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Product
Function
Type
Water connection
mm
Air connection
mm
Connection type
Product length
L
m
Distribution profile
Static nozzle pressure loss
Δpstat
Pa
Primary airflow rate
qa
Number of products
Description



Room attenuation
Dr
dB
Cooling
Heating
Capacity need
Pt
W
Room air temperature
tr
°C
Temperature gradient in room
tg
K
Primary air temperature
tai
°C
Water inlet temperature
twi
°C
Temperature difference water circuit
Δtw
K

Solus I-60-12-125-A1-3.0-100-25

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Cooling: NB! High pressure drop can create high sounds (max 12 kPa)

Heating: NB! High pressure drop can create high sounds (max 12 kPa)

  • Product information
  • Results

  • Images
  • Product description
  • Related documents
  • Videos
MISSING

Lindab Solus is specially designed as a combined HTC and LTH beam—High Temperature Cooling and Low Temperature Heating. Due to the customized coil, the Solus beam delivers an outstanding cooling and heating effect per degree temperature difference between the water circuit and the room temperature. This means that you get great capacities, at a relatively high running temperature. All in all, the Solus beam can save a lot of the energy cost on cooling and heating.

  • Cost saving high output beam that delivers an excellent capacity for both cooling and heating, while running the same temperature set for both functions.
  • Pressure authority in the beam means that regulation of the air pressure is a fast and easy task.
  • Lindabs active chilled beams are Eurovent-certified and tested according to EN-15116.

MISSING
  • Results
    Cooling
    Heating
    Temp. difference between room air temp. and mean water temp.
    Δtrw
    K
    Nominal water capacity
    Pwnom
    W
    Water flow rate
    qw
    l/s
    Corrected water capacity
    Pw
    W
    Capacity air
    Pa
    W
    Total Capacity
    Pt
    W
    Pressure loss water in product
    ΔpwP
    kPa
    Sound power level
    LwA
    dB(A)
    Sound pressure level
    LpA
    dB(A)
    Water capacity / active length
    Pw/Lact
    W/m
    Mixed air temperature
    tam
    °C
  • Total results
    Primary airflow rate
    qat
    l/s
    Water flow rate
    qwt
    l/s
    Total Capacity
    Pt
    W
  • Additional results
    Penetration length, horizontal (min)
    Xlp
    m
    Penetration length, horizontal (max)
    Xlp
    m
    Added pressure loss in connection
    Δpa
    Pa
    Total air pressure loss in duct
    Δpt
    Pa
    Primary airflow rate / active length
    qa/Lact
    l/s/m
    Induction ratio
    qai/qa
    Induction air volume
    qai
    l/s
    Mixed air volume
    qam
    l/s

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