Barrisol Pure Clim^® - Details

• Video presentation
• Technical and practical advantages
• Even air distribution
• Disinfection of your indoor air
• Light and durable materials
• Flexibility of the Barrisol Clim solution
• Performance of the Barrisol Clim solution

Unparalleled comfort

• Effective noise reduction
• Sound Absorption
• Very small temperature difference at any point of the room
• Fast and responsive system to achieve the desired temperature
• No draughts
• Thermal comfort Class A cold and Class A hot according to ISO 7730(1)

Technical features

• Cooling and Heating
• Ventilation of premises
• Acoustic and/or illuminated membrane
• Possibility of sound broadcasting
• Possible incorporation of any technical equipment

Safety and health

• Optimal air quality due to even distribution of recirculated air and fresh ventilation air
• Avoids dead zones and point source airflow which can favour the transport and proliferation of viruses and and bacteria
• Compatible with Pure Clim® UV air sterilisation solution
• The membrane Barrisol Biosourcée® contains up to 30% of a plant-based plasticiser, is classified A+ (no emission of volatile organic compounds) and B-s1, d0 (fire classification)

Economic performance

• Saving of energy consumption thanks to the thermal radiation of the Biosourced membrane
• Eco-responsible (less energy, less material)
• Saves on fan consumption due to low air pressure drop

Aesthetics and flexibility

• No unsightly technical elements visible
• Frees up walls and spaces in living areas
• Optimises plenum heights

(1) up to 130 W/m2 according to laboratory tests.

Thanks to its patented open-work shape, Clim^® allows air to flow through it a or by suction b between the volume of the plenum and that of the room. The non-perforated version c of the profile makes it possible to prevent the passage of air on certain walls. When the profile is used for suction, a partition wall d is introduced where the exhausted air is channelled through the air intake, which is supported by the profile.

1 The room air is drawn in along the inner walls of the room and channelled through a partition wall d supported by the special Clim^® profile.

2 The air is drawn into the air conditioning unit*, filtered, heated or cooled before being distributed to the plenum between the Clim^® ceiling membrane and the structural ceiling.

3 A ventilation box can be connected to the system to inject hygienic fresh air into the plenum and/or extract room air from the Clim^® air intake box d.

4 The conditioned air and the fresh air form a homogeneous mixture, distributed throughout the volume of the plenum.

5 The Clim^® ceiling becomes a huge diffuser, radiating over its entire surface.

6 The conditioned air flows slowly down the outside walls.

1 In both summer and winter, the air-conditioning flow touches the outside walls. The unpleasant phenomenon of hot or cold walls disappears.

2 A natural air movement is created in the volume of the room at very slow, almost imperceptible speeds.

3 The entire surface of the ceiling radiates a pleasant, gentle feeling of warmth or coolness.

Clim^® provides perfectly homogeneous air mixing and distribution, without dead zones or inconsistent air flows, thus ensuring optimal indoor air quality.

Thanks to the supply and exhaust slots covering the entire length of the walls on opposite sides of the room, the entire interior volume is perfectly brushed with a slow and uniform air speed.

An essential factor in indoor air quality is the rate of hygienic fresh air is homogenised at all points of the occupied space. This makes it possible to dilute the rate of CO2 in a particularly effective way, as well as all the potential sources of released air of pollutants (such as VOCs) or pathogenic agents (such as viruses and bacteria).

Thanks to the almost imperceptible air speed and the very small temperature difference between the feet and the head of an occupant (1.0 °C in heating mode and 0.5 °C in cooling mode), Clim® generates an unequalled thermal comfort with a homogeneity of the wall temperatures and of the air temperature in any point of the room.

Its almost unlimited power capacity of 600W/m2 for heating and 550W/m2 for cooling enables it to cover heating and cooling needs at all latitudes of the globe.

As an example: for a 20m2 room (5 x 4 m) served by 800 m3/hour of treated air, the exposure time to UVC radiation of an air molecule before it exits through the air slot will be more than 20 seconds. This is almost 50 times longer than the exposure time in an air handling unit. This means that the air is exposed to the germicidal radiation for a sufficiently long period of time to remove all viral and bacteriological loads from the air.

Thanks to the use of 2 Barrisol sheets especially conceived to be perfectly tight to the UVC, the UVC radiation cannot escape from the plenum to reach the volume of the served room.