Glass wool

CLIMAVER® A2 Neto

CLIMAVER® self-supporting duct system for air-conditioning, ventilation and heating systems
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Description

CLIMAVER® is a self-supporting duct for air-conditioning, ventilation and heating and cooling systems. CLIMAVER® offers superior thermal performance and high level of airtightness to keep your air fresh and making the system energy efficient.

CLIMAVER® A2 Neto reduces noise levels generated by fans and air-conditioning units providing superior acoustic comfort to the building occupants.

Key Benefits

  • On demand
  • Sound absorption
  • Recycled glass
  • Fast installation

Technical Characteristics

Symbol Unit Quantities and declared values Standard
Reaction to fire Symbol- Unit- Quantities and declared valuesNon combustible, Euroclass A2-s1, d0 StandardEN 13501-1 EN 15715
Application field Quantities and declared valuesCLIMAVER® is a self-supporting duct for air-conditioning, ventilation and heating systems CLIMAVER® has been designed to offer excellent thermal performance, acoustics, fire safety and high level of air-tightness making the system energy efficient StandardEN 13403
Airtightness Quantities and declared valuesClass D StandardEN 1507 EN 12237
Resistance to pressure UnitPa Quantities and declared values800 StandardEN 13403
Pressure losses Quantities and declared valuesFor normal HVAC system air speeds pressure drops are similar to metal ducts Standard-
Dimensional stability Unit% Quantities and declared valuesQuantities and measured values : < 1 StandardEN 1604
CE marking Unit- Quantities and declared valuesCE marking designation code MW-EN14303-T5-MV1 StandardEN 14303
Water vapour resistance Unitm2·h·Pa/mg Quantities and declared values140 StandardEN 12086
Quality management Unit- Quantities and declared valuesISOVER is certified according to EN ISO 9001 and EN ISO 14001 StandardEN ISO 9001 EN ISO 14001
Installation unique feature Quantities and declared valuesDuct assembly: exclusive male/female molded shiplap Standard-
Working conditions Quantities and declared valuesResistant to mechanical cleaning methods Maximum air speed: 18 m/s Maximum temperature of circulating air: 90°C

Thermal Conductivity

Characteristic Symbol Unit Quantities and declared values Standard
CharacteristicThermal conductivity SymbolT Unit[°C] Quantities and declared values10 Quantities and declared values20 Quantities and declared values40 Quantities and declared values60 Quantities and declared values- StandardEN 12667
EN 12939
Symbolλ Unit[W/(m·K)] Quantities and declared values0.032 Quantities and declared values0.033 Quantities and declared values0.036 Quantities and declared values0.038

Acoustic Parameters

Characteristic Symbol Unit Quantities and declared values Thickness [mm] Standard
CharacteristicPractical acoustic absorption coefficient, αP Symbol UnitHz Quantities and declared values125 Quantities and declared values250 Quantities and declared values500 Quantities and declared values1,000 Quantities and declared values2,000 Quantities and declared values4,000 Quantities and declared values- Thickness [mm]- StandardEN ISO 354
EN ISO 11654
Symbolα Unit- Quantities and declared values0.35 Quantities and declared values0.65 Quantities and declared values0.75 Quantities and declared values0.85 Quantities and declared values0.90 Quantities and declared values-
Symbolαw Quantities and declared values0.85 Quantities and declared values-
CharacteristicAcoustic attenuation, in a straight duct, ΔL (DB/m)* SymbolSection [mm] Unit200 x 200 Quantities and declared values4.83 Quantities and declared values11.49 Quantities and declared values14.04 Quantities and declared values16.73 Quantities and declared values18.12 Quantities and declared values-
Unit300 x 400 Quantities and declared values2.82 Quantities and declared values6.70 Quantities and declared values8.19 Quantities and declared values9.76 Quantities and declared values10.57 Quantities and declared values-
Unit400 x 700 Quantities and declared values1.90 Quantities and declared values4.51 Quantities and declared values5.51 Quantities and declared values6.57 Quantities and declared values7.12 Quantities and declared values-
Characteristic- Symbol- Quantities and declared valuesDL = 1.05 · αp1.4 · P/S For the sound power of a ventilator with a 20,000 m3/h flow, load loss 15 mm.w.g. Standard-

Standard Dimensions

Length [mm] Width b [mm] Thickness d [mm] m2/pack m2/pallet m2/truck
Length [mm]3,000 Width b [mm]1,190 Thickness d [mm]25 m2/pack299.88 m2/pallet24.99 m2/truck2399
Notes
* Products must be stored inside, in a dry and clean location.

Documents

CLIMAVER® A2 Neto
TDS_CLIMAVER_A2_Neto.pdf
CLIMAVER® A2 Neto
TDS_CLIMAVER_Glue.pdf
CLIMAVER® A2 Neto
TDS_Climaver_Universal_Tools.pdf
CLIMAVER® A2 Neto
TDS_Hvac_climaver_accesories.pdf
CLIMAVER® A2 Neto
TDS_Hvac_climaver_tools.pdf
CLIMAVER® A2 Neto
Brochure_HVAC_Saint-Gobain-Technical-Insulation.pdf
CLIMAVER® A2 Neto
ISOVER_Brochure_CLIMAVER-FAQ.pdf
CLIMAVER® A2 Neto
ISOVER_BROCHURE_Climaver.pdf
CLIMAVER® A2 Neto
ISOVER_BROCHURE_CLIMAVER_system_LCA.pdf
CLIMAVER® A2 Neto
ISOVER_BROCHURE_HVAC_CE_International.pdf
CLIMAVER® A2 Neto
CLIMAVERInstallation_Manual-Quick_Guide.pdf
CLIMAVER® A2 Neto
CLIMAVERInstallation_Manual.pdf
CLIMAVER® A2 Neto
Constancy of Performance_CLIMAVER A2 NETO.pdf
CLIMAVER® A2 Neto
DOP_Climaver_A2_NETO.pdf
CLIMAVER® A2 Neto
EPD_Climaver_A2_Neto.pdf
CLIMAVER® A2 Neto
EUCEB
CLIMAVER® A2 Neto
SUIS_Glasswool.pdf
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER.rvt
CLIMAVER® A2 Neto
BIM-Object_ClimaverApp_0.9.1.exe.zip
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Access_hatch.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Branch.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Connection_to_a_grille_or_diffuser.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Double_dynamic_branch.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Elbow.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Offset.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Reduction_on_one_side.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_R_branch.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Straight_duct.rfa
CLIMAVER® A2 Neto
BIM-Object_CLIMAVER_Triple_dynamic_branch.rfa