Description

• Sheet steel housing, internally insulated, fire resistant according wit DIN EN 13501.
• High efficiency backward curved centrifugal fans driven by 3 speeds EC (brushless) motors.
• High efficiency plastic cross-counterflow heat exchanger.
• Automatic thermodynamic by-pass.
• Integrated frost protection.
• Nominal diameter of duct connections 125 mm.
• 2 x ePM10 50% (M5) filters. ePM1 70% (F7) filter for supply available as optional.
• Remote, wired control panel allowing:
o To Switch on/off the product
o To select the fan speeds
o To show the filters status
• Brackets for suspended installation.
Read full descriptionClose description

Certifications

Energy label Energy label

Technical Data Sheet

  • Frequency (Hz)
    50
  • Max absorbed current (A)
    2,0
  • Max absorbed power (W)
    240
  • Nominal diameter (mm)
    150
  • Voltage (V)
    230
  • Weight (Kg)
    33
  • Breakout sound power LWA [dB(A)]
    51,0
  • Breakout sound pressure at 3m at Max speed calculated in free field Lp [dB(A)]
    30,5
  • Max airflow (l/s)
    105
  • Max airflow (m³/h)
    380
  • Max pressure (mmH2O)
    56,0
  • Max pressure (Pa)
    550
  • Sound power at exhaust inlet LWA [dB(A)]
    37,8
  • Sound power at supply outlet LWA [dB(A)]
    37,2
  • Sound pressure at 3m at extraction at Max speed calculated in free field Lp [dB(A)]
    17,3
  • Sound pressure at 3m at supply at Max speed calculated in free field Lp [dB(A)]
    16,7
  • Supplier's name or trade mark
    Vortice
  • Specific Energy Consumption (SEC) class in temperate climate zone
    A
  • Declared type
    UVR-B: bidirezionale
  • Type of drive
    velocità multiple: VM
  • Type of heat recovery system HRS
    a recupero
  • Control factor CTRL
    0,85
  • Control type
    amb. centralizzato
  • Specific Energy Consumption (SEC) class in temperate climate zone [kWh/m2y]
    -38,0
  • Specific Energy Consumption class SEC in cold climate zone [kWh/m2y]
    -77,0
  • Specific Energy Consumption class SEC in warm climate zone [kWh/m2y]
    -13,0
  • Thermal efficiency of heat recovery at reference airflow [%]
    90,4
  • Max airflow [m3/h]
    280
  • Fan drive electric power input, including any motor control equipment, at maximum flow rate [W]
    165,0
  • Sound power LWA [dB(A)]
    51
  • Reference airflow [m3/s]
    0,0544
  • Reference ? pressure [Pa]
    70
  • SPI [W/(m3/h)]
    0,35204
  • Max internal leakage rate [%]
    3,2
  • Max external leakage rate [%]
    5,3
  • Mixing rate
    NA
  • Position and description of visual filter warning
    Vedi libretto istruzioni
  • 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]
    364
  • AHS temperate annual energy saved [kWh primary energy/y]
    4641
  • AHS cold annual energy saved [kWh primary energy/y]
    9078
  • AHS warm annual energy saved [kWh primary energy/y]
    2098
  • Ø (mm)
    150
  • Size A (mm)
    1183
  • Size B (mm)
    740
  • Size C (mm)
    288
  • Size D (mm)
    1287
  • Size E (mm)
    650
quota
Curva_JPG_11282-Curve_per_Catalogo
Interested?
If you are interested in this product, contact us or locate your nearest Vortice dealer.

Accessories

Discover accessories related to the product

C TEMP
C TEMP
Environmental sensor for temperature control.
C SMOKE
C SMOKE
Environmental sensor for air quality.
C HCS
C HCS
Environmental sensor for relative humidity control.
C PIR
C PIR
• Passive infrared sensor.
TUBO SILENZIATORE D.150 L=500
TUBO SILENZIATORE D.150 L=500
DCW 250 D.150(BATTERIA FREDDA)
DCW 250 D.150(BATTERIA FREDDA)
FTR F7 230X250X48
FTR F7 230X250X48
ePM1 70% (F7) filter. Dimensions: 230x250x48 mm.
FTR M5 230X250X48
FTR M5 230X250X48
ePM10 50% (M5) filter. Dimensions: 230x250x48 mm.
ELECTRIC HEATER 750
ELECTRIC HEATER 750
Electric duct heater, intended for installation in covered spaces, with ambient temperature between -30°C +50°C, in free air, without dust, fluff and chemical impurities.
Cookies help us to provide our services. By using these services, you accept our use of cookies. Info