enervent Alta eWind, Installation Instructions Manual

Page: 104 / 120

104
Enervent Alta
PRODUCT INFORMATION ACCORDING TO
EU COMMISSION REGULATION NO 1253/2014 AND 1254/2014
A
Supplier’s name or trade mark Enervent
Supplier’s model identifier Alta 300
Specific energy consumption (sec) in kWh/(m
2
.A)
• Cold climate
• Average climate
• Warm climate
-80,14
-37,88
-13,66
Declared typology in accordance with article 2 of this regulation RVU / BVU
Type of drive installed or intended to be installed Multi-speed drive
Type of heat recovery system Regenerative
Thermal efficiency of heat recovery 76,8
Maximum flow rate in m
3
/h 313
Electric power input of the fan drive, including any motor control equip-
ment, at maximum flow rate (W)
202
Sound power level (L
WA
), rounded to the nearest integer 44
Reference flow rate in m
3
/s 0,060
Reference pressure difference in Pa 50
SPI in W/(m
3
/h) 0,48
Control factor and control typology in accordance with the relevant
definitions and classification in annex VIII, table 1
0,65
Declared maximum internal and external leakage rates (%) for bidirec-
tional ventilation units
<0,5% / <2%
Position and description of visual filter warning for rvus intended for use
with filters, including text pointing out the importance of regular filter
changes for performance and energy efficiency of the unit
Filter warning on control
panel. Instructions in user
manual.
Internet address for disassembly instructions as referred to in point 3 www.enervent.com/compa-
ny/mediacenter
The annual electricity consumption (AEC) (in kWh electricity/a) 2,53
The annual heating saved (AHS) (in kWh primary energy/a) for each type
of climate
• Cold climate
• Average climate
• Warm climate
86,47
44,20
19,99
The information on the energy label for this product has been defined with local demand control. Local demand control means that the ventilation unit continuously regulates the fan
speed(s) and flow rates based on more than one sensor. Please remember to connect all local sensors (some sold as extra equipment) in order to achieve the declared energy class.