Circutor Wibeee Max Instruction Manual

ATTENTION Indicates that special attention should be paid to a specifi c point. Follow the warnings described in this manual with the symbols shown below. If you must handle the unit for its installation, start-up or maintenance, the following should be taken into consideration: Incorrect handling or installation of the unit may result in injury to personnel as well as damage to the unit. In particular, handling with voltages applied may result in electric shock, which may cause death or serious injury to personnel. Defective installation or maintenance may also lead to the risk of fi re. Read the manual carefully prior to connecting the unit. Follow all installation and maintenance instructions throughout the unit’s working life. Pay special attention to the installation stan- dards of the National Electrical Code. Refer to the instruction manual before using the unit In this manual, if the instructions marked with this symbol are not respected or carried out correctly, it can result in injury or damage to the unit and /or installations. CIRCUTOR, SA reserves the right to modify features or the product manual without prior notifi cation. DISCLAIMER CIRCUTOR, SA reserves the right to make modifi cations to the device or the unit specifi ca- tions set out in this instruction manual without prior notice. CIRCUTOR, SA on its web site, supplies its customers with the latest versions of the device specifi cations and the most updated manuals. www.circutor.com CIRCUTOR, recommends using the original cables and accessories that are supplied with the device.

2.- DESCRIPTION OF THE PRODUCT..................................................................................................................6 3.- INSTALLING THE DEVICE...............................................................................................................................7 3.1.- PRELIMINARY RECOMMENDATIONS....................................................................................................7 3.2.- INSTALLATION.........................................................................................................................................8 3.3.- SENSORS FOR CURRENT MEASUREMENT.......................................................................................10 3.3.1.- Wibeee Max.......................................................................................................................................10 3.3.2.- Wibeee Max Plus..............................................................................................................................11 3.4.- DEVICE TERMINALS..............................................................................................................................13 3.5.- CONNECTION DIAGRAMS....................................................................................................................13 3.6.- STARTING UP THE DEVICE...................................................................................................................14 3.6.1.- APPLICATION MODE.......................................................................................................................14 3.6.2.- DIRECT SHARE MODE....................................................................................................................15 4.- OPERATION ...................................................................................................................................................16 4.1.- OPERATING PRINCIPLE........................................................................................................................16 4.2.- MEASUREMENT PARAMETERS...........................................................................................................17 4.3.- LED INDICATORS...................................................................................................................................17 4.4.- KEY..........................................................................................................................................................18 4.5.-START-UP.................................................................................................................................................18 5.- DISPLAY AND CONFIGURATION..................................................................................................................20 5.1.-MOBILE APPLICATION...........................................................................................................................20 5.2.- WEB PLATFORM....................................................................................................................................21 5.2.1.- HOME...........................................................................................................................................22 5.2.2.- DASHBOARD..............................................................................................................................26 5.2.3.- DEVICES......................................................................................................................................27 5.2.4.- NOTIFICATIONS..........................................................................................................................27 5.2.5.- REPORTS....................................................................................................................................28 5.2.6.- HELP............................................................................................................................................30 5.3.- INTERNAL WEB SERVER......................................................................................................................30 5.3.1.- INSTANT DATA.................................................................................................................................31 5.3.2.- NETWORK.........................................................................................................................................32 5.3.3.- ADVANCED OPTIONS......................................................................................................................32 5.3.4.- GENERAL OPTIONS........................................................................................................................33 5.4.- CONFIGURATION THROUGH HTTP GET REQUESTS........................................................................34 5.4.1.- PARAMETER QUERY.......................................................................................................................34 5.4.2.- CONFIGURATION.............................................................................................................................36 6.- WIRELESS COMMUNICATIONS....................................................................................................................38 6.1.- USAGE ENVIRONMENT AND HEALTH.................................................................................................38 6.2.- Wi-Fi COMMUNICATIONS......................................................................................................................38 6.3.- MODBUS TCP PROTOCOL....................................................................................................................38 6.4.- MODBUS MEMORY MAP.......................................................................................................................39 7.- TECHNICAL FEATURES................................................................................................................................41 8.- MAINTENANCE AND TECHNICAL SERVICE................................................................................................43 9.- WARRANTY.....................................................................................................................................................43 10.- CE CERTIFICATE..........................................................................................................................................44

Date Revision Description 12/17 M169B01-03-17A Initial Version 06/18 M169B01-03-18A Changes in the following sections: 1.- 3.2. - 3.3.1. Note: The images of the devices are for illustration purposes only and may differ from the orig- inal device. SYMBOLS Table 2: Symbols. Symbol Description Compliant with the relevant European standards. Double insulation. ~ AC current. Device covered by European directive 2002/96/EC. At the end of its useful life, do not leave the device in a household waste container. Follow local regulations on electronic equipment recycling.

The following must be checked upon reception of the device: a) The device has been supplied according to the specifications in your order. b) The device has not been damaged during transport. c) Perform an external visual inspection of the device before connecting it. d) Check that it has been supplied with the following: - An installation guide, - Accessories bag with crocodile clips. - Wibeee Max model: FLEX Wibeee 25 flexible sensors. - Wibeee Max Plus model: FLEX Wibeee 54 flexible sensors. 2.- DESCRIPTION OF THE PRODUCT The Wibeee Max is a device that measures three-phase lines and is connected to the cloud via the Wibeee platform. The device has been designed to make the installation process as simple as possible. It also has an internal memory that allows information to be recovered in the event of a temporary loss of the Wi-Fi connection. There are 2 models available:  Wibeee Max with two scales for current measurement: 350 A and 700 A.  Wibeee Max Plus with three scales for current measurement: 100 A, 1000 A and 5000 A. The models have: - 2 indicator LEDs - 1 selection key - Wi-Fi communications You can access the data measured by the device via the Wibeee Circutor mobile application, the website http://wibeee.circutor.com, or the device's internal web server.

3.1.- PRELIMINARY RECOMMENDATIONS In order to use the device safely, it is critical that individuals who handle it follow the safety measures set out in the standards of the country where it is being used, use the personal protective equipment necessary (rubber gloves, face protection and approved flame-resistant clothing) to prevent injuries due to electric shock or electric arc due to exposure to current-carrying conductors and pay attention to the various warnings indicated in this instruction manual. The Wibeee Max device must be installed by authorised and qualified staff. Disconnect the device from the power supply and disconnect the measuring devices before handling, changing the connections or replacing the device. Handling the device while it is con- nected is hazardous to people nearby. It is essential to keep the cables in a perfect condition to avoid accidents, personal injury and damage to installations. Limit the operation of the device to measuring the specified current or voltage values. The manufacturer of the device shall not be held responsible for any damage resulting from the user or installation company failing to observe the warnings and/or recommendations indicated in this manual nor for any damage resulting from the use of non-original products or accesso- ries or those from other brands. Do not use the device to take measurements if you detect an anomaly or malfunction. Check the environment in which the device is installed before taking a measurement. Do not use the device to take measurements in dangerous, explosive, wet or damp environments. Disconnect the device from the mains and from the power supply (both the device and its measuring system) before performing any maintenance work, repairs or handling any of the connections of the device. Contact the after-sales service if you detect that the device is not working prop- erly.

ate for working, and that the protective equipment is adequate. The flexible current sensor has been designed and tested to ensure that it complies with the IEC 61010-1:2001/EN61010-1 61010-2-31:2002 safety standard. Use of the sensor on uninsulated conductors is limited to 600 V ~ or DC to frequencies below 1kHz. Do not expose the device to aggressive or explosive environments. Do not use the device if you have any reason to believe that it is not working correctly or it is defective. For measuring of uninsulated conductors, use the appropriate and necessary personal protective equipment. The device should be installed after the circuit breaker. To install the device, carry out the following steps: 1. Remove the protective panel from the electric panel. Figure 1: Remove the connection panel.

 A magnetic attachment.  A DIN rail attachment, Figure 2.  An attachment with screws, Figure 2. A DIN rail attachment An attachment with screws Figure 2: Attachment methods. Note: The attachment with screws is die-cut and if it is not used and it interferes with another type of installation, it may be broken. 3. Connect the device. See “3.4.- DEVICE TERMINALS” y “3.5.- CONNECTION DIAGRAMS”. 4. Once the Wibeee Max has been connected to the auxiliary power supply, check that the red LED is on and flashing (see “4.3.- LED INDICATORS”). 5. Select the measurement scale for the current sensors: The Wibeee Max model, following the steps indicated in section “3.3.1.1.- Scale se- lection”. The Wibeee Max Plus model, following the steps indicated in section “3.3.2.1.- Scale selection”.

3.3.1.- Wibeee Max In the Wibeee Max model, current measurement is performed using the FLEX Wibeee 25 flex- ible sensors. Table 3:Metrological characteristics. FLEX Wibeee 25 Measurement scales 350 700 Nominal range 350 A 700 A Output / input ratio 2.86 mV/A 1.43 mV/A Range of use 3.5 ... 350 A 7 ... 700 A Specified measurement range 35 ... 350 70 ... 700 Typical phase difference 1st 1st The measurement uncertainty is for the sensor in its optimal position, with no external electric or magnetic fields and within the working temperature range, Table 4. Table 4:Position error Position Error A B A ± 1% B A ± 3% Table 5: Variations in range of use. Variations in range of use Magnitude of Influence Range of influence Typical Maximum Temperature - 10ºC ... +60ºC - ±0.3 % / ºC Relative humidity 10% ... 90% - 0.3 % Conductor position - 2 % 3 % Adjacent conductor D/4 300 A - 2 % Set to 50 Hz Full scale 0.2 % 0.3 % Set to 60 Hz Full scale 0.2 % 0.3 % Frequency 40 Hz - 5 kHz < ± 1 dB < ± 1 dB Deviation 50 Hz - 60 Hz - - 0.3 % Note : Circutor also has the model of flexible sensors, FLEX Wibeee 14, with the same metro- logical characteristics of the FLEX Wibeee 25 model, but with a length of 14 cm.

The FLEX Wibeee 25 current sensors indicate the selected scale through the blue LED on their head. During the first 20 seconds after being switched on, the Wibeee Max is in the scale selection period. The blue LED flashes quickly and indicates the selected scale. Press the RESET key during this period to select the desired scale:  One blink indicates that the 350 A scale has been selected.  Two blinks indicate that the 700 A scale has been selected. When the scale selection period has ended, the quick blinking light is deactivated and the blue LED indicates the selected scale at regular intervals. 3.3.2.- Wibeee Max Plus In the Wibeee Max Plus model, current measurement is performed using the FLEX Wibeee 54 flexible sensors. Table 6:Metrological characteristics. FLEX Wibeee 54 Measurement scales 100 1 k 5 k Nominal range 100 A 1000 A 5000 A Output / input ratio 10.0 mV/A 1.0 mV/A 0.2 mV/A Range of use 1 ... 100 A 10 ... 1000 A 50 ... 5000 A Specified measurement range 10 ... 100 100 ... 1000 500 ... 5000 Typical phase difference 1st 1st 1st The measurement uncertainty is for the sensor in its optimal position, with no external electric or magnetic fields and within the working temperature range, Table 7. Table 7:Position error Position Error A B A ± 1% B A ± 3%

Variations in range of use Magnitude of Influence Range of influence Typical Maximum Temperature - 10ºC ... +60ºC - ±0.3 % / ºC Relative humidity 10% ... 90% - 0.3 % Conductor position - 2 % 3 % Adjacent conductor D/4 300 A - 2 % Set to 50 Hz Full scale 0.2 % 0.3 % Set to 60 Hz Full scale 0.2 % 0.3 % Frequency 40 Hz - 5 kHz < ± 1 dB < ± 1 dB Deviation 50 Hz - 60 Hz - - 0.3 % 3.3.2.1.- Scale selection The FLEX Wibeee 54 current sensors indicate the selected scale through the blue and red LEDs on their head. During the first 20 seconds after being switched on, the Wibeee Max Plus is in the scale selec- tion period. The blue and red LEDs flash slowly and indicate the selected scale. Press the RESET key during this period to select the desired scale:  The blue LED indicates that the 100 A scale has been selected.  The red LED indicates that the 1 kA scale has been selected.  The blue and red LEDs indicate that the 5 kA scale has been selected. When the scale selection period has ended, the quick blinking light is deactivated and the blue and red LEDs indicate the selected scale.

Table 9:List of terminals of the Wibeee Max. Terminals of the Wibeee Max device 1: Current measurement: Black: L1 , Red: L2, Yellow: L3 2: Voltage measurement and power supply: Black: L1 , Red: L2, Yellow: L3, Blue: Neutral Green and Brown: Power supply. 1 2 Figure 3: Wibeee Max terminals. 3.5.- CONNECTION DIAGRAMS LOAD Power Supply Blue Black Red Yellow Brown Green Black Red Yellow L1 L2 L3 N Figure 4: Wibeee Max connection diagram.

To start communication with the device it is necessary: 1.- To have access to the Internet through a wireless network. 2.- To check that the following ports are open: - Port 8080 for Http Get / Post. - Port 53 for DNS - Port 80 for Internet Note: The Orange Livebox Next router is incompatible with Wibeee Max devices when in “WPA/WPA2” security mode and they do not connect. When in “only WPA2” mode they connect correctly. The Wibeee Max's data can be accessed in two ways:  Application mode.  Direct share mode. 3.6.1.- APPLICATION MODE In application mode, the data measured by the Wibeee Max is uploaded to the cloud and ac- cessed using the Wibeee CIRCUTOR application. When using this mode, the Wibeee Max and the user who has configured it are linked, so the user can control the device, view the data that has been sent and the charts and manage groups of devices. To start the device in application mode, follow these steps: 1.- Scan the QR code to download the application or download it from: http://wibeee.circutor.com 2.- Open the Wibeee CIRCUTOR application. And follow the steps that it indicates.

In direct share mode the Wibeee Max's data is directly accessed from the device's integrated web server, so you can view the measurements being captured at that moment in real time and manually configure the device. This allows you to change parameters, such as the server and port to which the Wibeee Max will send the data. If you configure a Wibeee Max while using this mode, there is no link between the user and the device, so the only way to access the de- vice when it is connected to the network is by knowing its IP address and accessing it using a search tool. To start the device in direct share mode, follow these steps: 1.- On a smartphone/tablet, use the Wi-Fi connection's settings to connect to the Wibeee Max. 2.- You can get access to the net configuration and instant measurements through your brows- er, at the address: http://192.168.1.150 User: user Password: user

The Wibeee Max is a power consumption measurement device with a Wi-Fi wireless connec- tion to display or download the data that is measured, using any smartphone, tablet or PC. Wibeee MAX Electrical Panel Laptop PC Smartphone Tablet Figure 5: Overview The device can work in two operating modes:  Application mode In application mode, the data measured by the Wibeee Max is uploaded to the cloud and accessed via the Wibeee CIRCUTOR application or the http://wibeee.circutor. com web platform.  Direct share mode In direct share mode the Wibeee Max's data is directly accessed from the device's inte- grated web server. Note: The device's integrated web server can also be accessed in the application's operating mode. If the Wibeee Max loses the connection with the server, a back-up memory with a 30-day capacity will start up. This back-up memory will store the values of the most critical variables (voltage, current, apparent power, active power, reactive power and power factor) every minute for 30 days. When the connection with the server comes back online the device gradually begins to dump the stored data. Depending on the quality of the connection, the reading retrieval speed is up to 100 readings per minute. Note: The back-up memory will only start up if the device has previously been started and properly configured, i.e. if it has had an Internet connection at some time.

The device measures, logs and displays the following parameters, Table 10: Table 10: Measurement parameters of the Wibeee Max Parameter Units Display Phases L1 - L2 - L3 Three-phase Current A Numerical Graphical Graphical Voltage V Numerical Graphical Graphical Active Power kW Numerical Graphical Graphical Reactive Power kVAr Numerical Graphical Graphical Active Energy kWh Numerical Graphical Graphical Reactive Energy kVArh Numerical Graphical Graphical Frequency Hz Numerical Graphical Graphical Power Factor Cos Φ Numerical Graphical Graphical Energy kWh - Graphical CO2 Emissions kgCO2 - Graphical Cost € - Graphical 4.3.- LED INDICATORS The device has 2 status LEDs, Figure 6. Red LED Blue LED Figure 6:LED indicators.

LED Description Red Blinking light: Powered device. Blue Indicates the connection status: Slow blinking light (1s): Generating a Wi-Fi network. Fast blinking light (<1s) : Connected to a Wi-Fi network. Steady light: Data being sent over the network. 4.4.- KEY The device has a RESET key, Figure 7. Reset key Figure 7:Wibeee Max Key. The RESET key has 2 functions:  During the start-up of the device, it is used to select the scale of the current measuring sensor, see “3.2.- INSTALLATION”. Restore the device's factory settings. To do this, hold down the RESET button for 10 seconds, until the device's red and blue LEDs simultaneously flash three times. 4.5.-START-UP During the start-up of the device, the Wibeee Max goes through different states: 1.- Configuration state Blue LED → Slow blinking light (1s) Red LED → Slow blinking light (1s) In this state, the Wibeee Max generates its own Wi-Fi network called WIBEEE_xx:xx:xx. It is only used to configure the device and connect it to the user's network. If you want to return to this state to obtain the initial conditions, you should hold down the Re- set button for more than 6 seconds. The device deletes any previous settings and restores the default values.

Blue LED → Off Red LED → Slow blinking light (1s) In this state, the Wibeee Max is managing the connection with the router/access point. This state should last for 40 seconds, when there is good Wi-Fi coverage. In places where there is weak Wi-Fi coverage, it may take longer. If it takes longer than 2 minutes, it is recommended to return to the initial state, check the Wi-Fi coverage and re-start the process. If it is unable to connect to the Wi-Fi, the device retries 5 times. If the lack of connection per- sists, it goes into Configuration mode (so that the configuration can be changed without open- ing the panel) for 5 minutes; it then tries to reconnect again and, until it manages to reconnect, it remains in this alternating mode. (5 minutes in the Configuration state and 1 attempt to connect). 3.- Connecting state Blue LED → Fast blinking light (<1s) Red LED → Slow blinking light (1s) In this state, the device has connected to the Wi-Fi network and is waiting to complete the first successful transfer of data. When it first manages to successfully send data, it will enter the “Connected and sending OK” state. If the device is not able to successfully send the first set of data, it will retry 3 times. If it does not manage to send it, the Wi-Fi connection is restarted and it retries sending the package 3 times. It remains in this state until the first data is successfully sent. 4.- Connected and sending OK state Blue LED → Steady light. Red LED → Slow blinking light (1s) When the device is configured and connected to the network in the user's infrastructure, it automatically starts sending data on the installation's power consumption to the server (every minute). It also allows you to access instant measurements by making requests to its internal XML and Modbus servers.

When the device has been installed and started up, it is possible to access all of its data by using different methods, depending on the device's operating mode, Figure 8. Application mode Direct share mode Internal Web server Web platform http://wibeee.circutor.com Mobile application Wibeee Circutor Internal Web server Data display Figure 8: Data display based on the operating mode. 5.1.-MOBILE APPLICATION The Wibeee Circutor mobile application is compatible with iOS and Android, and has a version for smartphones and tablets. In it you can view and configure all of the parameters measured by the device. Figure 9: Wibeee Circutor mobile application.

Figure 10 shows the main screen of the http://wibeee.circutor.com web platform. Figure 10:Main screen of the web platform. From this screen you can access the different sections of the platform:  : Home, summary of consumption, displays charts and gives access to the dashboard configuration options (graphical interface).  : Dashboard, displays all of the dashboards of every active device.  : Devices, access to all of the connected devices.  : Notifications, displays the notifications log.  : Reports, access to regular report generation.  : Help, help screen.

 The area in Figure 11 displays a summary of consumption and CO2 emissions from the previous month, the current month and the forecast for the end of the month. It also displays the set target value. Figure 11: Summary area.  The area in Figure 12 shows 2 of the possible charts that can be viewed. Table 10 show all of the parameters that can be graphically displayed. Use the < > arrows to toggle between charts.

 The area in Figure 13 shows the latest measurements sent by the device. Figure 13: Measurements area.  In the area in Figure 14 you can access the configuration options for the devices and dashboard, see “5.2.1.1.- Configuration screen for the devices/dashboard”. Figure 14: Access to the device/dashboard configuration area.

On the device/dashboard configuration screen you can configure the following data:  DEVICE Figure 15: Configuration screen: Device. The device’s basic data is entered in this section: Name: The name of the device. Select Dashboard: Dashboard selection. Mac: MAC address of the device. 2-4 Quadrants: Measurement selection for 2 quadrants (consumption) or 4 quadrants (consumption and generation).  LOCATION Figure 16: Configuration screen: Location.

Name: Name of the device’s location. Time zone: Time zone. Longitude, Latitude: Location of the device.  COST Figure 17: Configuration screen: Cost The costs are entered in this section: Price kWh : Price of kWh. Tax (%), Other Tax (%) : Fees and taxes. Other Costs (Cost/day): Other costs. Cost kW Day (Cost/kW Day): Cost in kW per day. Billing date: Billing date. Contracted power (kW): Contracted power.  TARGET AND NOTIFICATIONS Figure 18: Configuration screen: Target and Notifications.

Target Limit (kWh) : The maximum consumption value that you want to reach, in kWh. And the following notifications are activated or deactivated: • Wibeee has been inactive for 1 day. • Wibeee has been inactive for 3 days. • Overvoltage, overvoltage alarm. • Undervoltage, undervoltage alarm. • High consumption, alarm for high consumption in the installation. 5.2.2.- DASHBOARD The Dashboard screen, Figure 19, shows all of the active dashboards. Figure 19: Dashboard Screen. It is also possible to create a chart comparing different dashboards. To do this, simply select the dashboards that you want to compare by ticking the box, as shown in Figure 20. Figure 20: Selecting the Factory dashboard.

Figure 21: Devices screen. 5.2.4.- NOTIFICATIONS The Notifications screen, Figure 22, shows a log of all of the notifications that have been generated. Figure 22: Notifications screen.

Figure 23: Reports Screen.  REPORTS This section shows the scheduled reports to be regularly generated. To create a new regular report, press the icon. The dialogue box in Figure 24 opens. Figure 24: New Report.

Report name: Name with which the report is going to be saved. Select Dashboard: Select the Dashboard on which you are going to prepare the report. Frequency: Select the frequency of the report: Weekly, Monthly, Billing period. Recipients: Enter the email addresses of the recipients of the report. You can prepare a simple version of a report by selecting Normal Section (Figure 24), where everything is pre-configured and you only have to select the quantity. Or an advanced version, by selecting Advanced Section (Figure 25), where you can configure a lot more options. Figure 25: New Report: Advanced Section.  REPORT LOG In this section you can download all of the reports that have already been created.

platform and application of the Wibeee systems. Figure 26: Help Screen. 5.3.- INTERNAL WEB SERVER Figure 27 shows the screen where you access the device's internal web server. The device's default address is: http://192.168.1.150 User: user Password: user Figure 27:Internal web server access screen.

Figure 28:Main screen of the internal web server. 5.3.1.- INSTANT DATA In this section you can access instant data from each of the measurement phases, Figure 29. Figure 29:Internal web server: Instant Data.

Figure 30:Internal web server: Network. 5.3.3.- ADVANCED OPTIONS You can configure the IP parameters in the Advanced Options section, Figure 31. Figure 31:Internal web server: Advanced Options. wibeee.circutor.com

Figure 32 shows the General Options section. Figure 32:Internal web server: General Options. You can configure the following parameters in this section: Connection Type: Connection type Measures Refresh Time (s): The measurement refresh time. Data Refresh Time (min): The data refresh time. If the value is set to -1, the sending of data is deactivated. Offline HD Save Time (min): If the device loses its connection, the data measured is stored in an internal memory. In this section, you set the frequency with which data is stored in the memory. If the value is set to -1, the saving of data is deactivated. It is also possible to reset the energy meter, by pressing the button.

Wibeee Max accepts HTTP GET requests for parameter and settings queries for the device. Requests must be made directly to the IP address: 192.168.1.150 after connecting to the Wi-Fi network created by the device. All requests made to the Wibeee Max's internal server are GET requests and when they have been processed by the server it sends an HTTP correct access response: “HTTP 200 OK”. 5.4.1.- PARAMETER QUERY 5.4.1.1.- DEVICE ID You should use the following request to view the device's ID: http://ip_address/services/user/devices.xml Figure 33: HPPT queries: Device ID. 5.4.1.2.- Values of the device's variables To view the values of all of the device's variables, use the following request: http://ip_address/services/user/values.xml?id=device It is also possible to view specific variables, see Table 12 with the available variables. http://ip_address/services/user/values.xml?var=device.variable

Table 12: Variables table. Variable Description Units measuresRefresh Measures refresh time of the internal web Seconds appRefresh Time sending data to the server. Minutes softVersion Firmware version of the device - model Model identifier - ipAddr Type of IP : DHCP or static IP - gwAddr The device's current IP. - subnetMask Gateway. - primaryDNS Primary DNS server. - secondaryDNS Secondary DNS server. - macAddr MAC identifier - ssid Name of the network. - keyEnc Password type. - keyType Password format: Hex or ASCII - securKey Password. - serverIp Name of the server domain. - serverIpResolved IP address of the server. - serverPort Sending port. - vrms1 Phase voltage L1 V vrms2 Phase voltage L2 V vrms3 Phase voltage L3 V vrmst Total voltage (average of L1, L2, L3) V irms1 Current L1 A irms2 Current L2 A irms3 Current L3 A irmst Total current (average of L1, L2, L3) A pap1 Apparent Power L1 VA pap2 Apparent Power L2 VA pap3 Apparent Power L3 VA papt Total Apparent Power VA pac1 Active Power L1 W

Variable Description Units pac2 Active Power L2 W pac3 Active Power L3 W pact Total Active Power W preac1 L1 Reactive Power Var preac2 L2 Reactive Power Var preac3 L3 Reactive Power Var preact Total Reactive Power Var freq1 Frequency L1 Hz freq2 Frequency L2 Hz freq3 Frequency L3 Hz freqt Total frequency (average of L1, L2, L3) Hz fpot1 Power Factor L1 - fpot2 Power Factor L2 - fpot3 Power Factor L3 - fpott Total Power Factor - eac1 Active Energy L1 Wh eac2 Active Energy L2 Wh eac3 Active Energy L3 Wh eactt Total Active Energy Wh ereactl1 Inductive Reactive Energy L1 VArLh ereactl2 Inductive Reactive Energy L2 VArLh ereactl3 Inductive Reactive Energy L3 VArLh ereactlt Total Inductive Reactive Energy VArLh ereactc1 Capacitive Reactive Energy L1 VArCh ereactc2 Capacitive Reactive Energy L2 VArCh ereactc3 Capacitive Reactive Energy L3 VArCh ereactct Total Capacitive Reactive Energy VArCh 5.4.2.- CONFIGURATION The minimum requests for configuring the Wibeee Max with HPPT are: 1.- Device Network Configuration: http://ip_address/config_value?name=WIBEEE&dhcp=false&ip=c0a80196&gw=- c0a80101&subnet=ffff0000&id=0.5973659041337669 Table 13: Configuration HPPT variables (Request 1) Variable Description name Name of the Wibeee dhcp false: static network true: dynamic network ip IP address in hexadecimal

Parameter Symbol gw Gateway in hexadecimal subnet Subnet mask in hexadecimal 2.- Configuration of the Local Wi-Fi Network: htt p: // ip_addres s / c onfig_v alue?ssid= Cirprotec-A lmacen& securit y= 5& ty- pekey=2&id=0.5105853546410799 Table 14: Configuration HPPT variables (Request 2) Variable Description ssid Name of the Wi-Fi security Type of security: 0: OPEN - 1: WEP - 5:WPA - 9: WPA2 - 13: WPA/WPA2 typekey Password encryption: 1: Hexadecimal - 2: PassPhrase 3.- Password sending: http://ip_address/config_value?pass=xxxxxxxxx&id=0.9732521877158433 Table 15: Configuration HPPT variables (Request 3) Variable Description pass Wi-Fi password 4.- Server Configuration: http://ip_address/conFigure_server?URLServidor=c339a462&portServidor=1f91& id=0.33531335316222393 Table 16: Configuration HPPT variables (Request 4) Variable Description ServerURL Name of the server domain Serverport Port in hexadecimal 5.- Resetting the device: http://ip_address/config_value?reset=true&id=0.03616242413409054

6.1.- USAGE ENVIRONMENT AND HEALTH Wireless communications emit radio frequency electromagnetic energy, like other radio devic- es. Because wireless communications operate within the guidelines found in radio frequency safe- ty standards and recommendations, they are safe for users to use. In certain environments or situations, the use of wireless communications may be restricted by the owner of the building or the representatives responsible for the organisation. These situations include: The use of wireless connections on board aircraft, in hospitals or near to service stations, blasting areas, medical implants or electronic medical devices implanted in the body (pace- makers etc.).  In any other environment where the risk of interference with other devices or services is identified as hazardous. If you are unsure about the policy implemented regarding the use of wireless devices in a spe- cific organisation (airport, hospital, etc.), it is advisable to ask for authorisation to use wireless communications. 6.2.- Wi-Fi COMMUNICATIONS Wi-Fi is one of the most widely used wireless technologies today, for connecting and exchang- ing information between electronic devices without having to connect them physically. The Wibeee Max has Wi-Fi communications in the 2.4 GHz band, compliant with standard IEEE 802.11 6.3.- MODBUS TCP PROTOCOL The MODBUS protocol is an industry communication standard that enables the network connection of multiple devices, where there is a master and multiple slaves. The MODBUS functions implemented in the device are: Function 0x03. Reading of multiple registers. This function is used to request the desired measurement parameters from the Wibeee Max Modbus server. Function 0x05. Writing of a specific register. This function is used to delete the Wibeee Max's energy meters. If the Wibeee max receives a function request other than those above, or for non-specified memory registers, the device identifies this as an “Illegal error” and responds with the appro- priate exception code.

By default, once configured, the Wibeee Max starts to send data over the internet to the CIR- CUTOR server. If you want to stop this data from being sent (for example, because the local network does not have an Internet connection) you have to set a data refresh time of -1. This way, the device is only waiting to handle MODBUS requests. 6.4.- MODBUS MEMORY MAP All MODBUS map addresses are in hexadecimal format. Table 17: Modbus memory map Parameter Symbol Address Units Phase voltage L1 Vrms1x10 0000 V x 10 Phase voltage L2 Vrms2x10 0001 V x 10 Phase voltage L3 Vrms3x10 0002 V x 10 Current L1 Irms1x10 0003 A x 10 Current L2 Irms2x10 0004 A x 10 Current L3 Irms3x10 0005 A x 10 Frequency L1 Freq1x10 0006 Hz x 10 Frequency L2 Freq2x10 0007 Hz x 10 Frequency L3 Freq3x10 0008 Hz x 10 Total Frequency FreqTx10 0009 Hz x 10 Active Power L1 Wreal1x10 000A W x 10 Active Power L2 Wreal2x10 000B W x 10 Active Power L3 Wreal3x10 000C W x 10 Total Active Power WrealTx10 000D W x 10 L1 Reactive Power Wreact1x10 000E Var x 10 L2 Reactive Power Wreact2x10 000F Var x 10 L3 Reactive Power Wreact3x10 0010 Var x 10 Total Reactive Power WreactTx10 0011 Var x 10 Apparent Power L1 Waparent1x10 0012 VA x 10 Apparent Power L2 Waparent2x10 0013 VA x 10 Apparent Power L3 Waparent3x10 0014 VA x 10 Total Apparent Power WaparentTx10 0015 VA x 10 Power Factor L1 PF1 x 100 0016 x 100 Power Factor L2 PF2 x 100 0017 x 100 Power Factor L3 PF3 x 100 0018 x 100 Total Power Factor TPF x 100 0019 x 100 Active Energy L1 Eact1 001A - 001B kWh Active Energy L2 Eact2 001C - 001D kWh Active Energy L3 Eact3 001E - 001F kWh Total Active Energy EactT 0020 - 0021 kWh Inductive Reactive Energy L1 EreactL1 0022 - 0023 kVarh Inductive Reactive Energy L2 EreactL2 0024 - 0025 kVarh Inductive Reactive Energy L3 EreactL3 0026 - 0027 kVarh Total Inductive Reactive Energy EreactLT 0028 - 0029 kVarh

Parameter Symbol Address Units Capacitive Reactive Energy L1 EreactC1 002A - 002B kVarh Capacitive Reactive Energy L2 EreactC2 002C - 002D kVarh Capacitive Reactive Energy L3 EreactC3 002E - 002F kVarh Total Capacitive Reactive Energy EreactCT 0030 - 0031 kVarh Function 05 is used to delete energy meters. Table 18:Modbus memory map: Deleting parameters Deleting parameters Address Value to be sent Deleting energy meters 0000 0xFF00

Power supply Rated Voltage 100 ... 400 V ~ Frequency 50 ... 60 Hz Consumption 4.5 ... 9 VA Voltage measurement circuit Voltage measurement margin 100 ... 440 VPh-N Frequency measurement margin 50 ... 60 Hz Min. voltage measurement (Vstart) 95 V Installation category CAT III Current measurement circuit Current measurement through sensors, see “3.3.- SENSORS FOR CURRENT MEASUREMENT” Measurement accuracy Voltage measurement 1 % + variations in range of use Current measurement 1 % + variations in range of use Active Power measurement 2 % + variations in range of use Reactive Power measurement 2 % + variations in range of use Active energy measurement 2 % + variations in range of use Reactive energy measurement 2 % + variations in range of use Frequency measurement 1 % + variations in range of use Power factor measurement 2 % + variations in range of use Variations in Range of Use Magnitude of Influence Range of influence Typical Maximum Temperature - 10ºC ... +60ºC - 0.3 % Relative humidity 10% ... 90% - 0.3 % Crosstalk (current) - 0.9 % - External demagnetising field (current) - 2 % - Conductor position - 2 % 3 % Adjust Full Scale 0.2 % 0.4 % Communications Type Wi-Fi (IEEE 802.11) Protocol HTTP, Modbus/TCP, XML Frequency Range 2.405 - 2.48 GHz Encryption AES128 Monthly data consumption 300 MB FCC (USA), IC (CANADA), ETSI (EUROPA) Certified User interface LED 2 LEDs Key 1 key Mobile application Wibeee Circutor Internal memory Capacity 1 month (offline HD Save Time = 1s) Download time Maximum 8 hours

Storage temperature -40ºC ... +85ºC Relative humidity (without condensation) 5 ... 95% Maximum altitude 2000 m Protection degree IP20 Insulation Double insulation Mechanical features Dimensions (mm) Figure 35 Weight 1700 g Enclosure Self-extinguishing VO Plastic (UNE 21031 90ºC) 4,50 4,50 4,50 32 8 105,28 120,96 32 129,70 49,41 54,41 Figure 35: Wibeee Max dimensions. Standard Safety requirements for electrical equipment for measurement, control, and laboratory use -- Part 1: General requirements IEC 61010-1: 2001 Safety requirements for electrical equipment for measurement, control and laboratory use -- Part 2-030: Particular requirements for testing and measuring circuits UNE-EN 61010-2-030:2011 Electrical equipment for measurement, control and laboratory use - EMC requirements -- Part 1: General requirements (IEC 61326-1:2005) UNE-EN 61326-1:2006 Electromagnetic compatibility and Radio spectrum Matters (ERM); Elec- troMagnetic Compatibility (EMC) standard for radio equipment; Part 17: Specific conditions for Broadband Data Transmission Systems EN 301 489-17 V2.2.1.

9.- WARRANTY In the case of any query in relation to device operation or malfunction, please contact the CIRCUTOR, SA Technical Support Service. Technical Assistance Service Vial Sant Jordi, s/n, 08232 - Viladecavalls (Barcelona) Tel: 902 449 459 ( España) / +34 937 452 919 (outside of Spain) email: [email protected] • No returns will be accepted and no unit will be repaired or replaced if it is not ac- companied by a report indicating the defect detected or the reason for the return. •The guarantee will be void if the units has been improperly used or the stora- ge, installation and maintenance instructions listed in this manual have not been followed. “Improper usage” is defi ned as any operating or storage condition con- trary to the national electrical code or that surpasses the limits indicated in the technical and environmental features of this manual. • CIRCUTOR accepts no liability due to the possible damage to the unit or other parts of the installation, nor will it cover any possible sanctions derived from a pos- sible failure, improper installation or “improper usage” of the unit. Consequently, this guarantee does not apply to failures occurring in the following cases: - Overvoltages and/or electrical disturbances in the supply; - Water, if the product does not have the appropriate IP classifi cation; - Poor ventilation and/or excessive temperatures; - Improper installation and/or lack of maintenance; - Buyer repairs or modifi cations without the manufacturer’s authorisation. CIRCUTOR guarantees its products against any manufacturing defect for two years after the delivery of the units. CIRCUTOR will repair or replace any defective factory product returned during the guarantee period.

08232 - Viladecavalls (Barcelona) Tel.: (+34) 93 745 29 00 - Fax: (+34) 93 745 29 14 www.circutor.com [email protected]