Velocity Vision Plus W320 User manual

Velocity Vision Plus W320 User manual
Fans | Air handling units | Air Distribution Products | Fire Safety | Air Curtains and Heating Products | Tunnel Fans
TIME ec
Air handling units
2 |
TIME ec air handling units
TIME ec
AHU No 07.02.339
DANVENT DV10-240, TIME 10-40
Confirmed with requirements
TIME ec is a standard air handling
unit with EC-motors and integrated
control system. TIME ec is available in
6 sizes with airflows from
750-11.400 m3/h.
TIME ec is based on Systemair’s wellknown technology in production of
air handling units with more than 40
years of experience. TIME ec is sim­
ple to dimension and easy to order.
TIME ec is delivered in 2 versions
with rotary heat exchanger and 2
versions with counter flow heat
exchanger. It is possible to order a
VDI 6022 approved TIME ec.
TIME ec with rotary heat exchanger, airflows 750-11.400 m3/h in 6 sizes
500
700
1000
1500
2000
3000
5000
10000
15000 m3/h
TIME ec 40
TIME ec 30
TIME ec 25
TIME ec 20
TIME ec 15
TIME ec 10
0,15
0,2
0,3
0,4
0,7
1
2
4 m3/s
3
Airflow for TIME ec with external pressure of 250 Pa and max SFP 2.1 kW/(m3/s) in combination with rotary heat exchanger and hot water coil plus cooler. Other
combinations and exact values must be calculated in the SystemairCAD. Note supply and extract dampers, hot water coils and cooler are additional options.
TIME ec with counter flow heat exchanger, airflows 750-9.600 m3/h in 6 sizes
500
700
1000
1500
2000
3000
5000
10000
15000 m3/h
TIME ec 40
TIME ec 30
TIME ec 25
TIME ec 20
TIME ec 15
TIME ec 10
0,15
0,2
0,3
0,4
0,7
1
2
4 m3/s
3
Airflow for TIME ec with external pressure of 250 Pa and max SFP 2.1 kW/(m3/s) in combination with counter flow heat exchanger and hot water coil plus cooler.
Other combinations and exact values must be calculated in the SystemairCAD. Note supply and extract filter, hot water coils and cooler are additional options.
ENERG IEY
EFFICIENCY CLASS
IJA
IA
SYSTEMAIR A/S
Software, SystemairCAD C2009.3
Range, Danvent DV
www.eurovent-certification.com
AIR HANDLING UNITS
CENTRALES DE TRAITEMENT D’AIR
UNIDADES DE TRATAMIENTO DE AIRE
UNITÀ DI TRATTAMENTO ARIA
RAUMLUFTTECHNISCHE-ZENTRALGERÄTE
A
B
C
D
E
F
A
| 3
TIME ec air handling units
Components
1 Rotary heat exchanger is used when the
need for heat recovery is considerable. At the
same time it can recover humidity from the hot
extract air. It is very energy efficient and
requires limited space due to the short length.
Efficiency up to 85%, variable rotation speed
for adjusted efficiency, purging sector, plus
alarm if unintentional stop.
2 Counter flow heat exchanger is used where
there are special requirements of separation of
the airflows, example to avoid the transfer of
odours to the supply air. As humidity cannot be
transferred between the airflows it can be
used for dehumidification. Efficiency up to
90%, temperature sensor and modulating bypass damper ensures against ice building.
3 EC-motors, low energy consumption, good
control properties, high efficiency maintained
at small loads, low noise level and short length.
4 Supply and extract damper, air tightness
class 3 (EN 1751), aerodynamically damper
blades in extruded aluminum with rubber sealing, steel rods and brass bearings, actuators;
on/off or spring-return (additional option).
5 Supply and extract filters, bag filters in filter
quality F7/F5 (EN 779), fixed with filter rails
1
5
that ensures the tightness requirements (EN
1886), handle for easy replacement, alarm
when the filters need to be replaced.
6 Hot water coil, designed for temperature up
to 100 °C and pressure up to 10 Bar. The coil is
secured against frost (additional option).
7 Integrated control system, installed from
factory. See page 5.
8 Casing complies with air tightness class L3,
has closed frame profile of steel and aluzinc
185 protected panels with 50 mm isolation.
9 Supporting legs, made from strong galvanized steel and equipped with adjustable feet.
4
8
3
7
6
4
3
5
7
9
2
5
4
8
5
4
6
3
3
7
7
9
4 |
TIME ec air handling units
Additional options
Future construction calls for air handling units with great flexibility. This is met by the ability to change a variety of combinations. Below is an overview of standards and the most common additional options.
Standard
• Rotary or counter flow heat
exchanger
• Plug fans with EC-motor
(available in two sizes in each unit
size for optimal running economy)
• Integrated control systems
(see page 5)
• Supply and extract filters;
filter quality F7/F5
• Supporting legs with adjustable
feet, indoor air handling unit.
Additional options
• Supply and extract damper with
actuators; on/off or spring-return
• Cooler fully mounted,
stepless controllable
• Hot water coil
• Electrical heater
• Cooling coil; cold water or DX
• Change-over coil
• Sound attenuator section with
baffles standard and baffles for
dry or wet cleaning
• Valves with actuator
• Roof, trapezoidal roof plates steel
• Roof, bitumen membrane
• Base frame in galvanized
steel profiles
• Outdoor air section for roof units.
TIME ec air handling units
| 5
Control system
TIME ec air handling units come with fully fitted and fully tested control systems from the factory. It is a user-friendly
system where functions and parameters are selected from the external control panel. The control panel can be placed
freely and be used as a remote control (max 10 m from AHU). The main operational data are displayed continuously on
the control panel display, including alarms, operating values, operating status and time settings. The startup is simplified
because the control system is pre-installed with default temperatures, time settings and regulatory sequences. The default
settings can easily be changed to the desired operational values.
Standard
• Control Panel (max 10 m from AHU)
• Week Schedule
• Choose between:
• Temperature control: Cascaded
room temperature, supply air temperature, outdoor temperature
compensated supply air temperature, outdoor temperature dependent switching between room control and supply air control.
• Air control: 2 fixed air flows, constant ducts pressure (VAV), constant ducts pressure with extract
fan as slave.
•
•
•
•
Extended running
Night cooling
Cooling recovery
Filter guard on supply and extract
filter
• Alarm and safety functions
• Modbus.
Additional options
• Repeater (control panel max
1200 m from AHU)
• External fire signal, flow guard on
the extract fan or 2 pcs fire thermostats
• Heating coil, control plus frost
protection
•E
lectrical heater, modulating with
overheating fuse and control
• Control for cooling coil
• Control for change-over coil
• Control for DV cooler
• Heating- and cooling valves incl.
actuator
• LON or TCP/IP
• TCP/IP web interface and the option
of access via android application.
6 |
TIME ec air handling units
Dimensions
+
B
C
A
A
TIME ec with rotary heat exchanger
TIME ec with counter flow heat exchanger
TIME ec with rotary heat exchanger
TIME ec
TIME ec with counter flow heat exchanger
10
15
20
25
30
40
10
15
20
25
30
40
A: Length
2090
2090
2090
2090
2090
2090
A: Length
3210
3360
3510
3510
3810
3810
B: Height
970
1120
1270
1420
1570
1720
B: Height
970
1120
1270
1420
1570
1720
C: Height of feet
100
100
100
100
100
100
C: Height of feet
100
100
100
100
100
100
Width
970
1120
1270
1420
1570
1720
Width
970
1120
1270
1420
1570
1720
Weight
440
460
590
665
730
970
Weight
542
634
782
864
1131
1248
The above-mentioned weights and dimensions are a combination
of rotary heat exchanger and water coil. Weights and dimensions of
other combinations must be calculated in SystemairCAD. Supplied in
2 sections. Note supply and extract dampers and hot water coils
are additional options.
TIME ec
The above-mentioned weights and dimensions are a combination
of counter flow heat exchanger and water coil. Weights and dimensions of other combinations must be calculated in SystemairCAD.
Supplied in 3 sections. Note supply and extract dampers and hot
water coils are additional options.
TIME ec air handling units
Documentation
Complete order-specific technical documentation produced by SystemairCAD.
16-11-2012
Page 7
Project:
4500 m3/h
250 Pa
Dimensions
Fully integrated control
SFP, clean filters incl. speed control 1.90 kW
Heat recovery 90.6%
Systemair A/S
:
+45
7500
Systemair
A/S 8738Telephone
Systemair
Telephone
Systemair
:
+45
A/S 8738
Telephone
7500
Systemair
:
+45
A/S 8738
Telephone
7500 :
+45 8738
Telephone
7500 :
+45 8738 7500
Systemair A/S Telephone
: A/S
+45 8738
7500
'Ved Milepælen 7
Telefax
: Milepælen 7
'Ved
'Ved: Milepælen 7Telefax
'Ved
: Milepælen 7Telefax
'Ved
: Milepælen 7Telefax :
Telefax :
'Ved Milepælen 7
Telefax
DK-8361 Hasselager
www.systemair.se
DK-8361 Hasselager
www.systemair.se
DK-8361 Hasselager
www.systemair.se
DK-8361 Hasselager
www.systemair.se
www.systemair.se
DK-8361 HasselagerDK-8361 Hasselager
www.systemair.se
[email protected]
[email protected] [email protected] [email protected] [email protected]
[email protected]
Weight
254 kg
267 kg
276 kg
Pa
mm
Pa
Pa
Pa
m/s
m/s
mm
m3/h
Pa
Pa
Pa
Pa
kW
RPM
RPM
%
%
Weight
2 kg
11 kg
2 kg
16-11-2012
SystemairCAD
- Version- Version
C2012-08.00.00
rc3 rc3
PagePage
8rc3 9
SystemairCAD
- Version
C2012-08.00.00
SystemairCAD
C2012-08.00.00
Page 12
Order-specific set-up
Exhaust
Supply
Controller and control panel
P
T
P m) to
T the controller
T in the
T cabinet placed in supply fan
The control
panelT must
be connected by cable (10
section, and the programming and normal handling is carried out from the control panel with display and
P2 - the Systemair
R2 R6
P1 The protection
B4
R5 of the
R4 control panel is IP 41. It is
buttons
Control Panel - the SCP.
class
M6
possible to control the unit with the control panel up to 1200 metres
away from the unit with the
M12
assistance of a repeater (optional). The distance between repeater and control panel is restricted to the
10 metres of cable in the control panel. Protection class for the repeater is IP20. The cable between the
Detailed technical
specification
controller
in the unit and the repeater is not delivered by Systemair. The repeater must be connected to
Cable
Component Page/
Analog
Analog
Digital
Digital
cabinet in
supply fan section.
number
number
index
Output
Input
Output
Input
R1
Schedules
R2
The regulator has individual
R3 schedules for start, stop and high/low air flow rate for each week-day as well
R4
as schedules for holidays.
P1 summer-winter-time change over.
The regulator has automatic
P2hours, free cooling is available according to settings.
Outside normal operating
Filter guard supply air
Internal wires
B1
Filter guard extract air Internal wires
B3
Cooling
recovery
Frequency converter,
supply
air
If the extract
air temperature
W102.1
T102 is lower than the outdoor air temperature, and there is a cooling demand in
the rooms,
the cooling recovery will be activated. The heat exchanger signal is reversed to give
W102.2
Frequency converter,
extract air
increasing
cooling recovery on increasing demand.
W101.1
T101
W101.2
Access rights
- passwords
English
W307
B4
There areW308
3 different log-on
levels
B5
Operator
basic level - (no password) - access to read values and to change user relevant
Damper motor supply air
W330 level or M3
Damper motor extract air settings
W331 concerning
M4schedules, temperature, air flow and to cancel alarm and even to restart the
system after having removed the reason that triggered the alarm.
kW
RPM
A
%
V
kW
- Service level (password) - access to change fundamental values, access to store new settings,
str(51246) not found
Frost protection heating access to restart the
R5 system according to user’s own former settings or original factory settings.
System level which has the highest authority level (special password) with full read/write access to
Valve and Valve motor,- Heating
W320
M6
all settings
and parameters
(also access to the configuration of the whole system)
Recovery with counter-flow heat exchanger
The performance of the counter-flow heat exchanger is stepless via the control by the modulating
A/S Telephone
Telephone
:
+45 8738
Systemair
+45 8738
actuator
that A/S
regulatesSystemair
the 2 dampers
- one: damper
in7500
the bypass
duct7500
for supply air and one damper in
'Ved Milepælen
7Telefax :
Telefax :
'Ved
Milepælen
front of
the
supply7 air part
of the exchanger
for the distribution
of air between the counter-flow heat
www.systemair.se
DK-8361 Hasselager DK-8361 Hasselager
exchanger
and the bypass duct. www.systemair.se [email protected]
[email protected]
Systemair A/S
'Ved Milepælen 7
DK-8361 Hasselager
Telephone :
+45 8738 7500
Telefax :
www.systemair.se
[email protected]
SystemairCAD
To ensure optimal dimensioning of the functions of the air
handling unit, an advanced design programme,
SystemairCAD has been developed. The programme is
very user-friendly and facilitates a simple and quick way
to combine functions. The software will make a technical
calculation and automatically, a complete technical documentation will be produced. The programme is also able
to generate a specification text for the tender and this text
can be transferred to any word processing system via the
rtf-files. The documentation is presented as a pdf-report
specifically regarding the air handling unit that has been
chosen. Furthermore drawings on the specific combination
will be included in the report. The drawings can be transferred to a CAD system through DXF files, in 2D or 3D.
Description of functions
CST-25-R-12-1720-Std-2
Temperature control
Cascaded extract
air temperature control 1420 x 1420 x 1720 mm
Drip tray
Standard
CST-25-R-3-970-Std-2
x 970 mm
Fan control
Air flows control m3/h 1420 x 1420
Empty section
2
pcs
Sensors delivered Water trap
No
Pressure drop
1
Feet
Damper motor supply air
Motor ON/OFF
Length
150
Condensate
and frost!
This operationProduct
mode can´t be
usedON/OFF
continuously
without (width
defrosting.
Dimensions
x height x length)
Damper motor extract
air
Motor
limit not considered in the
result ofrunning
the calculation.
External control viaFreezing
digital input
Extended
- normal speed
DVZ-25-1
1420 x 100 x 820 mm
Free cooling
Free cooling without external sensors
DVZ-25-2
1420 x 100 x 1720 mm
Damper
Coil configuration
Heating
DVZ-25-1
1420 x 100 x 970 mm
Pressure drop
2
Fan , Plugheating
Frost protection
Standard frost protection
Damper blades Feets are supplied mounted on the unit casing.
Standard
4500
m3/h
Valve for heating Air flow
2-Way valve, Kvs 1.00, DN15 Inside
External pressure
250
Pa
thread
Duct connections
22
Pa
Pressure drop Pressure drop
15
kPa
Product
Dimensions (width
x height)
Filter
Fan
static
pressure
606
Pa
Fire guards
Fireguard
Dimensioning pressure drop
120
Total pressure
Pa
Outdoor
Motor size
2 x 2.73 1350x600
kW mm629
pressure drop
Absorbed power Initial pressure drop/Final
kW 61/179
Supply
1350x600 mm1.12
Velocity, face area
Fan
1581
RPM 1.78
Extract
1350x600 mm
Mains power supply
forspeed
control system
Velocity, filter area
2040
RPM 0.10
Switch board data Maximum fan speed
VoltageExhaust 3x400V + N + PE 50 1350x600
Hz mm
Filter pressure
class
F7
Fan efficiency by static
67.5
%
Max lk
16
kA
Filterpressure
size
2x[592x592]
Fan efficiency by total
70.0
%
Min lk
650
A
Filteron
length
535
(p=1,2 -kg/m3)
240
TIME air handling units are built with a complete and fully integratedK-factor
control system
based
the Max fuse
25
A
Fan type
L-R3G450-AQ24-01
Systemair E28 controller.
Min fuse
13
A
Direct drive
Extract air fan
16
A
Counter flow heat exchanger
Supply
Extract
Supply air fan
16
A
Data are stated on supply.
Airflow (1,205 kg/m³)
4500.00 m3/h
4500.00 m3/h
Motor
installer on site
must1.49
ensurem/s
that additional protection of the mains power supply relating to
Face velocity (unit)
1.49 The
m/s
Motor
type
EC motor
converters is all250
carried
to local statutory requirements.
External pressure
250 frequency
Pa
Paout according
Motor Fan
size , Plug
M3G 150-FF
Filter
F7
F7
4500
Motor protection Air flow
Built-in
Fan speed
1581 The
RPMsupply unit 1552
RPMof
consist
External pressure
250
2.73
kW
Motor
2.73 kW
2.73 Rated
kW power
22
(nominal) Pressure drop
2040
RPM
Voltage
380 - 480 V
380 - 480 Speed
V
Fan static pressure
579
Amp.
4.20
A
Current, Amp.,rated
4.20 Damper
A
4.20 Current,
A
Total
pressure
602
Efficiency of motor incl. speed control
83.3
%
Pressure drop
2
Pa
Absorbed
power
1.07
Voltage
380
480
V
Heat recovery
90.6 %
Damper
blades
Standard
1552
fromspeed
mains power supply, including speed control
1.35
kW
SFP, clean filters including speed control
1.90 kW/(m³/s) Consumed power Fan
Maximum fan speed
2040
Heating
8.98 kW - Air 16.0/22.0°CHeating
- Water coil,
70/50°C
- 0.6 kPa - 0.11
Fanl/sefficiency by static pressure
67.9
Fluid
Pipe connections
1 1/4" Filter
/ 1 1/4"
Fan efficiency by total pressure
Air flow
4500
m3/h 70.5
Dimensioning pressure
drop
120
Pa
K-factor (p=1,2 kg/m3)
240
Pressure
drop drop
19
Pa
Initial pressure drop/Final
pressure
61/179
Pa
Fan
type
L-R3G450-AQ24-01
°C
Velocity, face areaAir temperature before/after
1.78
m/s16.0/22.0
Direct
drive
Capacity
8.98
kW
Sound power level
63 125 250 Velocity,
500
1k
2k
4k
8k
Hz
Total
filter area
0.10
m/s
Face velocity
1.80
m/s
F7
Supply air
73
72
77 Filter
75 class
79
75
72
66 dB
82 dB(A)
Fluid type
Water
2x[592x592]
Outdoor air
68
68
73 Filter
64 size
58
57
47 Motor
29 dB
67 dB(A)
Fluid temperature inlet/outlet
°C
535
mm70.0/50.0
Exhaust air
73
72
77 Filter
76 length
81
77
74
70 dB Motor
84 type
dB(A)
Fluid flow rate
0.11
l/s EC motor
Extract air
67
67
72
64
58
56
46
29 dB
67 dB(A)
Motor size
M3G
0.6
kPa 150-FF
Sound break out
66
65
58
48
45
46 Fluid
38 pressure
23 dBdrop55 dB(A)
Motor protection
0.17
m/s Built-in
Counter flow heat exchangerFluid velocity
Rated
power
2.73
Coil
volume
6.1
l
With face and by-pass damper
2040
Connection side Speed (nominal) Supply
Service side
Extract
Current, Amp.
4.20
Connection size inlet/outlet
1 1/4" / 1 1/4"
Air flow
4500
m3/h
Efficiency of motor4500
incl. speed control
83.0
Tube material
Cu
Pressure drop
193
183
Pa
Voltage
380 - 480
Fin material
Al
WINTER Air temperature in Fin
winter
before/afterConsumed power
-20.0/18.0
22.0/-5.5
from mains power supply,
including °C
speed control
1.28
spacing
2.1
mm
Systemair Systemair
A/S - Air handling
unit design
16-11-2012
A/S - AirSystemair
handling
unit
16-11-2012
A/S design
- Air handling unit
design
Unit: DanventUnit:
DVDanvent
TIME 25DV TIMEUnit:
25 Danvent DV TIME 25
Project:
Description of functions
mm
kg
Project:
Damper
- extract or exhaust air, on-off motor
Cabinets and mains
supply
The
damper
is opened
and
closed
an on/off
motor
- torqueare
20 mounted
Nm - running time 150
The 2 cabinets with
terminal
blocks,
relays,
fuses,
24 by
V AC
powerdamper
supply and
controller
Integrated Systemair
control
system
seconds.
according to the supplied
wiring diagram. The controllers are configured according to the customer’s
The air handling order
unit isand
built
with a complete
and
fully integrated
control is
system
- basedwith
on 2the
controllers
- site
confirmed
in the order
confirmation.
Specification
also delivered
unit. On the
the Systemair E28
andpower
the Systemair
E15
that
are
in
cabinets.
One cabinet
is placed
in the The
Filtermust
guard
bagmounted
filter
in supply
air
mains
supply
beover
connected
directly
to 2
the
cabinet placed
in the supply
fan section.
supply fan section
and one
cabinet
in the
exhaust
fan
section.
air
handling
unit
can either
run
stand for display of alarm when
guard
over bag
filter
in supply
installed
and
connected
to the
controller
installer
on site
hasFilter
full
responsibility
to ensure
thatThe
anyair
unit/installation
which
requires
additional
alone or cabled against
a building
management
system
the
mechanically
set
limit istoexceeded.
protection
of the mains
power supply
relating
frequency converters or any other such device is all
according
to local statutory
requirements.
Before shipment carried
the unitout
has
been assembled
and has
passed a final functional test and inspection.
Filter guard
over for
bag
filter
in
air But
The supply
disconnecting
unit
is extract
not included.
supply
disconnecting
Order-specific set-up
and parameters
aredevice
stored
inthe
the
controllers
during
this
process.
The test device
report is
is available
Filter
guard-over
bagorder
filter in
extract air installed and connected to the controller for display of alarm
without
and uninstalled
see the
confirmation.
delivered along with
thecable
air handling
unit.
when the mechanically set limit is exceeded.
External electrical components
Flow
chart
Communication
BMS
systems
with MODBUS
Temperature sensor
for supply
airtois
provided
with cable
and connected to the cabinet placed in the
The controller has been preparedB3for communication
supply
section.
B1
M3 fanR1
R3 B5
M4 via RS485 communication port to a MODBUS
BMS choice
systemthere
(Building
Management
Depending on the based
customer’s
are terminals
in theSystem).
board cabinet for;
The controller
canfor
work
as a stand-alone
without
any support from other controllers.
- Mpressure
transmitters
in ducts
pressure
control
T
P
P
Tsystem
T
M
- valve for heating and circulation pump for heating coil
M8 M
Outdoor
Extract
Free
cooling
- temperature
sensor
for frost protection
of the hot water heating coil
The outdoor
temperature is measured by a sensor inside the unit in the outdoor air entrance. If the
- electrical heating
coil
outdoor
after midnight is below the room temperature set point and the actual extract
- valve for cooling
withtemperature
chilled water.
temperature is above the setT101
point temperature, the fans start during the summer to cool down the
- T102
other sensors
building
during night.
The above-mentioned
components
are not provided with cable and the above-mentioned components
are delivered uninstalled.
DVH
Control
to controller.
EF panel with 10 m cable is not connected SF
Other components
25
1420
837
Supply unit – components specification
Plan view
Summary for unit no. 2
90/5
40/97
%
2
Condensate
Coil code
DVH-25-W-Z-2-9-600-1160-2.1-CU-Al-H-1
0.4
l/min
1/4
Access side
Sections
Capacity
57.72
kW
Product
Dimensions (width x height
Temperature
90.6
% x length)
Language in controller
menu efficiency
English
Dry
efficiency
according
to
EN
308
at
4500
m3/h
80.1
%
of Modbus integrated 1420 x 1420 x 820 mm
CST-25-R-4-820-Std-2
External communication The extract unit consist
Extract unit – components specification
Unit: Danvent DV TIME 25
winter
rowsbefore/after
Technical specificationAir relative humidityNo.in of
Other
parts
Technical specifications - control system
Project:
Unit size
Unit width
Weight
Systemair
Systemair
handling unit
A/S design
- AirSystemair
handling unit
A/S design
- Air
16-11-2012
Systemair
handling unit
A/S design
- Air
16-11-2012
handling unit design
16-11-2012
Systemair A/S - Air
handlingA/S
unit- Air
design
16-11-2012
-16-11-2012
Version
SystemairCAD
C2012-08.00.00
- Version
SystemairCAD
rc3
C2012-08.00.00
SystemairCAD
Page
rc3
C2012-08.00.00
4
- Version
Page
rc3
C2012-08.00.00
5
Page
rc3 6
SystemairCAD
- SystemairCAD
Version C2012-08.00.00
rc3
Page
2 - Version
Systemair A/S - Air handling
unit design
Project:SystemairCAD
Project:
Project:
Unit:
DV
Project:
TIMEUnit:
25Page
Danvent
25 Danvent DV TIMEUnit:
25 Danvent DV TIME 25
Unit: Danvent
DV TIME
25Danvent
- Version
C2012-08.00.00
rc3
1 DV TIMEUnit:
Project:
| 7
Avedøreholmen 50
DK-2650 Hvidovre
Tel. +45 87 38 75 00
[email protected]
www.systemair.dk
TIME_EC_brochure.uk.02.2013-V3-90934603
Systemair A/S
Ved Milepælen 7
DK-8361 Hasselager
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