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Instruction Manual for Lindab models including: Professor XP, Professor XP Active Chilled Beam, Active Chilled Beam, Chilled Beam
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LindabProfessor XP
Active chilled beam Installation instructions
© 2021.05 Lindab Ventilation. All forms of reproduction without written permission are forbidden.
is the registered trademark of Lindab AB.
Lindab's products, systems, product and product group designations are protected by intellectual property rights (IPR).
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Installation instruction
Professor XP
1. Content and symbols
1. Content and symbols ....................................................2 1.1 Content .....................................................................2 1.2 Symbols ....................................................................3
2. Control of delivery .........................................................3 2.1 Before starting ..........................................................3 2.2 Safe operation ..........................................................3 2.3 Receipt of goods ......................................................3 2.4 Unloading of goods ..................................................3 2.5 Handling / Carrying...................................................3 2.6 Tools..........................................................................4 2.7 Installation.................................................................4 2.8 Where to find additional instructions or technical
documentation.......................................................... 4 2.9 Cleaning after assembly/before commissioning......4 2.10 Packing, unpacking guideline...................................5 2.11 Product labelling.......................................................6 2.12 Order code................................................................7 2.13 Order code examples ...............................................7 2.14 Label .........................................................................7 2.15 Contents of order......................................................8 2.16 Plus features .............................................................8 2.16.1 Inlet faceplates .........................................................8 2.16.2 Outlet front grilles .....................................................8 2.16.3 Integrated valves ......................................................8 2.16.4 Integrated Actuators.................................................8 2.16.5 Integrated Regula components................................8 2.16.6 Airguides...................................................................8 2.16.7 Heating......................................................................8 2.17 Accessories ..............................................................8 2.17.1 Threaded rod kit (Hangers).......................................8 2.17.2 Flexible hoses ...........................................................8 2.17.3 Transformer...............................................................8 2.17.4 Tectite fittings ...........................................................8 2.17.5 Connection covers for Professor XP-F models .......8
3. Product specification....................................................9 3.1 Product description ..................................................9 3.2 Dimensions ............................................................... 9 3.3 General structure.................................................... 11 3.4 Material data ........................................................... 11 3.5 Environmental Declarations.................................... 11 3.6 Pressure class ........................................................ 11 3.7 Water quality........................................................... 12 3.8 Air quality ................................................................ 12 3.9 Capacity test........................................................... 12
4. Connections ................................................................. 13 4.1 Water connections.................................................. 13 4.1.1 Before installation ................................................... 13 4.1.2 Push on valve.......................................................... 14 4.1.3 Compression fitting ................................................ 14 4.1.4 Flexible hoses ......................................................... 14 4.1.5 Possible connections water cooling
(2-pipe, standard) ................................................... 15 4.1.6 Possible connections water cooling and
heating (4-pipe, standard) ..................................... 16 4.1.7 Water pipe dimensions and placement.................. 17
4.2. Air connections....................................................... 18 4.2.1 Air connection installation ...................................... 18 4.2.2 Possible connections supply air............................. 18 4.2.3 Possible connections extract air ............................ 18 4.3 Possible combination of connections .................... 18 4.4 Electrical connections ............................................ 19 4.4.1 Regula components on the beam .......................... 19 4.4.2 Example 1: Wiring scheme with Regula
Connect multi .........................................................20 4.4.3 Example 2: Wiring scheme with Regula
Connect basic.........................................................20 4.4.4 Regula Connect on the beam................................. 21 4.4.5 Regula Secura on the beam ................................... 21 4.4.6 Valves and Actuators on the beam ........................ 21 4.4.7 Regula Combi on/with the beam............................ 21 4.4.8 Actuators ................................................................ 21
5. Installation of product ................................................22 5.1 Handling of product................................................22 5.2 Adaption to ceiling systems ...................................22 5.2.1 Ceiling systems.......................................................22 5.2.2 Ceiling systems adaption .......................................23 5.3 General installation principles ................................ 24 5.3.1 Recessed in suspended T-bar ceiling.................... 24 5.3.2 Exposed, sealed to the ceiling ............................... 24 5.3.3 Exposed, free hanging ........................................... 24 5.3.4 Free hanging above perforated or eggcrate
ceiling...................................................................... 24 5.3.5 Recessed in suspended (permanent)
ceiling...................................................................... 24 5.3.6 Recessed in suspended (permanent) ceiling......... 24 5.4 Preparation for installation on the product ............25 5.5 Basics steps of installing the product ....................26 5.5.1 Connection covers for Professor XP-F models .....26
6. Adjustment and commissioning................................29 6.1 Airflow and pressure...............................................29 6.1.1 Jet cone adjustment pins .......................................29 6.1.2 Finding values for JetCone pins ............................29 6.2 Adjustment of air distribution pattern.....................29 6.3 Measuring air pressure and
calculating the air flow............................................29 6.3.1 Measuring static nozzle pressure
and air pressure......................................................29 6.3.2 Calculating the actual air flow ................................30 6.3.3 Changing the actual air flow................................... 31 6.3.4 Changing the air distribution profile ....................... 31 6.3.5 Professor XP pressure / airflow diagram ............... 31 6.4 Water flow rate........................................................ 31 6.4.1 Pre-setting of valves............................................... 31 6.4.2 Balancing strategy.................................................. 31
7. Maintenance .................................................................32 7.1 Remove the outlet front grille .................................32 7.2 Open inlet faceplate................................................32 7.3 Opening inspection hatch ......................................34 7.4 Lower battery..........................................................34
8. Accessories..................................................................35
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Installation instruction
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Professor XP
1.2 Symbols
Hot water Cold water
Heavy Load - 2 man job -
14-60 kg !
It is recommended to use a "lift" for mounting.
Hand-pull
2. Control of delivery
2.1 Before starting Read through the entire installation instruction before commencing installation in order to determine which parts that needs to be performed and in what order to be done.
Lindab is a supplier of complete water products, but we offer also a wide range of accessories which suit perfectly to our water products simplifying your installation work, e.g. different type of hangers, push fittings, closing valves, thermostatic valves and actuators, flexible hoses, customized regulation components, customized cabeling and more. See also the separate document "Accessories."
Lindab will also provide you with a full ventilation system, with a wide range of Lindab Safe components. See also "Air Duct Systems."
2.2 Safe operation Beware of sharp edges, especially of the coils. Always wear thin gloves and protective clothing.
All existing safety regulations must be observed when working with Lindab water products. Check the weights of the beams or the panels with the installation instruction before carrying.
2.3 Receipt of goods Start by checking that the delivery is complete according to the order and that everything listed on the consignment note has been delivered. Then carry out a review of the products and make sure that nothing was damaged during transportation. If you discover damage that has occurred during delivery, it must be notified immediately.
Lindab is not responsible for costs associated with the replacement of products, that have been installed in any way other than shown in these installation instructions.
2.4 Unloading of goods The beams and panels are normally delivered packed on wooden pallets. Lift the pallets carefully with a fork lift and place them on a dry and plain surface/ground. If the beams are delivered in single boxes, wooden blocks should be placed on the ground at one-metre intervals (or a pallet), before the boxes are been placed to store. Lindabs water products must be stored on a plane surface in a dry and well ventilated place, preferably indoors. If they have to be stored outdoors, protect them with a waterproof cover and store them protected from rain beneath a roof or other until they are fitted.
2.5 Handling / Carrying The beam or panel must be handled with care, ensuring that it will not be scratched or bended during transportation, preparation and installation. Always carry the beams or panels piecewise into the building. Keep the product in the package as long as you can. Never use piping connections or edges to lift them, neither when you unpack them nor when you carry them towards the construction site.
14-60 kg !
Do not place the product directly on the floor. Use the protective corners from package or other clean means from package to place the product before installation. Be careful if you must carry a long panel horizontally; if the panels are bended lengthwise, the profiles may be deformed and the piping could loosen from the panel. When opening the box with a knife, be careful not to damage the product. Each beam is equipped with protective film to avoid any damage during transportation and handling on building site. The film needs to be removed before commissioning the products.
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Installation instruction
2.6 Tools To install the beam, panel or facade unit, the following tools are required.
Professor XP
Knife
Gloves
Shoes with soft soles
Tape measure
Drill machine
Percussion drill
Pencil
Spanner
Crowbar
Tectite tool 12mm (Order no: 884087)
Tectite tool small 12mm (Order no: 646881)
Screwdriver
Spirit level
Lindab PC410 (Order no: 103344)
Deburring tool
Bits and drills
Vacum cleaner
Dust-cleaner
2.7 Installation
It is important to use the correct hangers and the recommended amount for all installation principles. Different possible installation principles are shown in the installation instruction and hangers from Lindab should be used to ensure, that they are intended for the purpose and are safe to use.
Lindab´s water products can be ordered, to be adapted to a wide range of different ceiling systems, please check installation instruction to ensure best adaptation.
The Lindab water products should always be installed separately hanged up from the recessed ceiling. The weight of the product should not be covered by the ceiling system.
Use plastic folio or other to protect the product during on site construction continually to keep the products in best condition and avoid any scratches.
2.8 Where to find additional instructions or technical documentation In the following chapters we will refer to additional technical documents or/and instructions by a certain keyword written as a link.
You can also find relevant related documents with our Lindab Quick selection tool:
1. Visit www.lindQST.com 2. Select "documentation" 3. Select product 4. Find relevant documents under "Related documents"
2.9 Cleaning after assembly / before commissioning Please remember to remove plastic folio and other protection material before commissioning and clean the product before hand over.
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Installation instruction
2.10 Packing, unpacking guideline
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Professor XP
F-60 I-60
14-60 kg !
! Never use water pipe connections for lifting
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Installation instruction
2.11 Product labelling
Professor XP
Order : xx-xxxxx
Pos :
xx
PRO X-XX-12-xX100-xx-xxxx-x.x-xx-xx x.x m
Pressure: AA Pa Flow: BB l/s
Project : xxxxxx xxxxxxxx
Mark : xxxxx
Nozzles : xxx Plugs : xx
Product ID :
xxxxxxx
Sign. :
Date
P stat
[Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
p stat
48
n open
=
q a
q a / n
p t
[pa]
100 90
80
70
60
50
40
Professor XP 40
30
50 60
Total 75
open 100
nozzles 125
150 175 200 225250 275300325350375 400
450 500 550
20 5
6
7 8 9 10
15
20
25
30
40
50
60
70
80
q a
[l/s]
Order : xx-xxxxx
Pos :
xx
PRO X-XX-12-xX100-xx-xxxx-x.x-xx-xx x.x m
Pressure: AA Pa Flow: BB l/s
Project : xxxxxx xxxxxxxx
Mark : xxxxx
Nozzles : xxx Plugs : xx
Product ID :
xxxxxxx
Sign. :
Date Pstat [Pa] qa [l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
qa / n = pstat 48
nopen = qa qa / n
pt [pa] 100 90 80 70 60
50
40
Professor XP 40
30
50 60
Total open nozzles
75
100 125
250 300 350 150 175 200 225 275 325 375
400
450 500 550
20 5
6 7 8 9 10
15
20
25 30
40
50 60 70 80 qa [l/s]
The product is factory pre-set with the customer-demanded primary air flow rate and static pressure loss settings. The label both records and guarantees the settings with personal signature of the responsible Lindab employee.
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Installation instruction
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Professor XP
2.12 Order code
Order : xx-xxxxx
Pos :
xx
PRO X-XX-12-xX100-xx-xxxx-x.x-xx-xx x.x m
Pressure: AA Pa Flow: BB l/s
Project : xxxxxx xxxxxxxx
Mark : xxxxx
Nozzles : xxx Plugs : xx
Product ID :
xxxxxxx
Sign. :
x2
Date
P stat
[Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
p stat
48
n open
=
q a
q a / n
p t
[pa]
100 90
80
70
60
50
40
Professor XP 40
30
50
60
Total 75
open nozzles
100
125
150 175 200 225250 275300325350375 400
450 500 550
20 5
6
7 8 9 10
15
20
25 30
40
50
60 70 80 qa [l/s]
PRO X-XX 12 Xx100 XX XXXX
X.X
Professor XP I-60
XX
XX
I-45* Ø12 1x100
A1
I-60*
2x100
A2
F-45*
A3
F-60*
A4
B1
B2
B3
B4
0400 0600 0800 1200
0402 0602 0606 0802 0806 1202 1206
Nominal product length
[m]
1.2 m - 3.6 m in steps of 0.1 m
Static nozzle pressure
[Pa]
30-120 Pa
* As a plus feature the Professor XP I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60 models can be ordered as well. See 3.2 for more details.
Primary air flow rate
[l/s]
5-80 l/s
2.13 Order code examples
Order : xx-xxxxx
Pos :
xx
PRO I-60-12-1x100-B4-1206-1.4-60-27
1.4 m
Pressure: 60 Pa Flow: 27 l/s
Project : Lindab lucermemarken
Mark : I-60
Nozzles : 76 Plugs : 12
Product ID :
xxxxxxx
Sign. :
PRO - I-60 - 12 - 1x100 - B4 - 1206 - 1.4 - 60 - 27
Order : xx-xxxxx
Pos :
xx
PRO F-60-12-1x100-A1-0602-1.2-40-17 1.2 m
Pressure: 40 Pa Flow: 18 l/s
Project : Lindab lucernemarken
Mark : F-60
Nozzles : 60 Plugs : 6
Product ID :
xxxxxxx
Sign. :
PRO - F-60 - 12 - 1x100 - A1 - 0602 - 1.2 - 40 - 18
2.14 Label
On the label you'll find:
· Order:
Order identification number
· Pos.:
Order position
· Product: Product configuration and product length
· Data:
Preset static nozzle pressure [Pa] and primary airflow rate [l/s]
· Project: Project name
· Mark:
Marking noted on order
· Product ID: Product number
· Sign:
To be signed when checked and commissioned on site
Order : xx-xxxxx
Pos :
xx
PRO X-XX-12-xX100-xx-xxxx-x.x-xx-xx x.x m
Pressure: AA Pa Flow: BB l/s
Project : xxxxxx xxxxxxxx
Mark : xxxxx
Nozzles : xxx Plugs : xx
Product ID :
xxxxxxx
Sign. :
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Installation instruction
Professor XP
2.15 Contents of order
Standard package/order contains: · Beam · Plus features (pre-installed in factory) · 4 pc/beam of copper insets (separate in smaller box) · Accessories (separate in smaller box)
2.16 Plus features The plus features offer a wide range of combination with pre-installed accessories integrated into the product on production site. This reduces the installation time on site.
2.16.1 Inlet faceplates Not relevant for Professor XP
2.16.2 Outlet front grilles Not relevant for Professor XP
2.16.3 Integrated valves
2.16.6 Airguides Not relevant for Professor XP.
2.16.7 Heating Available as standard for Professor XP.
2.17 Accessories Here are some general accessories. For full range and order numbers, see separate Accessories document. The components under 2.16.3 to 2.16.5 are also available as accessories. Go to "8. Accessories" in this document to find accessories order numbers.
2.17.1 Threaded rod kit (Hangers)
M8
M8 x4 per beam when Lnom 2700 mm M8 x6 per beam when Lnom > 2700 mm Go to 5.4 "Preparation for installation on the product" for more details. Order no: See Accessories
2.17.2 Flexible hoses
LinFlow-S, straight valve
LinFlow-A, angled valve
See LinFlow-A and LinFlow-S for details.
2.16.4 Thermoelectric actuators
A-40405 Actuator
APR-40405 Actuator
Order no: See Accessories 2.17.3 Transformer
VA 64 Adapter ring
The actuators can be pre-installed on the integrated/ enclosed valves and connected to the integrated Regula connect card /Regula Secura (plus feature). Go to Actuators for details. See also Adapter ring.
2.16.5 Integrated Regula components
Regula Combi
Condensation sensor and Regula Secura
>
OFF STANDBY COOL SERVICE HEAT
Regula Multi connect card
REGULA CONNECT
Multi Rc LINK N = Neutral L = Load S = Signal Rc LINK RC in/out CO2 in - S CO2 in - S CO2 out - N CO2 out - L Presence in - S Presence in - S Presence out - N Presence out - L Damper out - S Damper out - N Damper out - L Heating out - S Heating out - N Heating out - L Cooling out - S Cooling out - N Cooling out - L Heating in - S Cooling in - S Supply out - N Supply out - L Heating link - S Cooling link - S Supply link - N Supply link - L Heating link - S Cooling link - S Supply link - N Supply link - L Supply in - N Supply in 24V - L LINDAB
Go to Regula for details.
Order no: See Transformers 2.17.4 Tectite fittings
Order no: 647690, 884050 and 642623 (12 mm). see Accessories 2.17.5 Connection covers for Professor XP-F models Two types of connection covers are available for Professor XP F-45 and XP F-60. For details and ordering, go to 5.5.1 in this document.
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Installation instruction
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Professor XP
3. Product specification
3.1 Product description The Professor XP is a 2-way active chilled beam and can be standardly prepared for ventilation and cooling (2-pipe connection) or cooling and heating (4-pipe connection). It is both available in an integrable I-45/I-60 and an exposed version F-45/F-60. As a plus feature also intergratable I-62, J-60, K-60, L-60, X-60, X-60, Y-60 and Z-60 models are available. See next page.
3.2 Dimensions
F-60
Ø 100
Ø 100
I-60
B
F-45 I-45
89
60
(Lnom*) , A
B
All water-pipes Ø = 12 mm, go to 4.1.6 and 4.1.7
F-models
22
22
22
99 I-models
B/2 442 (B)
B/2 592 (B)
120
88
146
120
(Lnom*) , A
F-60 99
I-60
31
11 88
88 11
Professor XP F-45 I-45 F-60 I-60
Lnom* [mm]
1200, 1300 ............ 3500, 3600 In steps of 0.1 m
* Lnom = Nominal length ( Order length ). Table 1. Professor XP general dimensions.
A [mm] 1192, 1292, ............ 3492, 3592
B [mm] 442 592
[kg / m]
Go to 3.4 Material
data, see tables.
Ceiling type** Exposed 1 Exposed 1
Ceiling type** = Go to 5.2 Ceiling systems.
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Installation instruction
Professor XP
Plus feature models I-62, J-60, K60, L-60, X-60, Y-60, Z-60 The plus feature models are integratable to different ceiling systems. The models can be with or without flanges depending on which ceiling they are suitable for. See 5.2 "Adaption to ceiling systems" for details and dimensions of all plus feature models.
I-62, Y-60, Z-60 without flanges
Example:
Professor XP-I-62-B1-1202-1.4
A (Lnom*) B
J-60, K-60, L-60, X-60 with flanges
Examples:
Professor XP-L-60-A1-1202-1.4
A (Lnom*) B
Professor XP-J-60-A1-1202-1.4
* Lnom = Nominal length ( Order length ).
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B X X A (Lnom*)
X X
Installation instruction
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Professor XP
3.3 General structure
Date
P stat
[Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
p stat
48
n open
=
q a
q a / n
p t
[pa]
100 90
80
70
60
50
40
Professor XP 40
30
50
60
Total 75
open 100
nozzles 125
150 175 200 225250 275300325350375 400
450 500 550
20 5
6
7 8 9 10
15
20
25
30
40
50
60
70
80
q a
[l/s]
examples of I-60 battery configurations.
3.5 Environmental Declarations
Please follow the links below:
· Building product declaration
· Declaration of conformity
· Eurovent certificate
3.6 Pressure Class The waterborne products in Lindab, active chilled beams (battery products), passive chilled beams (battery and strips products), facade units (battery) and radiant panels (strips and panels) are produced according to pressure class PN 10 according to EN 1333: 2006.
This means the maximal working pressure for the products at a water temperature of 20°C must not exceed 10 bar.
I-60, batteritype 0400, 2-rør
3.4 Materiale data
Type Copper pipes, quality Pressure class Table 2. Material data.
I-60, batteritype 1202, 4-rør
Professor XP EN-12735-2 CU-DHP
PN10
Specific measures for the water circuit
Performance value
Maximal cooling and maximal heating Maximal cooling and minimal heating Maximal cooling or maximal heating High cooling and maximal heating High cooling and minimal heating High cooling or high heating Medium cooling and maximal heating Medium cooling and minimal heating Medium cooling or medium heating Minimal cooling and minimal heating Minimal cooling or minimal heating
Function
4-pipe 4-pipe 2-pipe 4-pipe 4-pipe 2-pipe 4-pipe 4-pipe 2-pipe 4-pipe 2-pipe
Batery type
CC HH 12 06 12 02 12 00 08 06 08 02 08 00 06 06 06 02 06 00 04 02 04 00
Dry weight [kg/m]
14.2 13.7 13.5 13.7 13.2 13.0 12.4 11.9 11.6 11.8 11.5
Water content cooling [l/m]
Water content heating [l/m]
1.1
0.6
1.1
0.3
1.1
0.8
0.6
0.8
0.3
0.8
0.6
0.6
0.6
0.3
0.6
0.4
0.3
0.4
Table 3. Professor XP, weight and water volume for I60 / F60 with different battery types.
Possible battery configurations for Professor XP models Professor XP F-60 and I-60:
All battery types possible.
Professor XP F-45 and I-45:
Possible battery types :
Models for ceiling adaption : Professor XP I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60:
4-pipe: 0606, 0602, 0402 2-pipe: 0600, 0400
All battery types possible.
Water content total [l/m] 1.7 1.4 1.1 1.4 1.1 0.8 1.2 0.9 0.6 0.7 0.4
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Installation instruction
3.7 Water quality Lindab recommend water treatment and quality to be according to VDI 2035-2. · The water preparation and maintenance for the chilled
beam water circuit must be handled by a specialist. · To prevent corrosion, the water circuit must be airtight. · The water system must also be equipped with aerators to
remove any build-up air in the system. · The water must be oxygen free, to prevent corrosion. · The water system must be filled with potable water that
complies with the "EC directive 98/83/EC." · The pH value of water must be between approximately
6-9 pH. · The water velocities should not exceed 1 m/s, and
should be kept as close to the nominal flow as possible to minimize noise and optimise the energy yield. · Use in-line strainers to remove dirt particles from the water. · If the water contains any additive inhibitor, then it must be appropriate to use with copper and solder.
3.8 Air quality Primary supply air have to be clean, dry and filtered before reaching the beam.
3.9 Capacity test Lindabs active chilled beams are Eurovent-certified and tested according to EN-15116.
Please visit Professor XP on www.lindQST.com and see Eurovent for more details.
Professor XP
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Installation instruction
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Professor XP
4. Connections
4.1. Water connections Flow indication arrows are shown on the inlet and return pipes in order to assist the installer.
If the control valves have been ordered separately, a special direction of the flow must be upheld to ensure correct flow through the control valve. Please note the flow direction indicator on the valve to insure correct installation in relation to the desired flow.
When connecting a panel or a beam with the piping system either a push-on fitting or a compression coupling should be used. Lindab have tested and recommends John Guest push on fittings as well as push-on fittings from Tectite (available as accessory. See Accessories).
To avoid sound being transported over the beam, we recommend to use our flexible hoses between the piping and the beam connections. See Accessories.
NB! Every control valve can create sound when it is installed directly connected to the water in- or outlet (or into the piping in close distance to the in- or outlet of the water product). To avoid unwanted sound generation we recommend to always use a Lindab control valve LinFlow-A (angled) or LinFlow-S (straight) and calculate the beam with the valve in LindQST\waterborne calculator.
4.1.1 Before installation · Notice! The connection pipes are internally soft-welded, therefore it is not allowed to solder the beam to the pipes. For
other than Lindab fittings and valves, please consult the installation guide for the specific fitting for further details on proper installation. · Both inlet- and return pipes are covered by a plastic or rubber protection cover, which must be removed before installation.
· After removing the protection cover, make sure that the pipe is intact and undamaged, especially at the pipe end, as even small dents and scratches potentially pose a risk of leakage in the system.
· Eventually deburr the pipe ends on the inside and the outside, using a deburring tool before installation.
· Always remember to do a pressure test after assembly of the pipe work.
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Installation instruction
Professor XP
4.1.2 Push-on valve
· Mount a push-on valve to the pipe. Make sure the valve has the correct flow direction (see indication arrow on the valve) and that you have the correct valve, when integrated valve has been chosen (see indication on valve or follow cabelling to Regula Connect card). Cooper inserts aren't required!
· Please refer to the suppliers manual.
4.1.3 Compression fitting · 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 must be inserted into the pipe (always part of the delivery). · 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. · Please refer to the suppliers manual.
4.1.4 Flexible hoses · Our flexible hoses with straight ends can be used with both push-on and compression fitting. · We recommend to use our flexible hoses with push-on fittings, for easier and faster mounting. · For the connection to an enclosed valve with integrated push on coupling a flexible hose with straight end (male) or with push
on (female) and a short copper pipe can be used. · Please refer to the suppliers manual.
Lmin*
* Lmin = 70 mm (to ensure you can open the couplings again). Lindab flexible hoses are available with straight end (male) for direct connection to Lindab valves also.
14
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Installation instruction
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Professor XP
4.1.5 Possible connections water cooling or heating (2-pipe, standard) All the Professor XP active chilled beams can have either a "2-pipe water connection" or a "4-pipe water connection" as standard (see 4.1.6). The 2-pipe water connection beam contains one water circuit only (cooling or heating).
All water pipe connections are Ø = 12 mm.
Professor XP: F-45, F-60, I-45 and I-60 cooling or heating (standard), I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60 (ceiling adapted models).
Side view
1
2
Top view
4
3
F-45, F-60, I-45, I-60 and all ceiling adapted models
13
24
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Installation instruction
Professor XP
4.1.6 Possible connections water cooling and heating (4-pipe, standard) The 4-pipe water connection beam contains two water circuits. One for heating and one for cooling.
The dimension for all water pipe connections are Ø = 12 mm. Professor XP: F-45, F-60, I-45 and I-60 cooling or heating (standard),
I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60 (ceiling adapted models).
Side view
1
2
Top view
4
3
F-45, I-45
F-60, I-60 and all ceiling adapted models
13
24
16
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Professor XP
4.1.7 Water pipe dimensions and placement.
F-45
144 52 25
F models
144 60 92
F-60
68 93 120 50
I-45
130.5 B/2
442 (B)
I models
157.5 B/2
592 (B)
68 93 120 50
I-60
50
166
50
B / 2
32
115
50*
Example: Front view of XP-X model.
* NB! All dimensions marked (*) are valid and the same for all ceiling adapted models. Go to 5.2.2 to see dimensions for all ceiling adapted models.
146* 120* 93* 68*
Ceiling adapted models 144* 60*
X
157.5*
X
B/2
B
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X-60 17
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Installation instruction
Professor XP
4.2 Air connections 4.2.1 Air connection installation The primary air supply must be connected with instructions from a ventilation specialist. Lindab's chilled beams can beneficially be used together with Lindab's Safe® duct systems. We recommend a flexible duct connection, like Lindab DRATMFU-100, to balance out different installation heights or directions between connection and duct and avoid sound will be diverted from piping system to the ceiling.
All supply air connections = Ø100 mm
A
B
Top view
2x B 2x A
4.2.2 Possible connections supply air Both the horizontal (A) and the vertical (B) supply air connections are equipped with Lindab SafeClick® as a standard.
4.2.3 Possible connections extract air (plus feature, XP-60 models only) Extract air connection includes a KSU valve and a VRGM as standard (Ø100 or Ø125). If you got 2 air connections 2 x 100, Lnom of the Professor XP must be longer than 1.4 m to include the extract air plus feature.
A Lnom* < 1400 => x = 235 mm Lnom* 1400 => x = 549 mm
KSU X
VRGM
A
A - A
Lnom* * Lnom = Nominal length (Order length).
4.3 Possible combinations of connections (standard)
Possible Professor XP connections, Supply air ( A, B ) and water ( 1, 2, 3, 4 ).
A:
1, 2, 3, 4
B:
1, 2, 3, 4
4 B
B4
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Professor XP
4.4 Electrical connections (Plus features) Electrical connections on the beam are only necessary, when plus features are chosen and thanks to the pre-fabrication it is as easy as "plug and play". The components are always installed near the water-connection at the end of the beam. For further information, see Regula.
4.4.1 Regula components on the beam
1
Regula Secura-sensor
2
Cooling valve with actuator
3
Heating valve with actuator
Regula Secura
Actuator Valve
Actuator Valve
4
Regula Combi
5
Regula Connect card Multi Pascal Basic
REGULA CONNECT
Multi
Rc LINK N = Neutral L = Load S = Signal
Rc LINK
RC in/out
CO2 in - S CO2 in - S CO2 out - N CO2 out - L Presence in - S Presence in - S Presence out - N Presence out - L
Damper out - S Damper out - N Damper out - L
Heating out - S Heating out - N Heating out - L
Cooling out - S Cooling out - N Cooling out - L
Heating in - S Cooling in - S Supply out - N Supply out - L
Heating link - S Cooling link - S Supply link - N Supply link - L
Heating link - S Cooling link - S Supply link - N Supply link - L
Supply in - N Supply in 24V - L
LINDAB
REGULA CONNECT
Pascal
Rc LINK N = Neutral L = Load S = Signal
Rc LINK
RC in / out
CO2 in - S1 CO2 in - S2 CO2 out - N CO2 out - L Presence in - S1 Presence in - S2 Presence out - N Presence out - L Damper in - Pos Damper out - S Damper out - N Damper out - L Heating 0-10V- S Heating 0-10V- N Heating 0-10V- L Supply Link2 - N Supply Link2 - L Supply Link1 - N Supply Link1 - L Supply in - N Supply in-24V - L
LINDAB
REGULA CONNECT
Basic
N = Neutral L = Load S = Signal
Heating out - S Heating out - N Heating out - L
Cooling out - S Cooling out - N Cooling out - L
Heating in - S Cooling in - S Supply out - N Supply out - L
Heating link_S Cooling link_S Supply link - N Supply link - L
Heating link_S Cooling link_S Supply link - N Supply link - L
Supply in - N Supply in - 24V - L
LINDAB
(with protection covers, optional).
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Installation instruction
Professor XP
4.4.2 Example 1: Wiring scheme with Regula Connect multi
Please visit www.lindQST.com and check out the "Wiring scheme configurator" for your set-up.
Regula Combi
>
OFF STANDBY COOL SERVICE HEAT
T568B
21 White/Orange 1
22 Orange
2
40 White/Green
3
32 Blue
4
31 White/Blue
5
41 Green
6
{ ends must White/Brown
be insulated Brown
7 8
Actuator on/off 24V heating
NB: Wire colours differ from standard
When a 4-pipe water connection is ordered,
an actuator can be connected on the heating circuit as well. (Geyed out).
Actuator on/off 24V cooling
Condensation sensor
1 Whi 7 2 Red 8
NB: Wire colours differ from standard
Bro 4 Blu 5
1 Bro 2 Blu
NB: Wire colours differ from standard
Transformator 230 V 24 V
NB: Wire colours differ from standard
23 24
11
10
To other Regula Connect Multi
To other Regula Connect Multi
G0Blk
G+ Red
Blu
Bro Blu
Bro Whi Grn Bro Yel 4 3 2 1 4 3 2 1 Blk Red
4.4.3 Example 2: Wiring scheme with Regula Connect basic
Regula Combi
>
OFF STANDBY COOL SERVICE HEAT
Actuator on/off 24V heating
NB: Wire colours differ from standard
When a 4-pipe water connection is ordered,
an actuator can be connected on the heating circuit as well. (Geyed out).
Actuator on/off 24V cooling
Condensation sensor
1 Whi 7 2 Red 8
NB: Wire colours differ from standard
Bro 4 Blu 5
1 Bro 2 Blu
NB: Wire colours differ from standard
Transformator 230 V 24 V
NNBB: :WWiriereccoololouurrss
ddififfefer rfrforommssttaannddaarrdd
23 24
11
10
To other Regula Connect Basic
To other Regula Connect Basic
G0Blk
G+ Red
Blu
Bro Blu
Bro Whi Grn Bro Yel 4 3 2 1 4 3 2 1 Blk Red
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REGULA CONNECT
Multi
Rc LINK
N = Neutral L = Load S = Signal
Rc LINK
RC in/out
CO in - S CO in - S CO out - N CO out - L Presence in - S Presence in - S Presence out - N Presence out - L Damper out - S Damper out - N Damper out - L Heating out - S Heating out - N Heating out - L Cooling out - S Cooling out - N Cooling out - L Heating in - S Cooling in - S Supply out - N Supply out - L Heating link - S
Cooling link - S Supply link - N Supply link - L Heating link - S Cooling link - S Supply link - N Supply link - L Supply in - N Supply in 24V - L
LINDAB
REGULA CONNECT
Basic
N = Neutral L = Load S = Signal
Heating out - S Heating out - N Heating out - L Cooling out - S Cooling out - N Cooling out - L Heating in - S Cooling in - S Supply out - N Supply out - L Heating link_S Cooling link_S Supply link - N Supply link - L Heating link_S Cooling link_S Supply link - N Supply link - L Supply in - N Supply in - 24V - L
LINDAB
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Regula Secura Cable to Regula Secura from sensor Inlet pipe Strip Condensation sensor
Strip
Battery
Faceplate
4.4.5 Regula Secura on the beam Regula Secura is pre-installed when the beam is ordered with plus features. See Regula Secura for more details.
Condensation sensor and Regula Secura
REGULA CONNECT
Multi
Rc LINK N = Neutral L = Load S = Signal
Rc LINK
RC in/out
CO2 in - S CO2 in - S CO2 out - N CO2 out - L Presence in - S Presence in - S Presence out - N Presence out - L
Damper out - S Damper out - N Damper out - L
Heating out - S Heating out - N Heating out - L
Cooling out - S Cooling out - N Cooling out - L
Heating in - S Cooling in - S Supply out - N Supply out - L
Heating link - S Cooling link - S Supply link - N Supply link - L
Heating link - S Cooling link - S Supply link - N Supply link - L Supply in - N Supply in 24V - L
LINDAB
4.4.6 Valves and Actuators on the beam Description, see 2.16 .
4.4.7 Regula Combi on/with the beam The Regula Combi can be controlled and programmed locally in the display, or at a remote location by a EXOLINE or MODBUS communication system. Handles both 24 V and 0-10 V devices.
See the Regula Combi documentation.
4.4.8 Actuators Description, see 2.16.
4.4.4 Regula Connect on the beam Connect cards are pre-installed when the beam is ordered with plus features. See Regula Connect for more details. Regula Connect Basic
Regula Connect Pascal
Regula Connect Multi
REGULA CONNECT
Pascal
Rc LINK N = Neutral L = Load S = Signal
Rc LINK
RC in / out
CO2 in - S1 CO2 in - S2 CO2 out - N CO2 out - L Presence in - S1 Presence in - S2 Presence out - N Presence out - L Damper in - Pos Damper out - S Damper out - N Damper out - L Heating 0-10V- S Heating 0-10V- N Heating 0-10V- L Supply Link2 - N Supply Link2 - L Supply Link1 - N Supply Link1 - L Supply in - N Supply in-24V - L
LINDAB
REGULA CONNECT
Basic
N = Neutral L = Load S = Signal
Heating out - S Heating out - N Heating out - L
Cooling out - S Cooling out - N Cooling out - L
Heating in - S Cooling in - S Supply out - N Supply out - L
Heating link_S Cooling link_S Supply link - N Supply link - L
Heating link_S Cooling link_S Supply link - N Supply link - L
Supply in - N Supply in - 24V - L
LINDAB
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Professor XP
Installation instruction
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Installation instruction
Professor XP
5. Installation of product
5.1 Handling of product For the handling of the product please refer to 2.5. 5.2 Adaption to ceiling systems 5.2.1 Ceiling systems
1 T24/T15 lay-in 600
Danotile T24/T25 Echophon T24 Rockfon A24
( I-60 ) Water
2 T24/T15 lay-in 600 Not cleanable
( I-60 ) Water
3 Permanent ceiling
( L-60 ) Water ( Plus feature )
595x595 Frame follows the box
595x595
4 Dampa Clip-in bevelled edge
( X-60 ) Water ( Plus feature )
5 Dampa Clip-in square edge
( K-60 ) Water ( Plus feature )
6 Luxalon SQ Clip-in
( X-60 ) Water ( Plus feature )
26
13
16 10
11
600x600
chamfer 45º x5
600x600
7 Danotile Contur Ecophon D Rockfon D-XL
( X-60 ) Water ( Plus feature )
8 Ecophon Focus DG
600x600
chamfer 45º x3
( J-60 ) Water ( Plus feature )
9 Rockfon E10 24 Ecophon - E / T24
( Y-60 ) Water ( Plus feature )
599x599
592x592
575x575
15
10 Rockfon E10 15 Ecophon - E / T15
8
( Z-60 ) Water ( Plus feature )
11 Danotile Markant
( Y-60 ) Water ( Plus feature )
14 Ecophon Focus DS Rockfon Sonar X
( X-60 ) Water ( Plus feature )
584x584
575x575
599x599
15 10
13
21 T24/T15 Lay-in 625
22 T24/T15 Lay-in 625 Not cleanable
( I-62 ) Water ( Plus feature )
( I-62 ) Water ( Plus feature )
31 T24/T15 Lay-in 675
32 T24/T15 Lay-in 675 Not cleanable
( I-67 ) Water ( Plus feature )
( I-67 ) Water ( Plus feature )
619x619
669x669
22
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Professor XP
5.2.2 Ceiling systems adaption
Standard models I-45, I-60, F-45, F-60
T24/T15 Lay in 600
(I-60) 210.5
171
(I-45) 191.5
59
I-60 I-45
592 (B) (I-45) 442 (B) Length (A) = Lnom - 8 mm
Dimension table for standard models, see 3.2
I-models Recessed in supspended ceiling type 1.
F-models Exposed installation to permanent ceilings.
Ceiling adapted models I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60
210.5
T24/T15 Lay in 625 196
Exposed (Free hanging or against ceiling) (F-45) 191.5 59 (F-60) 210.5 171
F-45 F-60
(F-45) 442 (B) (F-60) 592 (B) Length (A) = Lnom - 8 mm
210.5
CLIP - IN - L 191
I-62
617 (B)
Length (A) = ( Lnom /600) x 625 - 8 mm See table below.
CLIP - IN - DG
210.5
127
L-60
592 624 (B) Length (A) = Lnom + 24 mm
CLIP - IN -UNIVERSAL
210.5
127
16 (X)
8
8
J-60
548
574 592 (B) Length (A) = Lnom - 8 mm
CLIP - IN - METAL
210.5
127
X-60
22 (X)
548 599 (B)
Length (A) = Lnom - 1 mm
210.5
CLIP - IN - 58 Y:154, Z:163
25.5 (X)
20
K-60
548 599 (B) Length (A) = Lnom - 1 mm
Y-60 Z-60
25.5 (X)
Professor XP
Lnom* [mm]
A [mm]
B [mm]
X ** [mm]
I-62 J-60 K-60 L-60 X-60 Y-60 Z-60
1200, 1800, 2400, 3000, 3600
1242, 1867, 2492, 3117, 3742 ** 1192, 1792,2392, 2992, 3592 1199, 1799, 2399, 2999,3599 1224, 1824, 2424, 3024, 3624 1199, 1799, 2399, 2999, 3599 1175, 1775, 2375, 2975, 3575 1184, 1784, 2384, 2984, 3584
617
-
592
22
599
25.5
624
16
599
25.5
575
-
584
-
* Lnom = Nominal length ( Order length ).
** Flange dimension. - = Model has no flange, see also 5.4
*** : Ceiling systems overview, go to 5.2 ceiling systems. ( previous page ).
Table 4. Dimensions of Professor XP ceiling adapted models.
Y = 575 (B) (T24) Z = 584 (B) (T15)
Y-60: Length (A) = Lnom - 25 mm Z-60: Length (A) = Lnom - 16 mm
spec. weight [Kg / m]
Go to 3.4 Material data,
see tables.
Ceiling type ***
21 8 5 3 4, 6, 7, 14 9, 11 10
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Installation instruction
Professor XP
5.3 General installation principles 5.3.1 Recessed in suspended T-bar ceiling
5.3.4 Free hanging above perforated or egg-crate ceiling
Professor I models and ceiling adapted models
5.3.2 Exposed, sealed to the ceiling
5.3.5 Recessed in suspended (permanent) ceiling
Professor F models 5.3.3 Exposed, free hanging
5.3.6 Recessed in suspended (permanent) ceiling
Professor F models
Professor I models and ceiling adapted models
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Professor XP
5.4 Preparation for installation on the product
M8
The beam is prepared for installation by threaded rods M8.
4 x M8 per beam when Lnom 2700 mm
6 x M8 per beam when Lnom > 2700 mm
Threaded rod attachment points, non-flange models:
F-45, F-60, I-45, I-60
I-62, Y-60, Z-60 (Ceiling adapted models)
Lnom / A
A/2 ONLY if A > 2700
396
396
191.5 210.5
98.5
98.5
98.5
B
191.5 F-45 / I-45 210.5
Threaded rod attachment points, flange models: J-62, K-60, L-60, X-60 (Ceiling adapted models)
A/2 ONLY if A > 2700
X
396
Lnom / A
210.5 X
98.5
98.5
396
X
98.5
B
X 210.5
Professor XP
I-62** J-60 K-60 L-60 X-60 Y-60 Z-60
Lnom* [mm] 1200, 1800, 2400, 3000, 3600
A [mm]
1242, 1867, 2492, 3117, 3742 ** 1192, 1792,2392, 2992, 3592 1199, 1799, 2399, 2999,3599 1224, 1824, 2424, 3024, 3624 1199, 1799, 2399, 2999, 3599 1175, 1775, 2375, 2975, 3575 1184, 1784, 2384, 2984, 3584
B [mm]
617 592 599 624 599 575 584
X** [mm]
22 25.5 16 25.5 -
spec. weight [Kg / m]
Go to 3.4 Material data,
see tables.
* Lnom = Nominal length ( Order length ). *** : Ceiling systems overview, go to 5.2 ceiling systems.
** : Flange dimension. - = Model has no flange.
Table 5. Dimensions of Professor XP plus feature models.
Ceiling type ***
21 8 5 3 4, 6, 7, 14 9, 11 10
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Installation instruction
5.5. Basics steps of installing the product
A A A A
D
To find correct allignment points for threaded rod hangers, see dimension drawings and table on pevious page,
covering all Professor XP models.
Professor XP
Take out extra
ceiling plates and
C
T-bars for proper
work space.
C
B B B
E
F
Service wires
Date
Pstat [Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
pstat
48
nopen = qa qa / n
pt [pa] 100
90 80 70 60
50
40
Professor XP 40
30
50 60
Total open nozzles
75
100
125
150
175
200
250 300 350 225 275 325 375
400
450 500 550
20 5
6
7 8 9 10
15
20
25 30
40
50 60 70 80 qa [l/s]
Lindab recommends removing faceplate completely before installation in ceiling. Go to part 7. Maintenance, 7.2 Open inlet faceplate.
G
H
14-60 kg !
Heavy load ! Longest Professor XP models are 3.6 meters with a weight at aprox.
52 kg. Use professional lifting
equipment.
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Professor XP
Re-insert T-bars and ceiling plates.
Note that this installation procedure shows installation in an existing T-bar ceiling. In a completely new building the beams will often be installed before the ceiling system.
14-60
kg !
Heavy load ! Longest Professor XP models are 3.6 meters with a weight at aprox.
52 kg. Use professional lifting
equipment.
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Installation instruction
Professor XP
5.5.1 Connection covers for Professor XP-F models
Two different types of connection covers are available for Professor XP F-45 and XP F-60. Type CC for covering between two
beams and CW for covering from one beam to wall.
on gable
Lnom
of beam
XP F-45/F-60
CC
XP F-45/F-60
CC cover installed between two beams. Lnom = Exact distance between end-gables (in mm) = order length The real produced length will be A = Lnom .
Lnom
on gable of beam
CC on wall
XP F-45/F-60
CW
CW
CW cover installed between one beam and wall.
on gable of beam
Lnom = Exact distance between end-gable and wall (in mm) = order length The real produced length will be A = Lnom - 5 mm.
2 mm
Top of gable flange Top of bracket flange
2
F-45 =400 / F-60 = 550 F-45 = 300 / F-60 = 450
Center of beam
CC / CW
Center of bracket
F-45 = 150 / F-60 = 300 Alternative holes
4 5
1 2
7
5
8
x8
6
Self drilling screws for bracket on gable of beam. Screws (x4) included.
CW wall bracket on wall must be aligned with bracket on XP-F gable.
Screws for wall not included.
Order code PRO XX XX
xxxx
NON
xxxx
CW cover installation, inserting screws. Screws (x8) included.
CC CW
45
(Lnom) Nominal
60
cover length
[mm]
200 mm - 3600 mm in steps of 1 mm
Cover perforation
Type
NON
RAL Colour
9003 Other colours
When CC, CW nominal cover length (Lnom) > 1800, mid support bracket is included.
CC cover installed (screws inserted).
28
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Professor XP
6. Adjustment and commissioning
6.1 Airflow and pressure The product has a factory pre-set of both primary airflow rate and static pressure loss, so normally an on-site adjustment is not necessary. The pre-setting is recorded on the product labels as shown under 2.11. NB! The static pressure loss must be maintained by the ventilation fan to reach designed capacities. Therefore, measuring the static nozzle pressure (see 6.3.1) should be sufficient to guarantee the correct air flow rate.
6.1.1 Jetcone adjustment pins Not relevant for Professor XP
6.1.2 Finding values for JetCone pins Not relevant for Professor XP
6.2 Adjustment of air distribution pattern The beam can be ordered with different air disrtribution patterns to maintain different airthrow lengths, short (30°), medium (16°) or long (0°). The default setting is short (30°).
6.3 Measuring air pressure and calculating the air flow To double check the primary airflow rate, the static nozzle pressure must first be measured. The static nozzle pressure is the air pressure available at the nozzles.
6.3.1 Measuring static nozzle pressure and air pressure · To measure the air pressure, a manometer, (analogue or digital) will be needed. Lindab recommends PC410. · Insert the measuring tube onto the specialized measuring nozzle. · Read of the static nozzle pressure from the manometer (PC410).
Measuring tube
Lindab PC410 Order no: 103344
Pstat
Room
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Installation instruction
Professor XP
6.3.2 Calculating the actual air flow
· After measuring the static pressure calculate the specific air flow per nozzle:
qa / n
= pstat 48
where: qa / n = airflow rate per nozzle
and
pstat = static nozzle pressure loss
· After finding the airflow rate per nozzle, find the number of open nozzles (2.11 ) to calculate the primary airflow rate:
qa = nopen x qa/n
where: qa = airflow rate (bearn)
and
nopen = total open nozzles
Alternatively, the actual airflow rate can be read off from diagram 1.
· After measuring the static pressure, locate the table and the diagram inside the openable perforated faceplate (or use diagram 1), and use both the measured static nozzle pressure and the total open nozzles (labels see 2.11) to read of the actual primary airflow rate qa.
Example using diagram 1 Professor XP: PRO-I-60-12-1x100-A1-1200-2.4-60-35
pstat = 60 Pa (static pressure loss)
nopen = 217 pcs.
=>
qa = 35 l/s primary airflow rate
'pt [Pa]
100 90 80 70 60
50
40
30
Total open nozzles
40
50
60
75
100
125
150 175 200 225 250 275 300 325 350 375
400
450 500
550
20 5
6
7
8
9 10
qa [l/s]
15
20
25
30
40
50
60
70 80
Example using diagram 1 (see 6.3.5) shows needed number of open nozzles to reach a desired air flow at a given pressure.
30
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Professor XP
6.3.3 Changing the actual air flow The changing of the actual air flow rate can only be done by closing (less total open nozzles) and opening nozzles (more total open nozzles) according to the diagram 1 (individual change) or by changing of the actual static pressure over the ventilation fan (whole system changes). Both nozzle plugs (order no. 642502) and nozzle tool (order no. 642635) are available as accessories.
6.3.4 Changing the air distribution profile See 6.2.
6.3.5 Professor XP pressure / airflow diagram
'pt [Pa]
100 90 80 70 60
50
40
30
Total open nozzles
40
50
60
75
100
125
150 175 200 225 250 275 300 325 350 375
400
450 500
550
20
5
6
7 8 9 10
15
Diagram 1 Professor XP pressure / airflow diagram.
20
25
30
qa [l/s]
40
50
60
70 80
6.4 Water flow rate
6.4.1 Pre-setting of valves All the integrated control valves (plus feature) are delivered not set. The presetting has to be done on site. For the presetting of valves, please see LinFlow-A (Angled) and LinFlow-S (Straight) water valves documentation.
6.4.2 Balancing strategy Lindab recommends always balancing the water system to guarantee thermal comfort in all areas, to avoid noise nuisance problems and to safe energy. A hydraulic balance is obvious to ensure that all the beams (panels or facade units) in the system will always be supplied with their required (planned) water flow rates (calculated with LindQST\waterborne calculator).
Lindab refers to the proportional method, where all beams (panels or facade units) are balanced to the same proportion of the requested water flow rate.
Lindab reserves the right to make changes without prior notice
31
2021-05-19
lindab | for a better climate
Installation instruction
Professor XP
7. Maintenance
The interval of cleaning depends on the indoor environment where the beam is placed. Under optimal conditions the beams only need cleaning every 5 years.
· Open the inlet plate using no tools (7.2). · Clean the battery downside and the inlet faceplate inner parts with a dust cleaner / vacuum cleaner. · Only use lukewarm water and a mild detergent and a piece of wet cloth to clean the inlet face plate. · Open the inspection hatch (7.3). · Clean the air plenum chamber and air connection with a vacuum cleaner. · Clean the top side of the battery, nozzle plate, JetCones and the mixing chamber with a dust cleaner / vacuum cleaner. 7.1 Remove the outlet front grille Not relevant for Professor XP.
7.2 Open inlet faceplate
F-45 / F-60
A
B
Face plate support bracket x2 2 pcs on each beam when Lnom > 2.7 m
C
D
Service wires
E
The faceplate now hangs in sevice wire, it can be removed completely when demounted from service
wire.
Reverse shown steps E - A
to reinstall faceplate
32
Lindab reserves the right to make changes without prior notice
2021-05-19
Installation instruction
lindab | for a better climate
Professor XP
I-45 / I-60. Also valid for all Plusfeature models I-62, J-60, K-60, L-60, X-60, Y-60 and Z-60.
A
B
C
Date
P stat
[Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
p stat
48
n open
=
q a
q a / n
p t
[pa]
100 90
80
70
60
50
40
Professor XP 40
30
50
60
Total 75
open 100
nozzles 125
150 175 200 225250 275300325350375 400
450 500 550
20 5
6
7 8 9 10
15
20
25
30
40
50
60
70
80
q a
[l/s]
B C
E
Date
Pstat [Pa]
qa [l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
pstat
48
nopen = qa qa / n
pt [pa] 100 90 80
70 60
50
40
Professor XP 40
30
50 60
Total open nozzles
75
100 125
150
175
200
250 300 350 225 275 325 375
400
450 500 550
20 5
6 7 8 9 10
15
20
25 30
40
50 60 70 80 qa [l/s]
Service wires
E
Face plate support bracket x2 2 pcs on each beam when Lnom > 2.7 m
C
2 x
B
D 2x E
The faceplate now hangs in sevice wire, it can be removed completely when demounted from service
wire.
Reverse shown steps E - A
to reinstall faceplate
Lindab reserves the right to make changes without prior notice
33
2021-05-19
lindab | for a better climate
Installation instruction
Professor XP
7.3 Open inspection hatch
Open faceplate. See 7.2. Opening inlet faceplate. Note that you have 2 inspection hatches if you have 2 x 100 ventilation air supply connections. One in each end.
Date
P stat
[Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
p stat
48
n open
=
q a
q a / n
p t
[pa]
100 90
80
70
60
50
40
Professor XP 40
30
50 60
Total 75
open 100
nozzles 125
150 175 200 225250 275300325350375 400
450 500 550
20 5
6
7 8 9 10
15
20
25
30
40
50
60
70
80
q a
[l/s]
Access hatch
Date
Pstat [Pa]
q a
[l/s]
Total open nozzles
Signature
Rev.Professor XP-20190925
q a
/
n
=
pstat
48
nopen =
q a
qa / n
pt [pa] 100 90 80 70 60
50
40
Professor XP 40
30
50 60
Total open nozzles
75
100
125
150
175
200
250 225
300 350 275 325 375
400
450 500 550
20 5
6
7 8 9 10
15
20
25 30
40
50
60 70 80 qa [l/s]
7.4 Lower battery Not relevant for Professor XP.
Via access hatch gain access directly to duct and other connected devices.
34
Lindab reserves the right to make changes without prior notice
2021-05-19
Installation instruction
lindab | for a better climate
Professor XP
8. Accessories
Ask Lindab for the accessories mentioned in this document. Additional accessories (or additional dimensions) are available on request.**
Order code 2-way Control valve LinFlow-S-12 straight - push on 2-way Control valve LinFlow-A-12 angled - push on 4 pcs Threaded rod M8 -100mm + 4 pcs z-brackets + 16 pcs screw nuts 4 pcs Threaded rod M8 -500mm + 4 pcs z-brackets + 16 pcs screw nuts 4 pcs Threaded rod M8 -1000mm + 4 pcs z-brackets + 16 pcs screw nuts 6 pcs Threaded rod M8 -100mm + 6 pcs z-brackets + 24 pcs screw nuts 6 pcs Threaded rod M8 -500mm + 6 pcs z-brackets + 24 pcs screw nuts 6 pcs Threaded rod M8 -1000mm + 6 pcs z-brackets + 24 pcs screw nuts Actuator A 40405 24 V on/off NC - 1m, non-halogen cable Actuator A 41405 24 V on/off NO - 1m, non-halogen cable Actuator APR 40405 0-10 V mod. NC, 1m, non-halogen cable Actuator APR 40405 0-10 V mod. NC, 1m, cable Aerator 12mm - tectite Ballofix Broen 12 mm with handle - shut-off valve Ballofix Broen 12 mm without handle - shut-off valve Copper insert 12 x 1,0 mm Flexible hose O2stopp_DN10 0,4m - JG12 push - JG12 push Flexible hose O2stopp_DN10 0,4m - JG12 push - straight end 12 mm Nozzle plug (Professor, Plafond) Nozzle tool (Professor, Plafond) Connection Cover PRO-CC/CW-45-XXXX-9003*** Connection Cover PRO-CC/CW-60-XXXX-9003*** Lindab PC 410 Regula Combi see: "Accessories" Regula Connect Card Basic Regula Connect Card Multi Regula Secura Tectite angle 12 mm Tectite straight 12 mm Tectite demounting tool 12 mm Tectite demounting tool 12 mm, small Touch-up paint RAL 9003 - 25 ml Touch-up paint RAL 9010 - 25 ml Transformer 24V AC output Table 6. Ordering codes and numbers for basic Professor XP accessories. *see: "Regula Connect What do I get?" **see: "Accessories" ***XXXX = 0200 (mm) - 3600 (mm); incl. installation brackets. See detailed order code in 5.5.1 in this document.
Order number 686552 686554
on request on request on request on request on request on request
684601 684603 684667 684604 647690 642663 642662 884022 686566 175984 642502 642635 176412 176412 103344
** */** */** ** 884014 884050 884087 646881 174759 642531 */**
Lindab reserves the right to make changes without prior notice
35
2021-05-19
Most of us spend the majority of our time indoors. Indoor climate is crucial to how we feel, how productive we are and if we stay healthy.
We at Lindab have therefore made it our most important objective to contribute to an indoor climate that improves people's lives. We do this by developing energy-efficient ventilation solutions and durable building products. We also aim to contribute to a better climate for our planet by working in a way that is sustainable for both people and the environment.
Lindab | For a better climate
www.lindab.com
For a better climate