a metered quantity of outside air, via a ‘cyclic’ damper system, to vary ventilation levels in line with occupancy levels
  • Carry out night cooling following periods of high daytime heat gain to remove excess heat from the space, cool the building fabric and maintain thermal comfort during the following day

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