Power One AURORA CDD User manual

Quick Installation Guide
In addition to what is explained below, the safety and installation information
provided in the installation manual must be read and followed. The technical
documentation and the interface and management software for the product are
available at the website: http://www.power-one.com
AURORA CDD connects your PV System to the internet quickly and easily. It uses wireless
communication to monitor each AURORA MICRO without additional wiring. Through
the AURORA Easy View Web Portal, you can view daily and historical photovoltaic
production.
FEATURES
• Easy setup and conguration through the internal web server
• Data Sampling every 60 sec up to 4 sec for real-tme performance monitoring and
rapid detection of operational failure.
• Up tp 30 AURORA MICRO inverters directly Monitored by a single CDD
• 24 hour 7 day Web-Based Monitoring
• CDD mesh network topology ensures redundancy in communications between
CDD and MICRO and the highest design exibility
CDD-Quick Installation Guide EN-Rev.B
01, Wi-Fi antenna
02,Status LED
03, Radio antenna (MICRO inverter)
04, Display
05, Button pad
06, Ethernet port
07, RJ45 connector for RS485 serial
08, GoGo Relay connector
09, Power Supply connector
10, Ethernet communication status LED
Operating diagramSafety and accident prevention Description of the plant with MICRO inverter
Acquisition of MICRO inverters
Hard-wired Connection (Ethernet)
Disable the Wi-Fi connection (enabled by default) before connecting the Ethernet cable.
• From the general menu, press any button
• Scroll up to the“Wi-Fi enabled” screen and press ENTER
• Select No and then ENTER. The Wi-Fi is disabled.
• Press the UP and DOWN buttoms simultaneously for 3 seconds, then enter the password (0010) to access to advanced menus.
• Select CHANGE SETTINGS > NETWORK >SELECT NETWORK > ETHERNET > PRESS ENTER
• The CDD will restart automatically
The CDD may be hardwired to the computer in either of two ways:
1. Direct to the computer using a Ethernet cable 2. Through a router using a Ethernet cable
With both methods be careful not to put the Ethernet cable in the RJ45 connector for RS-485 serial communication.
If the computer is directly connected to the CDD without any router, and if the computer is set for an automatic IP address, it is necessary to follow the procedu-
re below
• Click on the internet icon and open the Network and Sharing Center
• Click Local Area Connection (LAN)
• Click Properties
• Click Internet ProtocolVersion 4 (TCP/IPv4)
• Click Get the following IP address and type a dierent IP address from that of the CDD (e.g. if the CDD IP
gateway address is 192.168.0.100, type 192.168.0.101) and click OK
The IP address of the CDD is shown on the display by pressing any button.
Once these parameters are set, input the IP address of theWeb Portal (CDD) in the address bar of the Internet Browser and proceed with the commissio-
ning of the plant.
If you need to reset the Wi-Fi connection, follow the steps in reverse order.
The diagram shows several AURORA MICRO inverters communicating with a
AURORA CDD, which in turn connects, by Ethernet or Wi-Fi, to a PC or a router
connected to internet.
If the device is registered on the Power-One portal (AURORA EASY VIEW web
portal), it is possible to manage and monitor the plant using a PC or Smartphone
with internet access.
Notes on the sizing of the system
Decisions about how to structure a photovoltaic system depend on a number of
factors and considerations, for example, the type of panels, the availability of space,
the future location of the system, energy production goals over the long term, etc. A
conguration program (stringtool.power-one.com) that can help size the photovoltaic
system.
Connection to the PC - Ethernet
Components and overall dimensions Labels and Symbols CDD
The labels on the CDD have the Agency marking, main technical data and identication of the equipment and manufacturer.
P/N: PPPPPPPPPPP
S/N: YYWWSSSSSS
MAC WIFI:
MAC RF:
MAC ETH:
A1:B1:C1:D1:E1:F1
A2:B2:C2:D2:E2:F2:G2:H2
A3:B3:C3:D3:E3:F3
Year(YY)/Week(WW) of manufacture
Inverter Serial Number(SSSSSS)
Inverter Part Number
Wi-Fi communication MAC addresss
RADIO communication MAC addresss*
ETHERNET communication MAC addresss
The labels attached to the equipment must not be removed, damaged, dirtied, hidden, etc.
The technical data shown in this quick installation guide does not replace those shown on the labels attached to the equipment.
Always refer to the
instruction manual
General warning
- Important safety
information
Hazardous voltage Hot surfaces
IP20 Protection rating of
equipment Temperature range Forbidden signal
Direct and alternating cur-
rents, respectively
1.
3.
4.
5.
2.
6. 8.
9.
7.
*During the registration of the CDD Aurora Easy View portal the “RADIO communica-
tion MAC address”must be used as the identication number of the product.
• The UP and DOWN buttons are used to:
- move around a menu or to
- increase/decrease settable values
- choose settings
• The ESC button returns to the previous
menu.
• The ENTER button accesses the desired
submenu or conrms a settable value/
parameter.
• Press the UP and DOWN buttons
simultaneously to access the main menus
for STATISTICS, VIEW INFORMATION
and CHANGE SETTINGS
• Pressing any button during the
normal operation (when GENERAL
INFORMATION is displayed) you
gain access to the set up basic, and
informative screens related to the CDD.
After installation phase, the CDD is connected to the PC.
The commissioning of the plant consists of the recognition of the MICRO
inverters by the CDD
• Input the Web Portal IP address in the address bar of the browser and wait
for the display of the Local Web Portal.
In order to correctly view the Local Web Portal pages Javascript must be
active
• In the drop-down menu select Cong>Acquisition Wizard.
This menu requires Authentication
username: admin password: admin
• Click on the icon START ACQUISITION to start scanning.
There is no timeout for the acquisition procedure. It must be stopped by
the user once all MICRO serial numbers have been acquired.
Check that all the MICRO inverters installed have been recognized. This can be
done by comparing the MAC ADDRESS detected with the ones indicated on the
cover, on the carrier box or on the removable adhesive labels used to design the
system map.
MICRO inverters with a signal less 40 should not be assigned, as they
would be too weak. In this case it is necessary to assess whether to install
the CDD in a new position.
• Select the AURORA MICRO inverters to be associated to CDD and press
CONFIRM
• The next step is to dene the network standard for the country of
installation (Country Standard). Then the CDD will set the standard on each
of the MICRO inverters in communication with it.
Do not set network standards that do not match the installation country.
• The last step is the registration of the CDD on the Aurora Easy View web
portal.
• Click on the link “CLICK HERE TO REGISTER YOUR CDD
XX:XX:XX:XX:XX:XX:XX:XX”to register the CDD on the Aurora Easy View
web portal.
To complete the acquisition process without registering the CDD on the Auro-
ra Easy View web portal (or to register later), click on PLEASE CLICK HERE TO
COMPLETE
• Click HOME to go back to the main screen.
• At this point the CDD can be axed to the wall, as all the conguration
procedures have been successfully completed.
CDD
Power-One
03
04
05
10
180mm
7.08”
25mm
0.98”
09
08
07
06
02
01
150mm
5.90”
Connection to the PC - Wi-Fi
Wireless Connection (Wi-Fi)
The wireless connection of the CDD to PC must be done using a Wi-Fi router
which operates as a“bridge”for the transmission of data.
Before starting the conguration process, make sure you have a Wi-Fi router
with standard IEEE 802.11b/g, and visible SSID. In addition to unprotected
networks, WPA andWPA-2 protected protocols are supported.
• Turn on the CDD
• The CDD will automatically detect the local Wi-Fi
networks within reach of the device
• On the display the number of networks detected (XX) is displayed
• Press (ENTER) to access to the menu for the selelction of Wi-Fi network
• The rst line displays the number of networks (XX), type of protection (Open,
WPA/WPA2) and signal level (indicated with“”). The
second line displays the name of the network (SSID).
The level of the signal may vary from one to four.
The next step of the installation depends of the type of network selected (Open,
WPA/WPA2) and the presence or absence of MAC addresses lters.
1. Conguration with open networks (Open)
A. Open networks without MAC addresses lters
•Ifthesignalissucent,theCDDstartstheconnectiontotheWi-Fi
network within a few seconds.
•Aconrmationmessagewillbedisplayed
•Attheendoftheprocedurethemessage”Wi-FiEnabled”willappear.
B. Open networks with MAC addresses lters
•IftherouterhasalterforMACaddressestheconnectionfailsandan
error message will be displayed.
•AfterwardstheMACaddressoftheCDDwill
be displayed. Write down the address and add
it among the enabled MAC addresses on the conguration menu of the
router.
•Oncetherouteriscongured,switchotheCDDandrestartthis
procedure.
2. Conguration with protectedWPA/WPA2 networks
A. Protected networks without MAC addresses lters
•Beforestartingtheconnectionattempt,theCDDrequiresanaccesskey
of the Wi-Fi network.
By using the UP and DOWN keys to screen through the list of
characters, and choosing ENTER to conrm the selected character.
•PressENTERtwotimestostarttheconnectionattempt.
•Attheendoftheprocedurethemessage“Wi-FiEnabled”willappear.
B. Protected networks with MAC addresses lters
•IftherouterhasalterforMACaddresseswillbenecessarytocongure
it with the same procedure previously explained for protected networks
without MAC address lters.
•Attheendoftheproceduretheconnection
fails and on the display shows an error message.
•AfterwardstheMACaddressoftheCDDwillbe
displayed. Write down the address and add it among the enabled MAC
addresses on the conguration menu of the router.
•Oncetherouteriscongured,switchotheCDDandrestartthis
procedure.
Autoconnection Conguration
The CDD automatically stores the parameters of the last connection (SSID
and access key). So, if autoconnection is enabled, the CDD will automatically
connect to the Wi-Fi.
To enable/disable the autoconnection function:
• Press ESC to access the previous level of the menu
• Press UP or DOWN up to“Autoconnection” and then ENTER
• Press UP or DOWN to enable/disable the function.
• Press ENTER to conrm the selection and ESC to go back to GENERAL
INFORMATION.
Installation
Wi-Fi Scanning..
(XX) Open []
SAMPLE HOUSE...
Connecting to
Wi-Fi (XX) done!
Connecting to
Wi-Fi (03) fail!
Sta authorised to carry out the installation must be specialised and experienced in this job; they must also have received suitable training on equipment of this
type.
For Safety reasons only a qualied electrician, who has received training and / or has demostrated skills and knowledge in construction and in
operation of this unit, can install this inverter.
The installation must be done by qualied installers and/or licensed electrician
according to the applicable local code regulations
The connection of an inverter energy system to an electrical installation connected to
the electricity distribution network must be approved by the appropriate electrical
distributor.
The installation must be carried out with the equipment disconnected from the grid .
Walls of reinforced cement and surfaces covered in metal (doors, shutters, etc.) can markedly
reduce the reach of the device. It is therefore advisable to undertake all the conguration
operations, before hooking the CDD and installing it in the same location and position
used during the conguration.
Also choose a place close to a socket (necessary for power) and where the lower part of CDD,
where all the connections are present, remains accessible.
• Make 2 holes necessary to hang the CDD to the wall, using a drill with a 5 mm diameter bit. The
depth of the holes must be around 30 mm.
• Insert anchors in the holes and tighten the countersunk screws.
• Hang the CDD by inserting the head of the 2 screws into the holes on the back of CDD.
• Insert the special power connector on the underside of the CDD and power the device by
connecting the AC adapter (supplied) to an electrical outlet. The power supply comes with
4 interchangeables plugs compatible with the sockets of dierent countries
• In order to operate the plant, the CDD device must be connected to a PC.
The type of connection can be:
Cabled - The device is equipped with an Ethernet port
Wireless -The device is equipped with a Wi-Fi network card
During the commissioning of the plant verify that the signal reception from the MICRO inverters and from the Wi-Fi
router is sucient.
Wall mounting
AC
GI
CDD
Power-One
5 mm
2 x Ø5 mm
The plant is composed by a group of MICRO inverters that convert direct electric current from a photovoltaic module into alternating electric current and feeds it
to the electrical grid.
Photovoltaic panels transform energy from the sun into direct current (DC) electrical energy; however, to feed the grid and so that this energy can be used, it has
to be transformed into alternating current (AC). This conversion, known as DC to AC inversion, is made eciently without using rotating parts and only through
static electronic devices.
The AURORA MICRO automatically reduces the value of the power fed into the grid in the event of adverse environmental conditions or unsuitable input voltage
values.
When used in parallel with the grid, the alternating current generated by the inverter ows directly into the domestic electrical circuit, which is in turn connected,
through a load distribution panel, to the grid. The solar energy system therefore powers all connected electrical devices, from lighting to household appliances, etc.
When the photovoltaic system is not supplying sucient power, the power needed to ensure normal operation of the connected electrical devices is drawn from
the grid. If, on the other hand, excess power is produced, this is fed directly into the grid, so becoming available to other consumers.
In accordance with local electric utility regulations, the power produced can be sold to the grid or credited towards future consumption, bringing about a saving
of energy.
Characteristics of a system employing AURORA MICRO inverters
AURORA MICRO inverters t one per PV panel, so each individual PV panel’s output is optimized independently of the others. This diers from a system with a
single, larger, inverter for a group of panels; in this case a single shaded or otherwise impaired panel lowers the output of the entire group.
The equipment includes safety devices suitable for the protection of components and operators.
Power-one accepts no liability for failure to comply with the instructions for correct installation, and cannot be held responsible for the systems upstream
or downstream of the equipment it has supplied.
It is essential to provide operators with correct information.They must read and comply with the technical information given in the installer manual and in this documen-
tation.The instructions given in the installer manual do not replace the safety devices and technical data for installation and operation attached to the product,
and they certainly do not replace the safety regulations in force in the country of installation and common sense rules.
The manufacturer is willing to train sta, at its premises or on site, in accordance with conditions to be set out in a contract.
Do not use the equipment if you nd any abnormal conditions.
Avoid temporary repairs. All repairs should be carried out using only genuine spare parts, which must be installed in accordance with their intended use.
Liabilities arising from commercial components are delegated to the respective manufacturers.
The equipment must be installed indoors in rooms with suitable environmental conditions (see technical characteristics).
DO NOT install outdoors! The equipment is not equipped to operate in environments with ammable or explosive conditions.
The customer and/or installer must appropriately train operators or anyone who may come near the equipment, and highlight, if necessary with
notices or other means, the hazardous areas or operations at risk. This may include: magnetic elds, hazardous voltages, high temperatures, possi-
bility of discharges, generic hazard, etc.
Ethernet cable
CDD
Power-one
Ethernet cable
Router/Switch
CDD
Power-one
Connecting to
WiFi (03) fail!
CDD
UP
DOWN
ESC
ENTER

Italy Facility
Via S. Giorgio, 642
52028 Terranuova Bracciolini
Italy
[phone]
Camarillo Facility
740 Calle Plano
Camarillo, California, 93012
United States
805-987-8741
Phoenix Facility
3201 East Harbour Drive
Phoenix, Arizona, 85034
United States
480-643-1700
Hong Kong Facility
Unit 1907-9, Tower 1, The
Gateway
25 Canton Road
Hong Kong S.A.R., China
http://www.power-one.com
Characteristics and technical data Check and increase of the radio signal
14.
15.
10. 13.
11.
12.
Service- Contact Details:
Australia [phone] [email protected]
Benelux [phone] [email protected]
China [phone] [email protected]
Eastern Europe [phone] [email protected]
France 00 800 00 28 76 72 [email protected]
Singapore [phone] [email protected]
Spain 00 800 00 28 76 72 service[email protected]
South east Asia [email protected]
UK 0800 0232341 [email protected]
USA [phone] [email protected]
Germany 0800 2200211 [email protected]
Greece 00 800 00 28 76 72 [email protected]
India [phone] [email protected]
Italy 00 800 00 28 76 72 [e-mail]
Middle East 00 800 00 28 76 72
The display (composed by 2 lines with 16 character for each line) can be used for navigate the menu by using the UP, DOWN, ESC and ENTER buttons and allows for:
•Viewingtheoperatingstatusoftheinverterandstatisticsdata;•Viewingservicemessagesfortheuser;•Viewingalarmandfaultmessages;•Changingtheinvertersettings
Statistics
>
Output Voltage
....V
Frequency
....Hz
Temperature
....°C
Input Current
....A
Tot Output Power
....W
Total Energy
....kWh
Inverter Data
>
.. microinverter
SN: ...... >
Total Energy
.... Wh
Input Voltage
....V
Output Power
....W
Micro Release
.........
Model ID
MICROINVERTER
MAC Address
................
Output Current
....A
DSP Release
.........
View
Information >
PN
........
SN
..........
Firmware rel
>
Application FW
........
Bootloader FW
........
WiFi Firmware
........
RF Firmware
........
Inv/CDD DD/MM/YY
E... ON HH:MM:SS
Date
DD/MM/YY
Time
HH:MM:SS
Events
Alarm present >
Change
Settings >
Select Language
........
Set Date/Time
HH:MM DD/MM/YYYY
Set Timeout
0..10min/Off
Change Language
>
Set Date/Time
>
Display Timeout
>
Network
>
WiFi Network
xxxxxx
Tot Output Power
x.xx W
Total Energy
x.xx kWh
Alarm Status
xxxxxx
DD/MM/YY
HH:MM:SS
Web Server IP
..........
Secondary DNS
..........
MAC Address WiFi
................
WiFi Enabled
Yes >
Subnet Mask
...........
WiFi AutoConnect
Yes >
IP Gateway
...........
Web Server
Reset Password?
Primary DNS
..........
CDD Login
Reset Password?
CDD Admin
Reset Password?
Web Server
Are You Sure?
WiFi AutoConnect
No
WiFi AutoConnect
Yes
WiFi Enabled
No
WiFi Enabled
Yes
CDD Login
Are You Sure?
CDD Admin
Are You Sure?
Web Server
Done!
CDD Login
Done!
CDD Admin
Done!
Select Network
Ethernet/WiFi
DHCP Enabled
Yes/No
Web Server IP
........... >
Mask Address
........... >
IP Gateway
........... >
Primary DNS
........... >
Secondary DNS
........... >
Reset
Ground Fault ?
Reset
Are You Sure?
Reset
Done!
WiFi SSID:
xxxxxxxxxxxxxxxxxx
Structure of the display menu
During the normal operation of the
inverter GENERAL INFORMATION is
displayed.
By pressing any button during the normal operation (when the display
shows GENERAL INFORMATION) you gain access to the set up basic, and
information screens related to the CDD.
The 3 main menus allow access to
Statistics: displays statistics of the plant and of each MICRO inverter
View information: displays data related to the CDD and the list of errors or warnings
Change settings: Allows changing the settings of the CDD.
Press any button
Simultaneously press the UP and DOWN buttons for 3 se-
conds and then enter the password 0010
Once the acquisition of the MICRO inverters is completed it is possible to congure the remote monitoring of the plant on the Aurora Easy View web portal using
the Self Registration procedure (through the Power-One website).
To start the self-registration process go to https://register.auroravision.net/cdd?mac=AA:BB:CC:DD:EE:FF:GG:II (the page will be automatically opened if at
the end of the acquisistion process for the MICRO inverter you go to “CLICK HERE FOR REGISTER YOUR CDD XX:XX:XX:XX:XX:XX:XX:XX”).
The registration process is completed in three steps:
1. Enter your personal contact information and validate your email account.
You will be sent an email with a link to validate your email address. Open the e-mail and click on the link to continue the registration.
If you do not validate the account within 3 days the account will be invalidated and you will have to start over.
2. Provide dateils about your solar power site/home.
It is important to provide the installer’s name and contact information to help direct current and future homeowners to the installer for any future project and service needs.
Your site information defaults to the homeowner’s address but can updated to a dierent address for alternate locations such as the homeowner’s second home.
3. Link and validate your CDD to the solar power site.
• Make sure the CDD is connected to the internet.
• Enter the CDD’s RF MAC address (MAC RF) in the 8 display elds
• Click on the Validate button
If the CDD is validated, the logger and all congured MICRO inverters will be displayed
Click I’m Done to complete the registration process you will receive an e-mail conrming that the registration has been successfully completed.
The free Aurora Easy View Web Portal (easyview.auroravision.net) oers monitoring of the plant
remotely (via internet).
The portal is divided 3 main sections:
• The upper section has general information about the system
• In the middle is the graph of total production of energy for a period which can be set (from a
single day up to 365) and the output power of each MICRO inverter
• On the bottom are the Environmental Benets based on the total energy produced by the plant.
In addition to the monitoring, the portal oers automatic upgrade of the rmware installed in the
MICRO inverters and the CDD device. Every time new rmware is available, an e-mail asking for
conrmation to do the upgrade will be sent to the plant owner.
As well as being used for acquisition of the MICRO inverters by the CDD, the local Web Server makes it possible to monitor the whole system constantly, showing
the data for each individual inverter. The dierent menus are:
“Home” Menu
• The HOME page displays all the MICRO inverters with their serial numbers, instant energy output and
radio signal level.The table on the left shows the data for the whole system (energy output, total energy,
CO2 savings and system status.
“View” Menu
• Plant Info > plant data (name of the plant, place, country standard, etc...)
• RF Signals > a graph is displayed showing the radio signal strength for each inverter, and the messages sent.
“Cong” Menu
• Plant > setting of plant information (Name, place, etc) and grid standard of MICRO inverter
• Network>setting of the parameters related for network (DHCP) and to the Aurora Easy View (Sending
of data and events to the portal, automatic updates, etc). In case of automatic updates, the customer will
receive an e-mail alert if a new version of the rmware is available.
• Date/Time > Setting of CDD’s date and time
• CDD clone > Cloning of CDD in case of substitution. The new CDD‘recognize’AURORA MICRO inverters
previously installed in the system
• Ground Fault/Energy > Allows unlocking of an inverter which detected ground fault error, and resetting
the energy value of each MICRO inverter
• Change Pass> Allows changing the password for the advanced functions of the Local Web Portal (by default Username: Admin / Password: Admin)
“Events” Menu
• Accesses the list of events signaled by the MICRO inverters or by the CDD.
“Upgrade” Menu
• CDD Firmware > Allows for upgrade of the CDD rmware
• uP Firmware/Dsp Microinv > Allows for upgrade of the rmware of the microprocessor (uP) and /or the DSP inside the MICRO inverter
“Registration” Menu
• Accesses to the Self Registration procedure in the Aurora Easy View web Portal (it is necessary to be connected to internet).
“?” Menu (Help)
• Contacts for the Power-One Service in case assistance is needed.
Local Web Portal Self Registration procedureWeb Portal Aurora Easy View
It should not be facing the MICRO inverters as shown in the pictures below:
2. Try a new location for the CDD taking account the signal decrease through
materials through which the radio signal has to pass:
Material Relative signal range reduction
Open Field Approximately 50 meters
Wood / Glass From 0 to 10%
Stone / Pressed cardboard From 10 to 40%
Reinforced concrete From 10 to 90%
Metal Up to 100 %
3. Install an extension cable for the antenna (CDD Antenna Extension Cable). the cable
allows the antenna to be installed at a distance over the obstacle for the radio signal.
The radio signal level between CDD and MICRO inverter can be checked throu-
gh the Local Web Portal. Inside the View Menu > RF signal (enter Username and
Password (Default Admin / Admin)
Medium signal level from MICRO inverter
Number of messages sent to the CDD in the last 15 minutes
MICRO inverters send a data packet every minute
Indicator of power of received signal
On the basis of medium signal level (after at least 20 minutes of acquisitions ) the
quality of radio communication can be considered:
0% 40% 70% 100%
BAD ACCEPTABLE GOOD
Good: no problem with communication
Acceptable: possible delays in data transfer and slower rmware updating.
Bad: Try a new position for the CDD installation or strenghtening the signal.
The radio signal level between CDD and MICRO inverter can be increased in
dierent ways:
1. Change the position of the antenna.
The antenna has deadzone at its end.
CDD
Power-one
CDD
Power-one
Radio Antenna
CDD Antenna Extension Cable
Radio signal obstacle
Communication To Inverter
Type Radio IEEE 802.15.4
Sample Rate 1 min
Max Distance (free space) 50 m ( can be extended with Power-One repeater)
Max number of devices 30
Communication To Modem/PC
Wireless Communication Wi-Fi IEEE 802.11 / 2.4GHz / 10 Mbps
Wired Communication Ethernet RJ45 10/100 Mbps
Connectivity
Wired ports 1x RJ45 Ethernet, 1x RS485, 1x Go-Go Relay
Compatibility RS-485, AURORA protocol
Features
Operation Integrated Web Server
Power Supply
Type External plug-in adapter
Adapter Input 100...240 Vac ; 50/60 Hz
Adapter Output 5 Vdc - 1 A
Power Consumption typical 2,5W/ max. 5W
Battery 3Vdc, replaceable
Environmental
IP Degree IP20 / NEMA 1
Ambient Temperature -20…+55 °C / -4. . . 131°F
Relative Humidity <90% non condensing
Physical
Dimensions (H/W/D) 150x180x25 mm /5.9x7x1”(not extended antenna)
Weight 0.6 kg / 1.32 lbs
Mounting Wall mounting (screws provided)
Interface
Display 16 Characters x 2 lines OLED
Display Language IT-EN-FR-DE-ES
LED Bicolor (red and green)
Safety
Marking CE, cCSAus, FCC
Safety and EMC Standards EN 62311; EN 60950-1; EN 301489-1 V1.8.1;EN 301489-17 V2.1.1; EN 55022; EN 55024; FCC Part 15 Class B /
Class C ; RTTE 1999/5/EC
Accessories
Antenna extension cable Optional
Plug-in power adapter Included
Remark. Features not specifically listed in the current data sheet are not included in the product