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CONTROLLER MANUAL
Adiabatic humidification system
Condair HP/HPRO
XXXXXXX EN 1501
Humidication and Evaporative Cooling
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Thank you for choosing Condair
Installation date (MM/DD/YYYY):
Commissioning date (MM/DD/YYYY):
Site:
Model:
Serial number:
Manufacturer
Condair A/S
Parallelvej 2, DK-8680 Ry
phone +45 8788 2100
condair.dk@condair.com, www.condair.dk
Proprietary Notice
This document and the information disclosed herein are proprietary data of Condair A/S. Neither this document, nor
the information contained herein shall be reproduced, used, or disclosed to others without the written authorization
of Condair A/S, except to the extent required for installation or maintenance of recipient's equipment.
Liability Notice
Condair A/S does not accept any liability due to incorrect installation or operation of the equipment or due to the
use of parts/components/equipment that are not authorized by Condair A/S.
Copyright Notice
Copyright 2014, Condair A/S All rights reserved.
Technical modications reserved
Page 3
3Contents
Contents
1 Introduction 5
1.1 Notes on the controller manual 5
2 Overview cabinet 6
3 Equipment protection 7
3.1 Pressure switch (inlet water) 7
3.2 Max. Hygrostat to protect against excessive humidication (option) 7
3.3 Temperature switch 7
3.4 Phase sequence relay 7
3.5 Description of Touch Screen 8
3.6 Protection against unwanted changes 8
4 Alarm messages 9
4.1 Alarm message display 9
4.2 Operational message display 10
5 Operating the controller 11
5.1 Menu overview 11
5.2 1.0 - Hygienic pre ush 12
5.3 1.1 - HP Controller (F1 - home screen) 12
5.4 1.11 - HP Controller (F1 - home screen) 13
5.5 1.12/1.13/1.14 - Slave 1...3 13
5.6 1.15 - High pressure pump 14
5.7 2.1 - Settings 14
5.8 2.11 - High pressure pump setup 15
5.9 2.12 - High pressure control 17
5.10 2.13 - Hour counter 17
5.11 2.14 - Advanced setup 18
5.12 2.15 - EC setup (conductivity sensor) 18
5.13 2.12 - Scaling of humidity sensors 19
5.14 2.17 - Screen Maintenance 19
5.15 2.18 - Set time and date 20
5.16 2.19 - HP Controller 20
5.17 2.20/2.21/2.22 - Slave 1...3 21
5.18 2.23 - Timer Control 21
5.19 3.11 - Option selections 22
5.20 3.12 - General selections 22
5.21 2.16 - Scaling of analog input 23
5.22 3.13 - General selections 23
5.23 3.14 - Version & password 24
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4 Contents
5.24 3.15 - Select membrane ush 24
5.25 4.1 - Manual operation 25
5.26 4.11 - Test screen 25
5.27 5.11 - Alarm 26
Page 5
5Introduction
1 Introduction
1.1 Notes on the controller manual
This manual is an addendum for the operation of the Condair HP/HPRO controller and must be read in
conjunction with the installation and operation manual for the Condair HP and HPRO.
Every person operating the Condair HP controller must have read and understood this controller manual,
and the installation and operation manual of the Condair HP.
Knowing and understanding the contents of the manuals is a basic requirement for protecting the personnel against any kind of danger, to prevent faulty operation, and to operate the unit safely and correctly.
All safety notes in the installation and operation manual for the Condair HP and HPRO must be observed
and adhered to.
All work described in this controller manual may only be carried out by well trained personnel which
is authorized by the customer.
If you have questions after reading this documentation, please contact your Condair representative.
They will be glad to assist you.
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6 Overview cabinet
2 Overview cabinet
Fig. 1: Overview cabinet
Page 7
7Equipment protection
3 Equipment protection
3.1 Pressure switch (inlet water)
The HP and HPRO have a pressure switch which monitors the inlet water pressure.
If the inlet water pressure drops, the controller will stop the pump, thus protecting the pump(s) against
dry running. If the water pressure drops, the screen will show “PM Water pressure too low”
3.2 Max. Hygrostat to protect against excessive humidication (option)
It is possible to connect a Max. Hygrostat to the control cabinet. If humidity levels rise to a value that
exceeds the value set on the Max. Hygrostat, the system will stop and the alarm lamp ashes. The
system will not restart until the alarm is acknowledged by pressing ‘Alarm reset’. If this function is not
required, the input will short-circuit on the terminal block.
3.3 Temperature switch
The high-pressure pump is protected against overheating by a temperature circuit that measures the
current temperature in the pump. The temperature limits can be set individually.
Default settings:
1. If the temperature exceeds 30 °C, the control unit will initially attempt cooling by starting the water
treatment part and lling up the tank with cold water. – If this makes the temperature drop to below
30 °C, this function will reset and everything will continue unchanged. While the tank is being lled,
the high-pressure pump will continue unaffected.
2. If instead the temperature continues to rise to above 40 °C, the pump will stop and start emptying
the tank of overheated water and produce new water in the tank. During this process and until the
start level has been reached, the pump will remain idle with the alarm text displayed. The pump will
start automatically once the start level has been reached.
3. If the temperature exceeds 50 °C, the pump will stop immediately and must be reactivated via the
reset button once the temperature has dropped again.
3.4 Phase sequence relay
The control unit is equipped with a phase sequence relay, which protects against incorrect connection
of the supply cable. Both LEDs on relay E1, which is located in the cabinet to the right, must be lit.
When both LEDs are lit, the pumps will run correctly. The relay also protects against fuse breaking.
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8 Equipment protection
3.5 Description of Touch Screen
The screen is equipped with four F keys. Each of the keys is used to navigate between the different
screen images. When these are used, the individual key’s function is indicated in the description directly
above the key.
The actual touch screen can be operated by gently tapping a nger or a ngernail against the required
‘buttons’ on the screen.
If you want to change a numerical value, press the relevant number key. This will make a numerical keyboard appear on which the new value can be entered. Remember to enter any comma that may be needed.
In case you make an incorrect entry, this can be deleted by means of the Backspace button. Once a
new value has been entered, press Enter at the bottom right of the image using the numerical keyboard.
3.6 Protection against unwanted changes
On the display, the control unit settings are protected against unwanted changes by means of passwords.
The different user groups have different passwords and different rights.
– User – no password – can read operational information and alarms.
– Master – password 8599 – as above + option choices.
– Technician 8788, as above + service menu.
Additionally, there are areas of the screen that are protected by extra passwords, to which only ML
System has access.
When a password is required in order to change parameters, a screen will appear where the password
can be entered. Change to numerical keyboard by means of the key 0-9.
Once the password has been entered, the system will remain unlocked at the relevant level for ve minutes.
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9Alarm messages
4 Alarm messages
This page shows alarms and operational messages. The alarm display contains information about when
an alarm was triggered and when it was reset. The page shows active alarms and previous alarms.
Please note that the system does not have a backup memory, which means that previous alarms will
be lost in case of power failure.
4.1 Alarm message display
Max. Hygrostat
Max. Hygrostat has dropped out because humidity is too high. The system has stopped and must be
restarted once the humidity level has dropped.
Water pressure too low
The water pressure of the water inlet to the pump station is too low.
Sensor error
The signal from one of the humidity sensors is outside the expected range of 20 to 80 % RH. In order to
ensure that it will be possible to start in very dry surroundings, the 20 % limit is reduced to 5 % RH for
the rst 10 minutes after the system is switched on. If an alarm is triggered, only the affected sections
will be stopped.
Emptying tank - water too hot
The water is too hot – above 40 ºC. The tank will be emptied to start level and lled with cold water. The
pump will run unchanged in the meantime.
Stop - Pump too hot
The water is too hot – above 50 ºC. The system has stopped and must be restarted once the temperature has dropped.
Tank full
The water level in the tank is too high.
• Lower the water level and reset the system.
• Check that the inlet valve closes tightly when the system is idle.
Thermo relays error
The protective motor switch for the high-pressure pump is disengaged.
• Engage the relay and try restarting.
FD error
Communication with frequency drive is lost.
• Check frequency drive has power
• Check the frequency drive display for error indications
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10 Alarm messages
Pressure to high
High pressure above the high limit set point (only VFD versions have a high pressure sensor)
• Check settings in 2.12 HP control are correct, and the pressure shown is approx. the same as the
analogue manometer at the high pressure manifold shows. If the measured pressure differs from
the analogue manometer, this could indicate that the pressure transmitter is damaged.
• Check the pressure relieve valve is set correct and is working probably.
• Check high pressure valves are opening
Pressure to low
High pressure below the low limit set point (only VFD versions have a high pressure sensor)
• Check for leaks, which could cause a pressure loss
• Check that the settings in 2.12 HP control are correct, and the pressure shown is approx. the same
as the analogue manometer at the high pressure manifold shows. If the measured pressure differs
from the analogue manometer, this could indicate that the pressure transmitter is damaged.
• Check the pressure relieve valve is set correct and is working probably.
• Check no nozzles are missing or ush valve is leaking.
4.2 Operational message display
Water level below start level
The water level in the container is too low for the pump to start. Once an adequate level has been
reached, the system will start automatically.
Pump will start automatically after delay
The pump has been set on pause, e.g. after disinfection. The pump will start automatically after the
expiry of the set time.
Service
Pre-set service interval has been reached. System must be serviced!
UV lamp error
The UV bulb or ballast is broken.
UV lamp soon to be changed
Warning 3 weeks prior to UV lamp change / service.
UV lamp error to old
Replace UV lamp and reset service interval.
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11Operating the controller
5 Operating the controller
5.1 Menu overview
• 2.13 Scaling of analog input
F2
Back step
2.1 Setup
• 2.11 Pump setup
• 2.12 High pressure control
• 2.13 Hour counter
• 2.14 Advanced setup
• 2.15 EC setup
• 2.16 Scaling of analog input
• 2.17 Screen maintenance
• 2.18 Set time and date
• 2.19 Master controller
• 2.20 Slave 1 controller
• 2.21 Slave 2 controller
• 2.22 Slave 3 controller
• 2.23 Timer ctrl.
2.14 Advanced setup
• 3.11 Option selections
• 3.12 General selections
• 3.13 Operation modes
• 3.14 Service
• 4.1 Manual operation
• 4.11 Test screen
• 2.18 Set time and date
• 3.15 Membrane flush
F3
Setup
F4
Alarm
5.11 Alarm log
F1
Home screen
1.1 Home Screen for master-slave setup
• 1.11 Master, operation screen
• 1.12 Slave 1, operation screen
• 1.13 Salve 2, operation screen
• 1.14 Salve 3, operation screen
• 1.15 HP pump
1.11 Home Screen for master setup, operation screen
• 1.15 HP pump
1.0 Hygienic pre flush
(Only shown if active)
Fig. 2: Menu overview
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12 Operating the controller
5.2 1.0 - Hygienic pre ush
1.0 - Hygienic Pre ush
This screen appears every time the pump has been
switched off for more than 48 hours and therefore
not has been able to perform the continuous ush
cycle (2.11).
As default the hygienic pre-ushing time is set to
10 minutes (3,13)
To start the pre-ush, switch on main power, when
this screen appears turn Humidication on/off (S1)
to 1 (On). This starts the high pressure pump and
opens the MV5 ush valve/bypass valve.
It is possible to manually skip the hygienic pre-ush by
pressing skip, and entering operator password 8599.
The remaining ush time is indicated by a status bar.
After end of ush cycle the OK button
is shown together with a warning to disinfect.
Press OK to go to HP controller screen
5.3 1.1 - HP Controller (F1 - home screen)
1.1 - HP Controller (F1 - home screen)
This screen is shown when the system is setup for
slaves (3.12). If no slaves are chosen screen 1.11
is shown.
Above the pump icon the current pump temperature
is shown. If the pump is tted with frequency drive
or EC monitoring, messured values are shown here.
Right to the pump icon is a link to more detailed
pump data (1.15).
If you press the wave logo in the upper left corner
the language and units change (US imperial / english metric).
In the upper right corner time and date are shown.
On the right side of the screen links to each spray
unit and their individual loads are shown.
In the bottom of the screen the latest two warnings
or alarms are shown: By pressing the Reset/Start
button on the main cabinet, these lines are erased
and the alarm reset.
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13Operating the controller
5.4 1.11 - HP Controller (F1 - home screen)
1.11 HP Controller (F1 - Home screen)
This screen is shown when the system is setup
without slaves (3.12). If slave(s) are chosen screen
1.1 is shown.
Above the pump icon current pump temperature is
shown. If the pump is tted with frequency drive or
EC monitoring, messured values are shown here.
Right to the pump icon is a link to more detailed
pump data (1.15).
If you press the wave logo in the upper left corner
the language and units change (US imperial / english metric).
In the upper right corner time and date are shown.
On the right side of the screen the current status for
each step/valve is shown.
In the bottom of the screen the latest two warnings
or alarms are shown, by pressing the Reset/Start
button on the main cabinet, these lines are erased
and the alarm reset.
5.5 1.12/1.13/1.14 - Slave 1...3
1.12/1.13/1.14 Slave 1...3
In the left corner incomming signals and setpoints
according to the chosen method of regulation (3.13
Operation) are shown.
Unit started/stopped indicates whether the start/stop
switch on the slave cabinet is activated.
On the right side of the screen the status for each
valve/step is shown.
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14 Operating the controller
5.6 1.15 - High pressure pump
1.15 HP pump
Operation information
NB! Some info is only available if pump has the
optional hardware.
5.7 2.1 - Setup
2.1 Setup
Press any link to enter a sub menu
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15Operating the controller
5.8 2.11 - High pressure pump setup
2.11 Pump setup
Pressostat del
Alarm delay for inlet pressure (PS1) < 1 bar.
Default: 10 sec.
Max.SP
Maximum allowed humidity, only shown if humidity
controlled capacity has been chosen (3.13), if the
entered value is exeeded system goes in alarm and
stops the pump.
Pump temperature
Shows actual pump temperature and it is possible to
change the temperature limit of the pump.
Default: 40°C
WARNING!
Raising the temperature limit above 40°C may cause
damage to the high pressure pump.
Flush control
To reduce the risk of germs and harmfull bacteria
developing in the system, all the water in the system
must be changed 2-4 times every 24 hours. This is
done by opening MV REG and/or MV5 ush valves
and running the pump for a short period at preset
intervals. The ush sequence is only active if humidication it self is not ennough to change the water.
If the external clearance signal is off the pump only
preforms ush thru the ush valve MV5
We strongly advice to always keep the system turned
on in order to run the ush continuously and thereby
reducing the risk of contaminating the system/air with
harmful organisms.
– Flush Delay
Sets the time in minutes, between each ush
sequence.
Default: 30 minutes.
– Flush Pipes
Time the pump opens MV5 ush valve. The MV5
ush valve gives approx 50 L/h.
Default: 10 sec.
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16 Operating the controller
– Flush nozzle
Time each REG valve REG1, 2, 3 or 4 opens.
The water sprays thru the nozzles and into the
duct.
The system monitors if a nozzle line has been
running in the last ush delay period. If not it
will be ushed.
Start after desinfection
This function is used to delay start of humidica-
tion after end of desinfection.
UV monitoring (option)
– UV set
This function is used to monitor that the UV light
bulp is working. The value to the left (0000/0000)
shows the actual power consumption of the
UV light bulb. If the power consumption drops
bellow the manually entered value on the right,
the system gives a warning. The entered value
should be 15 % lower than the messured value.
E.g.: after changing the UV light bulb UV setting shows:
UV set 5654 / 7000
• Press the 7000 and change to (5654 * 0,85)
= 4805
• Press start/reset
– UV Lamp xxx days left
Counts down from 365 to 0. 21 days before
countdown reaches 0 days the system gives a
warning. At 0 days the system shows an alarm
in the display. UV-timer can be reset / altered
in 3.14 service.
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17Operating the controller
5.9 2.12 - High pressure control
2.12 High pressure control
Only for pump units with frequency drive
Limit
Set high and low pressure alarm limit and delays
Default:
Limit < 70 bars. Delay 10 sec.
Limit > 40 bars. Delay 10 sec.
Pressure SP
Pressure set point for the frequency drive.
Default: 70 bars
NB! The high pressure is also inuenced by the
mechanical pressure regulator R2.
5.10 2.13 - Hour counter
2.13 Hour counter
Shows running hours for the high pressure pump.
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18 Operating the controller
5.11 2.14 - Advanced setup
2.14 Adv. setup
Password protected menu.
Press any link to enter a sub menu.
5.12 2.15 - EC setup (conductivity sensor)
2.15 EC setup (conductivity sensor)
Only if the pump is tted with EC sensor, conductivity
measurement and alarm.
In the left column, scaling of sensor
HIE: Highest electrical input
LOE: Lowest electrical input
HI: Highest reading in disply
LA: Lowest reading in display
In the right column the measured conductivity
high/low alarm and warning settings
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19Operating the controller
5.13 2.12 - Scaling of humidity sensors
2.16 Scaling of analog input
(Only if the pump is regulated directly by Condair
HP humidity sensors)
HIE: Highest electrical input (volt)
LOE: Lowest electrical input (volt)
HI: Highest reading in disply
LA: Lowest reading in display
5.14 2.17 - Screen Maintenance
2.17 Screen Maintenance
Calibrate screen: Adjusts the viewing angle, so you
can stand upright and operate the screen. When
calibrating do not lean forward in order to get a better
glimpse. You will not get the desired effect.
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20 Operating the controller
5.15 2.18 - Set time and date
2.18 Set time and date
Tap the date/time or press set to set the clock or date.
Time format will change according to the language
chosen.
5.16 2.19 - HP Controller
2.19 HP Controller
Flow settings
Enter value in l/h for each step valve.
e.g.
ow 1: 6*4,5 l/h nozzles = 27 l/h
ow 2: 12*4,5 l/h nozzles = 54 l/h
ow 3: 24*4,5 l/h nozzles = 108 l/h
Controller settings
– Update input (direct control cap.)
Sampling time for the input signal.
– PRO (humidity control cap.)
Proportional band standard 20%. For a more
aggressive regulation lower PRO to e.g. 15%.
– Reg.up
Delay time for step jumps up.
– Reg.down
Delay time for step jumps down
If the system switches steps on and off rapidly, raising the delay time could correct this.
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21Operating the controller
5.17 2.20/2.21/2.22 - Slave 1...3
2.20/2.21/2.22 Slave...3
Flow settings
Enter value in l/h for each step valve.
e.g.
ow 1: 6*4,5 l/h nozzles = 27 l/h
ow 2: 12*4,5 l/h nozzles = 54 l/h
ow 3: 24*4,5 l/h nozzles = 108 l/h
Controller settings
– Update input (direct control cap.)
Sampling time for the input signal.
– PRO (humidity control cap.)
Proportional band standard 20%. For a more
aggressive regulation lower PRO to e.g. 15%.
– Reg.up
Delay time for step jumps up.
– Reg.down
Delay time for step jumps down.
If the system switches steps on and off rapidly, raising the delay time could correct this.
5.18 2.23 - Timer Control
2.23 Timer ctrl.
Timer controlled capacity can be chosen under general selections 3.13. In this mode the HP can be set
to open each valve with a time interval.
This can be a useful feature when commissioning.
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22 Operating the controller
5.19 3.11 - Option selections
3.11 Option selections
UV select (Ultra Violet lamp)
– No UV lamp
– UV Monitoring
FD select (Frequency Drive)
– Without FD
– With FD
RO select (Reverse Osmosis)
– Without RO function
– With RO function
EC select (Conductivity monitoring)
– No EC monitoring
– EC monitoring + alarms (option)
--------------------------------------------------
EC monitoring + al + RV/CO2 (not selectable)
EC monitoring + al + MB + RV/CO2(not selectable)
al= Alarms
RV/CO2= Raw water mixer / CO
2
for conductivity control
MB= Mix Bed ltration (ultra-pure water)
5.20 3.12 - General selections
3.12 General selections
Select Slave
– No Slave
– 1 Slave
– 2 Slaves
– 3 Slaves
Analogue input
– 0-10 VDC
– 2-10 VDC
– 4-20 mA (NB! Insert 500 Ω resistor between
input terminals)
– 0-20 mA (NB! Insert 500 Ω resistor between
input terminals)
– 0-10 VDC scaled 20-80 %RH (humidity sensor
signal)
– 4-20 mA scaled 20-80 %RH (humidity sensor
signal)
– Manuel scaling (3,121 Manuel scaling)
HP duct mode / Slave mode
– 3 valves – 7 step
– 4 valves – 15 step
– 5 valves – 31 step
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23Operating the controller
5.21 2.16 - Scaling of analog input
2.16 Scaling of analog input
HIE:
Highest electrical input, preset 10 V.
LOE:
Lowest electrical input, preset 0 V.
HI:
Highest reading in display. Adjust this value up or
down, until meassured value (EC) shows correct
value corresponding to the handheld and calibrated
conductivity tester used by the installer.
LO:
Lowest reading in display. Shuld be preset to 0.
5.22 3.13 - General selections
3.13 General selections
Duct hum control
– Direct controlled capacity (default)
– Humidity controlled capacity
– Timer controlled capacity
Bypass valve (ush valve)
– Valve set 1
– Valve set 2 (slave1)
– Valve set 3 (slave2)
– Valve set 4 (slave3)
To secure the most effective ushing of the system
choose the valve set farthest away from the pump
station.
Pre-ush
– No pre-ush
– 1 minute pre-ush
– 5 minutes pre-ush
– 10 minutes pre-ush (default)
– 20 minutes pre-ush
Page 24
24 Operating the controller
5.23 3.14 - Version & password
3.14 Version & password (technician menu)
Username
Show / change logon prole
Maintenance interval
Enter maintenance intervals by pressing oooo days
and enter the number of days between maintenance.
Press reset button after completing service and the
pre-set countdown interval starts over again.
Condair recommends that the system is serviced
every 180 days according to service instructions.
UV reset
Reset the UV service timer interval.
Log off
Locks all password protected menus.
Set time
Tap the date/time or press set, to set the clock or date.
Time format will change according to the language
chosen.
Clock: 24 hour
Date: dd/mm/yyyy
Manual (operation)
Go to the 4.1 manual operation
5.24 3.15 - Select membrane ush
3.15 Select membrane ush
Always perform a membrane ush in the following
situations:
– rst time the RO system is set into operation
– after changing RO membrane(s)
– if RO has been shut off for a longer period.
Condair recommends that the system is disinfected
if it has been shut off for more than 48 hours.
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25Operating the controller
5.25 4.1 - Manual operation
4.1 Manuel operation
Operate valves on master and each slave unit.
The Pump button starts the high pressure pump.
Go to manual operation of the pump unit by pressing
the 4.11-Test button in the lower right corner.
5.26 4.11 - Test screen
4.11 Test screen
Operates valves.
Start/stop pump(s).
Page 26
26 Operating the controller
5.27 5.11 - Alarm
5.11 Alarm
Shows alarms and warning history.
Page 27
Page 28
Condair A/S
Parallelvej 2, DK-8680 Ry
phone +45 8788 2100
condair.dk@condair.com, www.condair.dk
CONSULTING, SALES AND SERVICE:
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