Рекуператор вентиляции NIBE GV-HR 110-400 вертикальный, без электронагревателя. Инструкция на русском языке

NIBE               GV-HR110 400
A ++
A +
A
m /h
45            341     3
dB
ENERGIA ·  · ???????? · ENERGIJA · ENERGY · ENERGIE
2016                         1254/2014

Technical Product Fiche
Suppliers name                          NIBE
Model identification                    GV-HR110 400
Specific energy consumption SEC         SECcold: -72,2 ; SECaverage : -34,9 ; SECwarm: -10,9
kWh/(m2*a) for:  cold, average, warm
climates
RVU/NRVU/Unidirectional / Bidirectional   RVU - Bidirectional
Type of drive installed                 EC motor with 0-100 % modulation range
Type of heat recovery (recuperative,    Recuperative
regenerative, non)
Thermal efficiency of heat  recovery %   84
3
Maximum airflow (m /h)                  341
Electric Power input of fan drive at    250
maximum airflow - W
Sound Power level (Lwa) at reference    45
airflow Lwa
3
Reference airflow rate (m /s)           268
Reference pressure difference (min.     50
50Pa) – (Pa)
Specific  power input at reference airflow  0,000405
3
- SPI (W/ m /h)
Control factor                          0,85
Declared maximum internal and external   Internal: 1,7% ; External: 0,8%
leakage rates (%)
Mixing rate of non ducted bidirectional   Not applicable
ventilation units
Position and description of visual filter   After a specific time the display will tell that it is time to
warning                                 clean the filters or replace them with new ones.
Instructions for installing supply/exhaust   Not applicable
grilles i facade for unidirectional devices
Internet adress for pre-/disassembly    www.nibe.se (manual)
instructions
Sensitivity for pressure variation  for units  Not applicable
without ducts + and - 20Pa
For non ducted units - the              Not applicable
3
indoor/outdoor air tightness in (m /h)
The annual electricity consumption AEC   AECcold=940 ; AECaverage=410 ; AECwarm=360
per  100 m? (kWh electricity /a) for
climates : Average, Warm, Cold
The annual heating saved AHS in primary   AHScold=8710 ; AHSaverage=4450 AHSwarm=2010
energy (kWh prim/a) per 100 m? for
climates : Average, Warm, Cold
NIBE AB
Hannabadsvagen 5
285 21 Markaryd
info@nibe.se