AERA EVO-10C, User Manual

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1.6 Transport
The transport of the devices must be done with carefully. All manufactured devices
are shipped from the factory after all tests and controls have been made before
shipment.
The transport must be carried out by trained and experienced personnel and the
necessary safety precautions should be taken to prevent overturning and slipping
of the device. During transport of the devices it should be ensured that the weight
is evenly distributed over the four corners.
Danger due to overhead loads – risk of grave injuries or death!
- Never stand beneath suspended loads, since there is always a risk that the lifting
gear, tackle, ropes or slings are faulty or damaged.
- Make sure that equipment is firmly seated before lifting it.
Warning! Risk of personal injury and equipment damage!
Due to a high center of gravity, some equipment can tend to tip over and cause
damage to persons and property.
- When transporting the unit, carefully observe its behavior and do not get near any
possible hazardous areas.
1.7 Intended use
EVO-C devices are designed in 8 different models to correspond the need of up to
8550 m3/ h air flow. There is an ePM1 55% class filter on the outdoor air side and
an ePM10 50% class filter on the exhaust side as standard. The units are produced
according to European Union energy criteria and have EcoDesign label.
EVO-C devices are designed with energy efficient, low sound pressure radiating
and low power consumption plug fans. Plug fans with EC motors can be driven
with 3 fixed speeds or steplessly with the help of an air quality sensor thanks to
build in smart control system.
The EVO-C units are equipped with cross counter flow heat exchangers, in which
the heat of the extracted air is recovered and transferred through the plates to
the outdoor air, so both air flows remain separated. Through this procedure more
than 80 % of the extract air heat is transferred to the outdoor air. The supply air is
led by the duct system to the primary (supply air needing) areas. The used air is
extracted from the secondary areas (like e.g. social rooms, toilets, showers etc.).
It flows back through the ducting to the ventilation unit, transfers the heat and is
discharged by the exhaust air duct to the atmosphere.
CHAPTER 1