M 100/4" A LL

Description

• Material: UV resistant plastic (prevents ageing caused by exposure to sunlight).
• Nominal diameter 100 mm.
• Motor protected against thermal overload, with shaft turning in ball bearings (LL),coupled to screw type thermoplastic impeller with wing profile blades.
• Maximum air flow: 90 m3/h.
• Equipped with system by which the louvres of the grille are opened and closed automatically.

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Certifications

CE
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EAC
G-Mark
UKCA
CB TEST CERTIFICATE

Technical Data Sheet

Frequency (Hz)

50
Inlet

Automatico
Insulation class

II°
IP

X4
Max absorbed current (A)

0,1
Max absorbed power (W)

18
Max ambient temperature for continuous operation (°C)

50
Nominal diameter (mm)

100
Ø Discharge hole (mm)

99

Voltage (V)

220-240
Weight (Kg)

0,6
Max airflow (l/s)

25
Max airflow (m³/h)

90
Max pressure (mmH2O)

3
Max pressure (Pa)

29
RPM

2300
Sound pressure Lp [dB (A)] at 3 m

37,5

Supplier's name or trade mark

Vortice
Specific Energy Consumption (SEC) class in temperate climate zone

NA
Specific Energy Consumption (SEC) class in temperate climate zone [kWh/m2y]

-6,6
Specific Energy Consumption class SEC in cold climate zone [kWh/m2y]

-20,0
Specific Energy Consumption class SEC in warm climate zone [kWh/m2y]

1,0
Declared type

UVR-U: unidirezionale
Type of drive

NA
Type of heat recovery system HRS

assente
Thermal efficiency of heat recovery at reference airflow [%]

NA
Max airflow [m3/h]

89
Fan drive electric power input, including any motor control equipment, at maximum flow rate [W]

13,7
Sound power LWA [dB(A)]

58
Reference airflow [m3/s]

0,0173
Reference ? pressure [Pa]

15
SPI [W/(m3/h)]

0,21348
Control factor CTRL

1
Control type

manuale
Max internal leakage rate [%]

NA
Max external leakage rate [%]

NA
Mixing rate

NA
Position and description of visual filter warning

NA
Airflow sensitivity to pressure variations at + 20 Pa and – 20 Pa

NA
Indoor/outdoor air tightness [m3/h]

NA
Annual electricity consumption (AEC) [kWh electricity/y]

294
AHS temperate annual energy saved [kWh primary energy/y]

1397
AHS cold annual energy saved [kWh primary energy/y]

2732
AHS warm annual energy saved [kWh primary energy/y]

632