MIA AHE900L(s) - 900m3/h
Cabinet Type Wall Mounted / Balanced Pressure / Fresh Air / Heat Recovery Ventilation System
Quick Specs:
- 900m³/h - for up to 390m² area
Improves Indoor Air Quality and Reduces Illness
Specificalled Designed for Open Plan Spaces with High Occupancy (Offices & Classrooms)
- Perfect for improving air quality and reducing illness in open plan spaces with a lot of occupants like offices and classrooms
- Heat Recovery Efficiency Range 86% ~ 90%
- Washable PSY Resin Heat Exchanger
- Ten Year Warranty
- Carbon & HEPA H13 Filtration
- Simple installation
Heat Recovery
Have you ever seen a company advertise a minimum level of efficiency? MIA do. That's because the unique MIA PSY resin based heat exchangers - developed by a team of Doctors in Japan - offer exceptionally high levels of heat recovery, unmatched by most competitors.
This model has an efficiency range of 86% - 90%
MIA calculate their efficiency using Enthalpy values which give a much more accurate efficiency result. These are obtainable values, not a hand picked best result from a laboratory simulation.
The MIA heat exchanger can be easily removed from the ventilation unit and washed.
Ceiling Cavity Not Required
Freestanding Design gives you a simple and cost effective solution when a concealed ducted unit is not possible/practical. This one unit integrates fan, filters and heat exchanger. Simply install the two outdoor vents in the external wall and fit the heat recovery unit.
Energy Saving + Ultra Silent Design - uses a low-power motor with an ultra-light wind wheel to save energy. Energy consumption for this model is only 192W.
AHE900L(s) specifications:
HxWxD: 1726x556x342mm
Through-wall Duct Size: 200mm (x2)
Weight: 66.5kg
Power: 192W
Air Volume: 900m3/h
Noise: 32-39dB
Air Filtration / Purification
The outdoor fresh air enters the main engine, and passes through the primary activated carbon integrated filter and the H13 high-efficiency HEPA filter. Filtering dust in the air, PM2.5 removal efficiency is as high as 99% or more. With a large dust capacity and long life, it takes fresh air from outside and makes it cleaner.
PM2.5 refers to atmospheric particulate matter (PM) that have a diameter of less than 2.5 micrometers, which is about 3% the diameter of a human hair. Since they are so small and light, fine particles tend to stay longer in the air than heavier particles. This increases the chances of inhalation. Fine particles are also known to trigger or worsen chronic disease such as asthma, heart attack, bronchitis and other respiratory problems.