Swegon ADAPT Parasol EXb User manual

ADAPT Parasol EXb
Installation - Commissioning - Maintenance 01/09/2020
Art. 942428024
Content
Installation, base module................................... 2
Water ......................................................................... 4
Air .............................................................................. 5
Commissioning.................................................... 5
Nozzle setting............................................................. 5
ADC ........................................................................... 7
Connections......................................................... 8
Installation, design cover ................................. 11
Maintenance...................................................... 14
Symbols in this user manual
Warning/Caution!

ADAPT Parasol EXb
2Swegon reserves the right to alter specications. 01/09/2020
AB
A1, B1
B2A2
Installation, base module

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ADAPT Parasol EXb
A4
A5
A6
B5
A7, B6
M8
B4
Ø160
PF
Ø125
MF/HF
A3, B3

ADAPT Parasol EXb
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
Note that compression ring couplings
require support sleeves inside the pipes.
Water
Water connection
Connection sizes
Model Size Supplied / Connected Connection Coupling type Connection Coupling type
A: only Cooling 690, 1290 Actuator and valve Return DN15, male thread Supply pipe Plain pipe 12 x 1.0 mm
B: Cooling/Heating 690, 1290 Actuator and valve Return DN15, male thread Supply pipe Plain pipe 12 x 1.0 mm
A: only Cooling 690, 1290 -Return Plain pipe 12 x 1.0 mm Supply pipe Plain pipe 12 x 1.0 mm
B: Cooling/Heating 690, 1290 -Return Plain pipe 12 x 1.0 mm Supply pipe Plain pipe 12 x 1.0 mm
utvändig gänga DN (1/2”)
If the product is ordered with valve kits, these are supplied
connected to the regulator and temporarily attached
using cable ties.
• Cut the cable ties (A) and mount the valve kit on the
pipes for cooling return and heating return according
to the product variant in question.
• Mount the valve kit so that the actuators are aligned as
illustrated in the figure below.
Valve kit installation
160
125
90
55
A
A
Air and water connections on side 2 (standard)
Air and water connections on side 4
Placement of the valve kit on delivery

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ADAPT Parasol EXb
Connection dimensions
Unit Ø=
ADAPT Parasol EX 690 MF/HF Ø 125
ADAPT Parasol EX 690 PF Ø 160
ADAPT Parasol EX 1290 MF/HF Ø 125
ADAPT Parasol EX 1290 PF Ø 160
Air
Air connection on side 2 (standard)
Air connection on side 4
q = k · √p [l/s]
i
p = [Pa]
i()
k
q2
[pi Pa]
q [l/s]
k= k-factor
Nozzle configuration
H M L
H =
M=
L=
1 x 8
T-25
Commissioning
Nozzle setting

ADAPT Parasol EXb
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Side 1-4, (left-hand connection on side 4)
Type
Primary air
volume Side Nozzle setting
k-factor /
side
690 Low 1,2,3,4 L0.253
690 Average 1,2,3,4 M0.44
690 High 1,2,3,4 H0.693
690 None 1,2,3,4 C 0
1290 MF Low 1&3 L0.176
1290 MF Average 1&3 M0.253
1290 MF High 1&3 H0.429
1290 MF None 1&3 C 0
1290 MF Low 2&4 L0.464
1290 MF Average 2&4 M0.667
1290 MF High 2&4 H1.131
1290 MF None 2&4 C 0
1290 HF Low 1&3 L0.253
1290 HF Average 1&3 M0.44
1290 HF High 1&3 H0.693
1290 HF None 1&3 C 0
1290 HF Low 2&4 L0.667
1290 HF Average 2&4 M1.16
1290 HF High 2&4 H1.827
1290 HF None 2&4 C 0
1290 PF Low 1&3 L0.85
1290 PF Average 1&3 M0.99
1290 PF High 1&3 H1.21
1290 PF None 1&3 C 0
1290 PF Low 2&4 L2.22
1290 PF Average 2&4 M2.62
1290 PF High 2&4 H3.2
1290 PF None 2&4 C 0
1k (1+3) + pi(1.3) => q (1+3)
K-factor of the short sides together with the
commissioning pressure reading of these equals
the flow of the short sides, 1&3.
2k (2+4) + pi(2.4) => q (2+4)
K-factor of the long sides together with the
commissioning pressure reading of these equals
the flow of the long sides, 2 & 4.
3q tot =q (1+3) + q (2+4)
The total flow of the product is the sum of the above.
NB! pi(1.3) = pi(2.4)
NOTE: The commissioning pressure is different
for the long sides (2 & 4) and the short sides
(1 & 3).
/
Water
Air
2
4
3
Side 1-4, (standard connection on side 2)
Water
Air
1
2
4
1
3
Pi(2.4)
Pi(1.3)
k-factor guide per side

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ADAPT Parasol EXb
Commissioning/checking the air flows
Constant pressure in the zone with the CONTROL Zone damper
or similar damper.
• Check that all WISE gen.1 products are energised.
• Make sure that all ADAPT Parasol EX-modules have their
correct K-factors.
• Make sure that all the modules are set to the max. flow
commissioning mode. (On delivery, the product is set to this
mode, 3 blue LEDs + 3 red LEDs are lit).
• Connect up to the control unit on the ADAPT Parasol EX
(see separate SWICCT instructions) and carry out a perfor-
mance check.
• Test the operating modes, the min./max. flows, open/close
the actuators. If the ADAPT Parasol EX has been configured
at the factory, check that the settings agree with the project
design data. If the module is an ADAPT Parasol EX stock
(stocked product), it must be programmed according to the
data for which the product has been calculated. Make also
sure that the Modbus addresses agree if SuperWISE or some
other BMS system will be used
• If SuperWISE will be used, make sure that all products are
in the SuperWISE tree structure. If all the products are not
in the tree structure, look over the Modbus addresses via
SWICCT and check cables and connections. (See the separate
instructions for the SuperWISE)
• Make sure that the pressure sensor and sensor module have
the correct Modbus address. The Master must have a 0
setting on the pressure sensor and sensor module. Set the
Slaves, if required, in number sequence: 1, 2, 3, 4, 5, 6, 7, 8,
9
• Before you begin commissioning, make sure that the air
handling unit is started up and the fire damper, if required, is
fully open and that the zone damper is fully operational.
• Check the flow compared to the max. flow in the zone,
adjust the pressure set point until the correct flow is obtained
with TUNE Control. If Max. flow is not achieved, it will be
necessary to close another/other zone damper(s).
• The reference product can be found, i.e. the one with the
greatest deviation from the design max. flow, by measuring
the max. flow of all the ADAPT Parasol EX-modules in the
zone.
• Measure and record the airflow with the damper set to the
max. position on the reference ADAPT Parasol EX in the
zone. Reset the module to the min. flow setting, measure
and record the airflow.
• Set the module back to the max. flow setting
• Carry out the same procedure for all the ADAPT Parasol EX-
modules in the zone.
• Decrease the pressure set point on the zone damper if
pressure is needed for other zones, for example: 5 Pa
• Commission the remaining zones following the same
procedure
• Check/ adjust the previous shut off zones in the same way
• Restore the pressure set points on all the zone dampers.
• Identifiy the reference zone, i.e. the zone with the lowest
flow compared with the design max. flow (for example by
checking relevant flow across each zone damper using the
TUNE Control hand-held terminal).
• Set the min. flow on a number of ADAPT Parasol EX-modules
or use the zone damper for setting the min. flow so that the
ventilation system responds to the simultaneous load.
• Adjust the pressure set point of the air handling unit until
the zone damper of the reference zone is 85 – 90% open.
(Managed by the SuperWISE if one is used).
• Reset all the settings and set all the ADAPT Parasol EX to the
normal operation setting.
• Check and measure the max. flow and min. flow with the
SWICCT or the SuperWISE.
X-shape
Fan-shape

ADAPT Parasol EXb
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24V
G0G
grå
svart
blå
brun
brun
blå
|1 2|3 4|5 6|7 8|
9 10 11 12 |
|13 14 15 |1617 18 |19 20 21 |
| 22 | 23 | 24 | 25 |
svart
svart
vit
brun
vit
y24V
brun
blå
svart Y-kontrollsignal
RoHS
9
10
brown
1. Connection when no VOC sensor is used.
2. Connection when a VOC sensor is used.
Connections
Pressure sensor
(Modbus)
24 V AC / DC
Condensation
sensor
Key card
CO2sensor
Temperature sensor/
Window contact
Valve actuator,
heating
Sensor module
Motor
React
VOC Sensor
Valve actuator,
cooling
Cable adapter
Adapter
3xRJ12
Adapter
3xRJ12
Cable
USB-RJ12

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ADAPT Parasol EXb
VOC Sensor
RS 485type Belden 9842
Modular6/6 RJ12
Modular 6/6 RJ12
22 23 24 25
Modular
6/6 RJ12
| 12 | 3 4 | 5 6 |7 8 |9 10 11 12 |
|13 14 15 |16 17 18 |19 20 21 |
| 22 | 23 | 24 | 25 |
| 12 | 3 4 | 5 6 |7 8 |9 10 11 12 |
|13 14 15 |16 17 18 |19 20 21 |
| 22 | 23 | 24 | 25 |
MB id 8
Master
MB id 4
Master
22 23 24 25
Modular
6/6 RJ12
1 2 3 4
MB2
5678
MB1
Next Zone
CONTROL Zone
MB id 1
Super WISE
1 2 312 3
Zone
Room
| 12 | 3 4 | 5 6 |7 8 |9 10 11 12 |
|13 14 15 |16 17 18 |19 20 21 |
| 22 | 23 | 24 | 25 |
MB id 4
Master
22 23 24 25
Modular6/6 RJ12
Modular6/6 RJ12
22 23 24 25
Modular
6/6 RJ12
| 12 | 3 4 | 5 6 |7 8 |9 10 11 12 |
|13 14 15
|
16
17
18 |19 20 21 |
| 22 | 23 | 24 | 25 |
| 12 | 3 4 | 5 6 |7 8 |9 10 11 12 |
|13 14 15 |16 17 18 |19 20 21 |
| 22 | 23 | 24 | 25 |
MB id 1
Slave id 1
MB id 4
Master
22 23 24 25
Room
Room
RK 2x0,75
Modular
6/6 RJ12
20
19
B
A
GND
GND B A
GND B A
9
10
AGND B
AGND B
GND B A

ADAPT Parasol EXb
10 Swegon reserves the right to alter specications. 01/09/2020
Alarm no. Type of alarm 32 16 8421
Alarm 1 Supply voltage low
Alarm 2 Supply voltage critical low
Alarm 3 Ext temp missing
Alarm 4 Ext temp error
Alarm 5 Condensation sensor error
Alarm 6 SM temp sensor error
Alarm 7 SM button error
Alarm 8 CO2sensor missing
Alarm 9 VOC Error
Alarm 10 Low pressure
Alarm 17 SM comm error
Alarm 18 Slave comm error
Alarm 19 Pressure sensor comm error
Alarm 20 VOC sensor comm error
Alarm 21 No master request (slave)
Alarm 22 Slave incompatible version
Alarm 25 Heating comfort alarm
Alarm 26 Cooling comfort alarm
Alarm 27 Temp. Set point overlap alarm
Alarm 28 Air quality comfort alarm
Alarm 29 Condensation
Alarm 33 24 V Out 1 overload error
Alarm 34 24 V Out 2 overload error
Alarm 35 24 V Out 3 overload error
Alarm 41 Slave input sum alarm
Alarm 42 Slave output sum alarm
Menu sensor module:
Press and hold the left and right-hand buttons for five seconds
to access the menu.
Use the left-hand button ( ) to steps through the menus. Use
the right-hand button ( ) to confirm your selection.
Press the left-hand
button and select:
1. Alarm list
2. Commissioning air
3. Commissioning
water
6. Return to menu
Confirm selections
by pressing the
right-hand button
The alarm is shown with a number of LEDs when you select
Alarm list (1) in the menu.
Each LED represents a number as per the table above and the
numbers are added to form an alarm number.
E.g. Middle blue and the two last red are lit (xoxxoo)
Middle blue corresponds to 16, next last red 2 and last red 1.
The sum of these is 19, which is the alarm number.
Return to normal operation by pressing the right-hand button.
1. Alarm list: See the complete alarm list to the right.
In the commissioning menus:
• Navigate between the menus by pressing the left-hand button
• Confirm selections by pressing the right-hand button
• When a selection has been confirmed, the blue LED will flash
for about 60 seconds.
• In order to return to normal operation, select "no adjustment"
2. Commissioning, air:
2.1. Min. airflow, no occupants
2.2. Min. airflow, occupancy
2.3. Max. air flow, occupancy
2.4. Min. airflow, holiday/longer period of
no occupancy
2.5. No adjustment
3. Commissioning, water:
3.1. Open the chilled water valve
3.2. Open heated water valve
3.3. No adjustment
4, 5 are not used
6. Return to menu
Alarm list for the sensor module
ON
1 2
Presence sensor
LEDs for temperature, adjustment or
alarm indication
Function keys
LED indicating function
- Green = OK
- Flashing Green = condensation alarm
- Yellow = Alarm
- Green/Yellow = Comfort alarm (not acute)
Temperature sensor
3 parallel RJ12 ports
(Modbus) for connections
e.g. controller, additional
sensor module or PC with
the help of Cable
converter USB-RJ12
Addressing the sensor module. 10
sensor modules can be connected to
each master unit, each one must have
a unique address to work.
Switch for termination resistance.
On the last sensor module in the
circuit switch 1 is set to On.
Function keys