Airzone AZX6KNXGTWAY User manual

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Installation Manual

TABLE OF CONTENTS
Warnings and environmental policy..................................................................................................................................................................................3
Precautions.............................................................................................................................................................................................................................3
Environmental policy .........................................................................................................................................................................................................3
General requirements..............................................................................................................................................................................................................3
Introduction.................................................................................................................................................................................................................................4
Assembly.......................................................................................................................................................................................................................................4
Connection...................................................................................................................................................................................................................................4
Configuration ..............................................................................................................................................................................................................................5
General recommendations ..............................................................................................................................................................................................6
Configuration parameters................................................................................................................................................................................................6
Communication objects..........................................................................................................................................................................................................8
AZ6 Range - Flexa 3.0 (AZCE6), Acuazone & Innobus Pro32 (AZDI6) ..............................................................................................................8

3
WARNINGS AND ENVIRONMENTAL POLICY
PRECAUTIONS
For your security, and to protect the devices, follow these instructions:
•Do not handle the system with wet or damp hands.
•Disconnect the power supply before making any connections.
•Take care not to cause a short circuit in any of the system connections.
ENVIRONMENTAL POLICY
Do not dispose of this equipment in the household waste. Electrical and electronic
equipment contain substances that may damage the environment if they are not handled
appropriately. The symbol of a crossed-out waste bin indicates that electrical equipment
should be collected separately from other urban waste. For correct environmental
management, it must be taken to the collection centres provided for this purpose, at the
end of its useful life.
The equipment's components may be recycled. Act in accordance with current regulations
on environmental protection.
If you replace it with other equipment, you must return it to the distributor or take it to a
specialized collection center.
Those breaking the law or by-laws will be subject to such purposes and measures as are
laid down in environmental protection legislation.
GENERAL REQUIREMENTS
Strictly follow the directions outlined in this manual:
•This system must be installed by a qualified technician.
•Make all the connections with total absence of power.
•Set and connect the elements in accordance with the electronic regulations in force.
•In order to connect the elements of the system, use the Airzone cable: shielded twisted cable formed by 4 wires
(2x0.22 mm2 + 2x0.5mm2).
•Do not connect the "-" pole in the "+" terminal. It may damage the device.
•For elements externally powered at 230 Vac, for the communications, it is only necessary to connect the poles "A"
and "B" of the bus. Connecting the "+" and " -" power poles is not recommended.
•Follow the color code for all the elements of the system.
•Do not place the system bus close to lines of force, fluorescent lights, motors, etc. It might cause interference on
communications.
Important: According to the current local and national regulations, it is mandatory to add a switch (or other element to
disconnect the system) to the external supply wiring so that a constant separation between poles is guaranteed. The system
will restart automatically if the supply is eventually turned off.

4
INTRODUCTION
The KNX gateway enables the integration of Airzone HVAC systems through ModBus in KNX TP-1 systems.
ASSEMBLY
KNX integration gateway is mounted on DIN rail. This module is powered through the automation bus of the main control
board and the KNX bus of the installation. It should be placed and mounted in accordance with the current electrotechnical
regulations.
Note: To remove the module, pull the reed down.
CONNECTION
The KNX gateway connects to the AC unit bus of the main control board.
AZCE6FLEXA3 / AZCE6IBPRO6
AZDI6ACUAZONE / AZDI6IBPRO32
Nº
Description
Programming button
KNX bus
Automation bus

5
It has a 5-pin terminal to connect it to the automation bus of the main control
board . Attach the wires with the terminal screws following the color code.
It has a KNX standard connector to connect it to the KNX bus . Connect the KNX
gateway to the KNX TP-1 bus following the color code.
The control module of radiant elements (ARZA6OUTPUT8Z) is a device connected
to the Airzone connection bus of the main board.
CONFIGURATION
This device is totally compatible with KNX, so you can configure it and set it up through ETS tool.
To do this, download the product database at:
http://doc.airzone.es/producto/actuales/Airzone/Comunes/Softwares/BBDD_AZX6KNXGTWAY.zip
The setup of the database in the ETS tool will be performed as usual. Once the database is imported, select the application
named DI6Flexa3App.
Note: For more information about the commissioning of KNX products from ETS, please refer to "Diseño de proyectos KNX con ETS:
Fundamentos”.
Important: The available database is compatible with HW v.1.2 version.
AZRA6OUTPUT8Z
AZRA6RADIANT
Nº
Description
Programming button
KNX bus
Automation bus

6
GENERAL RECOMMENDATIONS
Before starting the commissioning, please follow these recommendations:
•Address the zoning system before the commissioning from ETS to integrate it with the KNX devices available in the
network.
•Do not associate communication devices that won’t be used in the KNX project. The number of associations is
limited to 247.
•Configure the device parameters by selecting the topology of the used system and select the corresponding values
for the device parameters used in the system.
•If there is any zone without an Airzone thermostat, to control the zone from a KNX device, previously configure the
zone from the KNX control device or from the group address monitor. This configuration is important to control the
zones in water installations (to access a zone, it must have at least a valid Airzone address).
•If there is more than one system and these systems are connected to VRF units, it is essential to group the mode
changeover communication objects at the same group address.
•If you do not have Airzone thermostats in the installation, it is important to:
oTo indicate the flag switch in the OC of local temperature.
oReport the room temperature of each zone every 5 minutes or less. Otherwise, the main control board will
remove the zone and you will not be able to control it.
oAfter downloading the application program or after a power failure of the system, it is necessary to send
all communication objects that are being used (Room T, Set-point temp, On/Off, Mode, Stage, etc.).
CONFIGURATION PARAMETERS
The configurable parameters are related to the communication objects available for the KNX-Airzone gateway. They are
visible in the device database for the ETS software tool depending on the system configuration and the available zones. The
value of each parameter is selected during the setup process, based on the peripherals connected to the system.
To control the AC system through KNX it is necessary to select the proper system topology, because this parameter affects
the rest of parameters, as the number of available zones or the selection of some communication characteristic objects of
each technology.
The representation of the system communication objects will be displayed in the ETS tool according to the values assigned
to the parameters during the device configuration and setting up, changing the system and zone configuration.
The commissioning starts by selecting the values of the System parameters.
•System topology: Allows you to select the topology of the system. It is configured as centralized by default, so the
available communication objects will be displayed.
Remember: Depending on the selected topology, the communication objects related to this mentioned topology will be
displayed. Modify the topology anytime considering that this parameter is the most influential for the commissioning.
•System model: Allows you to select the model of the system. FLEXA 3 system is selected by default, which means
that the communication objects which are not available for this system will not be visible.
•Type of installation: Determines the type of installation. These are the available options: Inverter (A/A) - Fan Coil
(F/C) (by default), 2-pipe installation, 4-pipe installation and mixed.
When you configure it as Inverter (A/A) - Fancoil (F/C), you also have to select the Unit gateway type: Inverter
unit gateway (A/A) or Fancoil unit gateway.
If you configure it as 2-pipe or 4-pipe installation, the Ventilation speed per zone will be available if the zone is
controlled by a Fancoil module.
If it is configured as 4-pipe installation, you can select, in addition, the value of the operation mode of the AC unit
by enabling the Zone operation mode.
•Radiant elements module. Allows you to enable/disable the control module of radiant elements connected to the
system. It is Not connected by default. If you enable this parameter, you will see a sub-menu where you can enable
all the control modules of radiant elements connected to the system.

7
The KNX gateway can control the first 14 zones of the 32 zones available. Therefore only 2 out of the 4 modules
connected to the system can be controlled.
Furthermore, if you selected the Acuazone system on the System model parameter, you will see a sub-menu for
selecting the type of control performed by the radiant modules: Heating, Cooling or Combined
(Heating/Cooling). Depending on the option selected, the corresponding communication objects will be
activated.
Activate/deactivate the zones from the zone menu. When a zone is enabled, an Airzone thermostat appears next to the zone
menu. The value by default is No.
The default communication objects of the zones are CZ zone Error, zone On/Off,set-point temperature and local
temperature.
Zone Error combines the control of status of 3 different parameters: Window alarm, actuator error 3 and 4.
Heating source configuration and Cooling source configuration will only be available when the system chosen is
Acuazone and the Radiant elements module is configured as connected.
Follow these steps to configure the device:
Parameters in centralized topology
Parameters in distributed topology

8
COMMUNICATION OBJECTS
The available communication objects on the ETS will vary according to the system. For this reason, there is a functional
division of the communication objects available in two categories: systems or zones. There are 8 zones available for
centralized systems and up to 8 for distributed systems.
AZ6 RANGE - FLEXA 3.0 (AZCE6), ACUAZONE & INNOBUS PRO32 (AZDI6)
Object number
0
Name
CS communication error – Status
Function
System 1 status
Description
This object reports if a communication error occurs in the system communication gateway.
Values
Alarm Error; No Alarm No Error
Type of access to the Bus
Reading
Data point identification
1,005 (DPT_Alarm)
Object number
1
Name
AC operation mode
Function
Mode changeover
Description
This object allows the user to change the operation mode of the AC unit connected to system
1 increasing the value of the object if applicable.
Values
1 Heating; 3 Cooling; 6 Off; 9 Fan; 14 Dray
Type of access to the Bus
Reading
Data point identification
20,105 (DPT_HVACContrMode)
Object number
2
Name
AC operation mode
Function
Mode changeover
Description
This object allows the user to change the operation mode of the AC unit connected to system
1 increasing the value of the object if applicable.
Values
1 Heating; 3 Cooling; 6 Off; 9 Fan; 14 Dry
Type of access to the Bus
Writing
Data point identification
20,105 (DPT_HVACContrMode)

9
Object number
3
Name
STOP Mode
Function
On/off
Description
This communication object reads the operation mode of the AC unit, switching to STOP mode
when object value is ON and returning to the previous mode in system 1 if the mode value is
OFF.
Values
On STOP mode on; Off STOP mode off
Type of access to the Bus
Reading
Data point identification
1,001
Object number
4
Name
STOP Mode
Function
On/off
Description
This communication object activates/deactivates the operation mode of the AC unit,
switching to STOP mode when object value is ON and returning to the previous mode in
system 1 if the mode value is OFF.
Values
On STOP mode on; Off STOP mode off
Type of access to the Bus
Writing
Data point identification
1,001
Object number
5
Name
COOLING mode
Function
On/off
Description
This communication object reads the operation mode status of the AC unit connected to
system 1, switching to COOLING AIR mode when the value is ON and returning to the
previous mode when the mode value is OFF.
Values
Off Cooling air mode Off; On Cooling air mode On
Type of access to the Bus
Reading
Data point identification
1,001
Object number
6
Name
COOLING mode
Function
On/off
Description
This communication object activates/deactivates the operation mode of the AC unit
connected to system 1, switching to COOLING AIR mode when the value is ON and returning
to the previous mode when the mode value is OFF.
Values
Off Cooling air mode Off; On Cooling air mode On
Type of access to the Bus
Writing
Data point identification
1,001

10
Object number
7
Name
HEATING mode
Function
On/off
Description
This communication object reads the operation mode status of the AC unit connected to
system 1, switching to HEATING mode when the value is ON and returning to the previous
mode when the mode value is OFF.
Values
Off Heating air mode Off; On Heating air mode On
Type of access to the Bus
Reading
Data point identification
1,001
Object number
8
Name
HEATING mode
Function
On/off
Description
This communication object activates/deactivates the operation mode of the AC unit
connected to system 1, switching to HEATING mode when the value is ON and returning to
the previous mode when the mode value is OFF.
Values
Off Heating air mode Off; On Heating air mode On
Type of access to the Bus
Writing
Data point identification
1,001
Object number
9
Name
VENTILATION mode
Function
On/off
Description
This communication object reads the operation mode status of the AC unit connected to
system 1, switching to VENTILATION mode when the value is ON and returning to the
previous mode when the mode value is OFF.
Values
Off Ventilation mode Off; On Ventilation mode On
Type of access to the Bus
Reading
Data point identification
1,001
Object number
10
Name
VENTILATION mode
Function
On/off
Description
This communication object activates/deactivates the operation mode of the AC unit
connected to system 1, switching to VENTILATION mode when the value is ON and returning
to the previous mode when the mode value is OFF.
Values
Off Ventilation mode Off; On Ventilation mode On
Type of access to the Bus
Writing
Data point identification
1,001

11
Object number
11
Name
DRY mode
Function
On/off
Description
This communication object reads the operation mode status of the AC unit connected to
system 1, switching to DRY mode when the value is ON and returning to the previous mode
when the mode value is OFF.
This mode can be only activated when it is available in the AC unit to which the system is
connected.
Values
Off Dry mode Off; On Dry mode On
Type of access to the Bus
Reading/Writing
Data point identification
1,001
Object number
12
Name
DRY mode
Function
On/off
Description
This communication object activates/deactivates the operation mode of the AC unit
connected to system 1, switching to DRY mode when the value is ON and returning to the
previous mode when the mode value is OFF.
This mode can be only activated when it is available in the AC unit to which the system is
connected.
Values
Off Dry mode Off; On Dry mode On
Type of access to the Bus
Writing
Data point identification
1,001
Object number
13
Name
VENTILATION speed of the system
Function
Speed of the system changeover
Description
This object is used to read the value of the ventilation speed set in the system in installations
Values
0% Automatic; (1%-33%) Speed 1; (34%-66%) Speed 2; (67%-100%) Speed 3
Type of bus access
Reading
Data point identification
5,001 (DPT_Scalling)
Object number
14
Name
VENTILATION speed of the system
Function
Speed of the system changeover
Description
This object is used to read or write the value of the ventilation speed set in the system in
installations
Values
0% Automatic; (1%-33%) Speed 1; (34%-66%) Speed 2; (67%-100%) Speed 3
Type of bus access
Writing
Data point identification
5,001 (DPT_Scalling)

12
Object number
15
Name
Date
Function
Date
Description
This object is used to read the date stored in the system. Format = day/month/year.
Values
Day of the month: 1...31
Month: 1…12
Year: 1990...2089
Type of access to the Bus
Reading
Data point identification
11,001
Object number
16
Name
Date
Function
Date
Description
This object is used to read or write the date stored in the system. Format = day/month/year.
Values
Day of the month: 1...31
Month: 1…12
Year: 1990...2089
Type of access to the Bus
Writing
Data point identification
11,001
Object number
17
Name
Time
Function
Time
Description
This object is used to read the time stored in the system, displaying the
hour/minutes/seconds.
Values
Hour: 0…24
Minutes: 0…59
Seconds: 0…59
Type of bus access
Reading
Data point identification
10,001
Object number
18
Name
Time
Function
Time
Description
This object is used to read or write the time stored in the system, displaying the
hour/minutes/seconds.
Values
Hour: 0…24
Minutes: 0…59
Seconds: 0…59
Type of bus access
Writing
Data point identification
10,001

13
Object number
19
Name
COOLING demand
Function
Status
Description
This object reads the status register value, which indicates if there is cooling demand. This
value is 0 on direct expansion units.
Values
0 Deactivated; 1 Activated
Type of bus access
Reading
Data point identification
1,003 (DPT_Enable)
Object number
20
Name
HEATING demand
Function
Status
Description
This object reads the status register value, which indicates if there is heating demand. This
value is 0 on direct expansion units.
Values
0 Deactivated; 1 Activated
Type of bus access
Reading
Data point identification
1,003 (DPT_Enable)
Object number
21
Name
AIR demand
Function
Status
Description
This object reads the status register value, which indicates if there is air demand. This value is
0 on direct expansion units.
Values
0 Deactivated; 1 Activated
Type of bus access
Reading
Data point identification
1,003 (DPT_Enable)
Object number
22
Name
FLOOR demand
Function
Status
Description
This object reads the status register value, which indicates if there is floor demand.
Values
0 Deactivated; 1 Activated
Type of bus access
Reading
Data point identification
1,003 (DPT_Enable)

14
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
23
39
55
71
87
103
119
135
151
167
183
199
215
231
Name
Zone X - Communication Error
Function
Status
Description
This communication object allows the gateway to detect the communication errors occurred
in the zones.
Values
Alarm Error; No Alarm No Error
Type of bus access
Reading
Data point identification
1,005
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
24
40
56
72
88
104
120
136
152
168
184
200
216
232
Name
Zone x - ON/OFF
Function
On/off:
Description
From this object you can read the status of a zone.
Values
0 Zone OFF; 1 Zone ON
Type of bus access
Reading
Data point identification
1,001
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
25
41
57
73
89
105
121
137
153
169
185
201
217
233
Name
Zone x - ON/OFF
Function
On/off:
Description
From this object you can activate/deactivate a zone.
Values
0 Zone OFF; 1 Zone ON
Type of bus access
Writing
Data point identification
1,001
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
26 42 58 74 90 106 122 138 154 170 186 202 218 234
Name
Zone X - Set-point temperature
Function
Temperature
Description
It is used to read the set-point temperature value. It is possible to select any available zone.
Values
Celsius degrees format: 0ºC…99ºC, steps of 0,5ºC
Type of bus access
Reading
Data point identification
9,001

15
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
27
43
59
75
91
107
123
139
155
171
187
203
219
235
Name
Zone X - Set-point temperature
Function
Temperature
Description
It is used to define the set-point temperature value. It is possible to select any available zone.
Values
Celsius degrees format: 0ºC…99ºC, in steps of 0,5ºC
Type of bus access
Writing
Data point identification
9,001
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
28
44
60
76
92
108
124
140
156
172
188
204
220
236
Name
Zone x – Relative humidity
Function
Humidity
Description
It is used to read the relative humidity value.
Values
0=0% ... 100=100%
Type of bus access
Reading
Data point identification
9,007
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
29
45
61
77
93
109
125
141
157
173
189
205
221
237
Name
Zone X - Local temperature
Function
Temperature
Description
It is used to define the local temperature value. In order to make zones without Airzone
elements work, it is required to write the room temperature from this object.
Values
0ºC…99,9ºC, in steps of 0,1ºC
Type of bus access
Reading
Data point identification
9,001
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
30 46 62 78 94 110 126 142 158 174 190 206 222 238
Name
Zone X - Local temperature
Function
Temperature
Description
It is used to define the local temperature value. In order to make zones without Airzone
elements work, it is required to write the room temperature from this object.
Values
0ºC…99,9ºC, in steps of 0,1ºC
Type of bus access
Writing
Data point identification
9,001

16
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
31
47
63
79
95
111
127
143
159
175
191
207
223
239
Name
Zone x - Zone fancoil speed
Function
Speed changeover
Description
These objects are used to read the value of the ventilation speed of the zone in 2-pipe, 4-pipe
or mixed installations with Fancoil local module.
Values
0% Fan Speed Auto; (1-33%) Fan Speed (34-66%); 2 Fan Speed 2;
(67-100%)

Fan Speed 3
Type of bus access
Reading
Data point identification
5,001 (DPT_Scalling)
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
32
48
64
80
96
112
128
144
160
176
192
208
224
240
Name
Zone x - Zone fancoil speed
Function
Speed changeover
Description
These objects are used to read or write the value of the ventilation speed of the zone in 2-
pipe, 4-pipe or mixed installations with Fancoil local module.
Values
0%

Fan Speed Auto; (1-33%)

Fan Speed (34-66%); 2

Fan Speed 2;
(67-100%) Fan Speed 3
Type of bus access
Writing
Data point identification
5,001 (DPT_Scalling)
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
33
49
65
81
97
113
129
145
161
177
193
209
225
241
Name
Zone X - Zone operation mode
Function
Mode changeover
Description
It is used to read the operation mode of the zone in 4-pipe installations.
Values
1 Heating; 3 Cooling; 6 Off; 9 Fan; 14 Dry
Type of bus access
Reading
Data point identification
20,105
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
34 50 66 82 98 114 130 146 162 178 194 210 226 242
Name
Zone X - Zone operation mode
Function
Mode changeover
Description
It is used to change the operation mode of the zone in 4-pipe installations.
Values
1 Heating; 3 Cooling; 6 Off; 9 Fan; 14 Dry
Type of bus access
Writing
Data point identification
20,105

17
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
35
51
67
83
99
115
131
147
163
179
195
211
227
243
Name
Zone X – Heat Stage
Function
Configuration
Description
It is used to read the configuration of the heating stages of the zone: Air, Underfloor Heating
or both of them at the same time.
Values
1 Air heating stage; 2 Water heating stage; 5 Water and air heating stage
Type of bus access
Reading
Data point identification
20,108 (DPT_ValveMode)
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
36
52
68
84
100
116
132
148
164
180
196
212
228
244
Name
Zone X – Heat Stage
Function
Configuration
Description
It is used to change the configuration of the heating stages of the zone: Air, Underfloor
Heating or both of them at the same time.
Values
1 Air heating stage; 2 Water heating stage; 5 Water and air heating stage
Type of bus access
Writing
Data point identification
20,108 (DPT_ValveMode)
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
37
53
59
85
101
117
133
149
165
181
197
213
229
245
Name
Zone X – Cool Stage
Function
Configuration
Description
It is used to change the configuration of the cooling stages of the zone: Air, Underfloor
Cooling or both of them at the same time.
Values
3 Air cooling stage; 4 Water cooling stage; 5 Water and air cooling stage
Type of bus access
Reading
Data point identification
20,108 (DPT_ValveMode)

18
Z. 1
Z. 2
Z. 3
Z. 4
Z. 5
Z. 6
Z. 7
Z. 8
Z. 9
Z. 10
Z. 11
Z. 12
Z. 13
Z. 14
Object number
38
54
70
86
102
118
134
150
166
182
198
214
230
246
Name
Zone X – Cool Stage
Function
Configuration
Description
It is used to change the configuration of the cooling stages of the zone: Air, Underfloor
Cooling or both of them at the same time.
Values
3 Air cooling stage; 4 Water cooling stage; 5 Water and air cooling stage
Type of bus access
Writing
Data point identification
20,108 (DPT_ValveMode)

Parque Tecnológico de Andalucía
Marie Curie, 21 - 29590
Campanillas - Málaga (España)
Teléfono: [phone]
Fax: [phone]
http://www.myzone.airzone.es
Parc Tertiaire Silic – Inmeuble Panama
45 Rue Villeneuve
94573 Rungis - France
Téléphone : [phone]
Fax : [phone]
http://www.myzone.airzonefrance.fr
Via Fabio Filzi, 19/E – 20032
Cormano – Milano - Italia
Telefono: [phone]
Fax: [phone]
http://www.myzone.airzoneitalia.it