Lindab Premum Installation and user guide

Premum
Service & maintenance
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1.0 Installation
1.1 Product description
Lindab’s supply air beam Premum can be used for cooling, heating and ventilation.
Water valves, actuators, Regula Secura, Regula Combi and Regula Connect can all
be built into the Premum beam.
Premum feature the Lindab JetCone, a innovative way of regulating air volume. The
air volume can easily be adjusted without having to worry about pressure and noise
issues. And with the new adjustable AirGuide system, altering the flow pattern is
simpler than ever.
The Premum chilled beam is fully integratable with the Lindab eHybrid solution and
together they provide an optimal energy efficient ventilation and cooling solution
1.2 Handling
The beam must be handled with care, ensuring that the beam does not sustain dents,
scratches or bends during installation.
Always seek to lift the beam at multiple points.
– Do not lift in pipes
– Do not lift in edges
– Each beam is equipped with protective film to avoid any damage during transport
and handling at building site. The film needs to be removed before commissioning
the products.
1.3 Mounting instruction
– Please visit www.lindqst.com
• Select Documentation Finder
• Select “Premum”
• Select “Mounting”
1.4 Air connection installation
The primary air supply should be connected with instructions from a ventilation spe-
cialist. Lindab’s chilled beams can beneficially be used together with Lindab’s Safe®
duct systems.
1.5 Connection description water
Flow indication arrows are shown on the inlet and return pipes in order to assist the
installer. If the beam has been ordered with integrated valves, a special direction
of the flow must be upheld to ensure correct flow through the thermostatic valve. If
the beam has been delivered without integrated valves, the flow can be reversed,
depending on the location of the retrofitted valve. Please note the flow direction indi-
cator on the valve to insure correct installation in relation to the desired flow.

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1.5.1 Push-on fittings
– Please ensure that all pipes and fittings are undamaged, as even small dents and
scratches potentially pose a risk of leakage in the system. Always remember to do
a pressure test after assembly of the pipe work.
– Both flow and return pipe is covered by a plastic or rubber protection cover,
which should be removed before installation.
After removing the protection cover, make sure that the pipe is intact and undam-
aged, especially at the pipe end. Crocked or in other ways imperfect pipe ends will
result in leaks. Deburr the pipe on the inside and the outside, using a deburring tool
before installation
– Mount a push-on fitting to the pipe. Make sure to press the fitting all the way onto
the pipe. Consult the installation guide for the specific fitting for further details on
proper installation.
Push-on fitting

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Push-on valve
Notice! The connection pipes are internally soft-welded why it’s not allowed to
solder the beam to the pipes.
1.5.2 Compression fitting
– Please ensure that all pipes and fittings are undamaged, as even small dents and
scratches potentially pose a risk of leakage in the system. Always remember to do
a pressure test after assembly of the pipe work.
– While mounting a compression fitting, the pipe will be exposed to a big amount
of force, creating a risk of crushing the pipe. To ensure that the pipe won’t be
crushed when mounting the compression fitting, a copper insert should be
inserted into the pipe.
– Both flow and return pipe is covered by a plastic or rubber protection cover
during transport, which must be removed before installation.
– After removing the protection cover, make sure that the pipe is intact and undam-
aged, especially at the pipe end. Crocked or in other ways imperfect pipe ends
will result in leaks. Deburr the pipe on the inside and the outside, using a deburr-
ing tool before installation

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– The copper insert should be placed inside the pipe on the beam. Always support
the copper pipe coil when inserting the copper insert into position.
– Mount a compression coupling and/or a valve to the pipe. Don’t stress the nut too
much, since this may crush the pipe.
Notice! The connection pipes are internally soft-welded why it’s not allowed to solder
the beam to the pipes.
1.5.3 Flex hoses
Our flexible hoses can be used with both compression and Tectite fitting. We recom-
mend using Tectite fittings, for easier and faster mounting.
– Please ensure that all pipes and fittings are undamaged, as even small dents and
scratches potentially pose a risk of leakage in the system. Always remember to do
a pressure test after assembly of the pipe work.
– Both flow and return pipe is covered by a plastic or rubber protection cover,
which should be removed before installation.

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After removing the protection cover, make sure that the pipe is intact and undam-
aged, especially at the pipe end. Crocked or in other ways imperfect pipe ends will
result in leaks. Deburr the pipe on the inside and the outside, using a deburring tool
before installation
– Mount a push-on fitting to the pipe. Make sure to press the fitting all the way onto
the pipe. After mounting the push-on fitting, mount the flexible hose. Make sure
that the flexible hose is pushed fully into the fitting. Consult the installation guide
for the specific fitting for further details on proper installation.
Push-on fitting
Push-on valve
Notice! The connection pipes are internally soft-welded why it’s not allowed to
solder the beam to the pipes.

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2.0 Commissioning
2.1 Product labeling
Fig.1: Label location exterior (water connection) Fig.2: Label location interior (battery end).
On the label you’ll find:
– Order: Order identification number.
– Pos: Order position.
– Product: Product configuration.
– Project: Project name.
– Mark: Marking noted on order.
– Nozzles: Number of nozzles.
– Plugs: Number of plugged nozzles.
– Product ID: Product number.
– Sign: To be signed when checked and commissioned on site.
2.2 Measure air pressure and calculating the airflow.
Before calculating the airflow, the static nozzle pressure must first be measured. The
static nozzle pressure is the air pressure available at the nozzles.
2.2.1 Measure the static nozzle pressure.
– To measure the air pressure, a manometer, analog or digital (such as the Lindab
PC410) will be needed.
– Insert the measuring tube onto the specialized measuring nozzle
– Read off the static nozzle pressure from the manometer

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2.2.2 Calculating the airflow
– After measuring the static nozzle pressure, read the setting of the four pins in the
corners to find the mean value of the pins.
– Locate the diagram on the faceplate or see diagram 1-2, and use the static nozzle
pressure and the mean value of the pins to find the current airflow.
Diagram 1
Diagram 2
Premum 1.2 m < L ≤ 2.0 m Position of JetCone adjustment pins
Premum 2.0 m < L ≤ 3.0 m Position of JetCone adjustment pins

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AEach deflector has 2 adjustment “clips”.
hver deflektor har 2 justerings ”clips”.
Varje luftriktare har 2 justerings “clips”.
Jokaisessa ohjaimessa on kaksi pidäkeklipsiä.
Jedes Luftlenkelement ist mit zwei Klammern befestigt.
Ogni deflettore ha 2 clips di regolazione.
Chaque déflecteur a 2 clips d’ajustement.
Possible “clips” positions.
Mulige ”clips” positioner.
Möjliga “clips” positioner.
Mahdolliset pidäkeklipsien säätöasennot.
Mögliche Einstellungen.
Possibili posizionamenti delle clips.
Positions possibles des clips.
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2.3 Changing the airflow
– Measure the static nozzle pressure
– Locate the air pressure/airflow diagram on the faceplate, or see diagram 1-2.
– Find the mean value of the four pins to reach the desired airflow, in the diagram
on the faceplate. Use the static nozzle pressure and the desired airflow to find the
mean value of the four pins.
– Adjust the four pins in the corners, so the mean value of the pins will correspond
with the mean value found in the diagram.
– Example: Pin setting: 6+6+8+8 = 28 / 4 = mean value 7.
2.4 Changing the air pattern (with plus feature AirGuide)
ONLY POSSIBLE IF THE BEAM WAS DELIVERED WITH AIRGUIDE
– Press the Airguide retaining clip to retract the clip from the Airguide deflector.
– Align the Airguide deflector in the desired position.
– Realease the Airguide retaining in the new position.

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Recommended configurations
Anbefalede konfigurationer
Rekommenderade konfigurationer
Suositellut säätöasennot
Emfohlene Einstellungen
Configurazioni raccomandate
Configurations recommandées
Example
Eksempel
Exempel
Esimerkki
Beispiel
Esempio
Exemple
Press and release “clips” from deflector position.
Tryk og frigør ”clips” fra deflektor position.
Tryck ihop och frisläpp Clipset från luftriktarpositionen.
Vapauta pidäkeklipsi ohjaimesta.
Klammer zusammendrücken und aushaken.
Premere e sganciare le clips dalla posizione corrente del deflettore.
Pousser et relâcher les “clips” de la position déflecteur.
Align deflector at desired position.
Tilpas deflektor til ønsket position.
Sätt luftriktaren i önskad position.
Säädä haluttuun asentoon.
Luftlenkelement in gewünschte Position bringen.
Regolare il deflettore nella posizione desiderata.
Aligner le déflecteur à la position souhaitée.
Press and release “clips” so it slips into new position.
Tryk og slip ”clips” så den glider ind i ny position.
Tryck och släpp clipset så att det glider in i sin nya position.
Kiinnitä pidäkeklipsi uuteen asentoon.
Klammer zusammendrücken und Klammer wieder einhaken.
Premere e rilasciare le clips nella nuova posizione.
Pousser et relâcher les “clips” à la nouvelle position.
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