Data Sheet

Transcript

Energy Data Management V1.0.0.0 2017 Energy Data Management V1.0.0.0 1/112 Imprint © 2017 by WAGO Kontakttechnik GmbH & Co. KG All rights reserved. WAGO Kontakttechnik GmbH & Co. KG Hansastraße 27 D-32423 Minden Phone +49 (0) 571 8 87 - 0 Fax +49 (0) 571 8 87 - 1 69 Email [email protected] Web http://www.wago.com Technical Support Phone +49 (0) 571 8 87 - 5 55 Fax +49 (0) 571 8 87 - 85 55 Email [email protected] Every conceivable measure has been taken to ensure the accuracy and completeness of this documentation. However, as errors can never be fully excluded, we always appreciate any information or suggestions for improving the documentation. We wish to point out that the software and hardware terms, as well as the trademarks of companies used and/or mentioned in the present document are generally protected by trademark or patent. WAGO is a registered trademark of WAGO Verwaltungsgesellschaft mbH. Energy Data Management V1.0.0.0 2/112 Information about This Documentation Copyright This documentation, including all figures and illustrations contained therein, is subject to copyright protection. Any use of this documentation that infringes upon the copyright provisions stipulated herein is prohibited. Reproduction, translation, electronic and photo-technical filing/archiving (e.g., photocopying), as well as any amendments require the written consent of WAGO Kontakttechnik GmbH & Co. KG, Minden, Germany. Non-observance will entail the right of claims for damages. Number Notation Number System Decimal Hexadecimal Binary Example Comment 100 Normal notation 0x64 C notation '100' In quotation marks, nibble separated by a period '0110.0100' Font Conventions Font Type Explanation monospaced Names of paths and files are displayed in a font type with uniform character width. Example: notepad.exe Menu Menu options are displayed in bold, e.g.: Save > A “greater than” symbol between two names denotes the selection of a menu option. Example: File > New Input Designation of input or optional fields are displayed in bold. Example: Value “Value” Input or selection values are displayed in quotation marks. Example: Enter the value “4 mA” under Start of measurement range. [Button] Buttons are displayed in bold in square brackets. Example: [OK] [Key] Key labels on the keyboard are displayed in bold and enclosed in square brackets. Example: [F5] Energy Data Management V1.0.0.0 3/112 Symbols DANGER Warning against personal injury! Indicates a high-risk, imminently hazardous situation which, if not avoided, can result in death or serious injury. DANGER Do not work on components while energized! Indicates a high-risk, imminently hazardous situation which, if not avoided, can result in death or serious injury. WARNING Warning against personal injury! Indicates a high-risk, imminently hazardous situation which, if not avoided, can result in death or serious injury. CAUTION Warning against personal injury! Indicates a low-risk, potentially hazardous situation which, if not avoided, may result in minor or moderate injury. NOTICE Warning: Damage to property! Indicates a potentially hazardous situation which, if not avoided, may result in damage to property. ESD Warning: Damage to property caused by electrostatic discharge (ESD)! (Electrostatic Indicates a potentially hazardous situation which, if not avoided, may result in Discharge) damage to property. Note Important note! Indicates a potential malfunction which will not result in damage to property, however, if not avoided. Information Additional Information! Refers to additional information which is not an integral part of this documentation (e.g., the Internet). Energy Data Management V1.0.0.0 4/112 Legal Principles Subject to Change WAGO Kontakttechnik GmbH & Co. KG reserves the right to make any alterations or modifications that serve to increase the efficiency of technical progress. WAGO Kontakttechnik GmbH & Co. KG owns all rights arising from the granting of patents or from the legal protection of utility patents. Third-party products are always mentioned without any reference to patent rights. Thus, the existence of such rights cannot be excluded. Personnel Qualification The use of the product described in this document is exclusively geared to specialists having qualifications in PLC programming, electrical specialists or persons instructed by electrical specialists who are also familiar with the appropriate current standards. Moreover, the persons cited here must also be familiar with all of the products cited in this document, along with the operating instructions. They must also be capable of correctly predicting any hazards which may not arise until the products are combined. WAGO Kontakttechnik GmbH & Co. KG assumes no liability resulting from improper action and damage to WAGO products and third-party products due to non-observance of the information contained in this document. Limitation of Liability This documentation describes the use of various hardware and software components in specific example applications. The components may represent products or parts of products from different manufacturers. The respective operating instructions from the manufacturers apply exclusively with regard to intended and safe use of the products. The manufacturers of the respective products are solely responsible for the contents of these instructions. The sample applications described in this documentation represent concepts, that is, technically feasible applications. Whether these concepts can actually be implemented depends on various guidelines. For example, different versions of the hardware or software components can require different handling than that described here. Therefore, the descriptions contained in this documentation do not form the basis for assertion of a certain product characteristic. Responsibility for safe use of a specific software or hardware configuration lies with the party that produces or operates the configuration. This also applies when one of the concepts described in this document was used for implementation of the configuration. WAGO Kontakttechnik GmbH & Co. KG assumes no liability for the realization of these concepts. Energy Data Management V1.0.0.0 5/112 Contents 1. Function description ......................................................................................................................7 2. Components ..................................................................................................................................8 2.1. Hardware ..............................................................................................................................9 2.1.1. Number of Modules and Channels ..........................................................................10 2.1.2. Example Structure ....................................................................................................10 2.2. Software .............................................................................................................................11 3. Installation....................................................................................................................................13 3.1. Download the Application ..................................................................................................14 3.2. Set IP Addresses ...............................................................................................................14 3.2.1. Set the IP Address of the PC ..................................................................................15 3.2.2. Set the IP Address of the Application Controller .....................................................16 3.2.2.1. Set an IP Address (temporary).......................................................................16 3.2.2.2. Set the IP Address (static) .............................................................................16 3.3. Using the Memory Card ....................................................................................................18 3.3.1. Add a Memory Card.................................................................................................18 3.3.2. Remove the Memory Card .......................................................................................19 3.4. Install the Application.........................................................................................................19 3.4.1. Install the Application for the First time ...................................................................21 3.4.2. Install the Application as an Update ........................................................................22 3.5. Install Application Extensions ............................................................................................24 4. User Interface ..............................................................................................................................26 4.1. Header ...............................................................................................................................27 4.2. Content area ......................................................................................................................28 4.3. Navigation Bar ...................................................................................................................28 4.4. Footer .................................................................................................................................30 5. View of the content area .............................................................................................................31 5.1. Digital inputs ......................................................................................................................32 5.1.1. Measured values ......................................................................................................32 5.1.2. Configuration ............................................................................................................33 5.2. Analog inputs .....................................................................................................................35 5.2.1. Measured values ......................................................................................................35 5.2.2. Configuration ............................................................................................................36 5.2.2.1. Identification and configuration characteristics ...............................................38 5.2.2.2. Parameter: Current input ................................................................................38 5.2.2.3. Parameter: Voltage input ................................................................................40 5.2.2.4. Parameter: Temperature input ........................................................................41 5.3. Power measurement module .............................................................................................43 5.3.1. Measured values ......................................................................................................43 5.3.2. Configuration ............................................................................................................46 5.3.2.1. General Settings .............................................................................................47 5.3.2.2. Settings for external and neutral conductors ..................................................49 5.3.2.3. Other setting options ......................................................................................51 5.4. M-Bus .................................................................................................................................52 5.4.1. Electricity values.......................................................................................................53 5.4.2. Water quantity values...............................................................................................55 5.4.3. Heat quantity values ................................................................................................56 5.4.4. Electricity configuration ............................................................................................58 5.4.5. Water quantity configuration ....................................................................................60 5.4.6. Heat quantity configuration ......................................................................................61 5.5. EnOcean ............................................................................................................................63 5.5.1. Measured values A5-02 ...........................................................................................64 5.5.2. Measured values A5-10 ...........................................................................................65 Energy Data Management V1.0.0.0 6/112 6. 7. 8. 9. 5.5.3. Configuration A5-02 .................................................................................................66 5.5.4. Configuration A5-10 .................................................................................................67 5.6. Data logger ........................................................................................................................69 5.6.1. Overview ...................................................................................................................69 5.6.2. Configuration ............................................................................................................71 5.6.3. Information ................................................................................................................73 5.7. Data plotter ........................................................................................................................74 5.8. FTP ....................................................................................................................................76 5.8.1. Status .......................................................................................................................76 5.8.2. Configuration ............................................................................................................77 5.9. System Overview ...............................................................................................................79 5.10. General ............................................................................................................................81 5.10.1. Settings ...................................................................................................................83 5.10.2. Time/date ................................................................................................................84 5.10.2.1. Manual time/date setting ..............................................................................85 5.10.2.2. Automatic date/time setting ..........................................................................87 5.10.3. Network address ....................................................................................................89 5.10.4. Informationen ..........................................................................................................91 5.11. Login .................................................................................................................................92 5.11.1. Logging in ...............................................................................................................92 5.11.2. Log out/change password ......................................................................................93 5.11.3. Login dialog ............................................................................................................94 5.11.4. Dialog for changing the password..........................................................................94 5.11.5. User rights ..............................................................................................................96 Data point selection ....................................................................................................................96 MODBUS interface ......................................................................................................................98 7.1. General ..............................................................................................................................99 7.2. Digital inputs ......................................................................................................................99 7.3. Analog inputs .....................................................................................................................99 7.4. Power measurement module ...........................................................................................101 7.5. M-Bus ...............................................................................................................................104 7.6. EnOcean ..........................................................................................................................105 7.7. Data logger ......................................................................................................................106 7.8. Measured values .............................................................................................................107 CSV file structure ......................................................................................................................107 8.1. File names .......................................................................................................................108 8.2. File structure ....................................................................................................................108 FAQs ..........................................................................................................................................109 I get the error message “Lost monitoring connection”. What does that mean? ......................110 What is the “Power mean value” (or “15-minute value”) and how is it calculated? .................110 The data plotter does not display any files for selection. What do I need to know? ...............111 Energy Data Management V1.0.0.0 7/112 1. Function description The goal of the Energy Data Management application is to capture and save energy and operating data, to display its course over time and to make it available for further processing steps. The integrated user interface can be used for wide-ranging configuration of the signals of connected sensors. No programming experience is required to use the Energy Data Management application. The captured signals (actual values) are saved to the controller's SD card as a *.csv file, displayed on request using the “WAGO Data Plotter” and if necessary, transferred via FTP (File Transfer Protocol) to a previously selected server. The Energy Data Management applications allows the user to measure several different signals, including the following areas among others: •  Electrical energy •  Heat quantity •  Water quantity •  Gas quantity •  Volume flow •  Temperature •  Humidity For the respective measurements, the sensors to be used must be connected to the subassemblies corresponding to the signal type from the WAGO-I/O-SYSTEM 750. Energy Data Management V1.0.0.0 8/112 2. Components Both hardware and software components are required to record energy data. The following headings provide a list of required and supported components. 2.1. Hardware The components required for the Energy Data Management application can be compiled from the following list of products of the WAGO-I/O-SYSTEM 750. Signal Counting pulses Analog values Item Fuction No. PFC200 Application Controller Controllers 750-8202/ 000-022 SD memory 758-879/ SD memory card card 000-001 Digital inputs 750-638 2-channel up/down meter; 24 VDC, 500 Hz Category Analog Inputs 750-452 2-channel analog input module; 0 … 20 mA; differential input Electrical Power energy Measurement Module Various M-Bus meter EnOcean M-Bus 15-minute pulse End module 750-496 8-channel analog input module; 0 … 20 mA; 4 … 20 mA 750-497 8-channel analog input module; 0 … 10 V; ± 10 V 750-451 8-channel analog input module; RTD, configurable 750-495 3-phase power measurement module; 690 VAC/1 A 750-495/ 3-phase power measurement module; 690 VAC/5 A 000-001 750-495/ 3-phase power measurement module; 690 VAC / Rogowski coil 000-002 750-652 Serial interface; RS-232 C / RS-485, configurable 750-652 Serial interface; RS-232 C / RS-485, configurable 750-400 2-channel digital input module; 24 VDC; 3 ms (Alternatively, the 750-402 – 4-channel digital input module; 24 VDC; 3 ms or 750-430 – 8-channel digital input module; 24 VDC; 3 ms can also be used.) 750-600 End module The order in which the modules are plugged in to receive signals is arbitrary. It should only be noted that the maximum number of modules and channels cannot be exceeded. The technical data of the modules (see respective data sheet) must also be observed. Other modules with power jumper contacts cannot be connected to some modules, such as the 750-495/xxx-xxx. Furthermore, throughplating of the supply voltage must be taken into account in the design. It may be necessary to also consider additional bus supply modules. Energy Data Management V1.0.0.0 9/112 2.1.1. Number of Modules and Channels The maximum number of modules and channels are shown below. This then results in the maximum number of supported input signals. Signal Category Item Max. number No. Module Channels Signals Controller Counting pulses Analog values 750-8202/1 000-022 SD758-879/ 1 Speicherkarte 000-001 Digitale 750-638 4 Eingänge Analoge 750-452 1 Eingänge 750-496 2 750-497 2 Electrical Leistungsenergy messmodul Various M-Bus meter EnOcean M-Bus 15-minute pulse End module 750-451 2 750-495 6 750-495/ 000-001 750-495/ 000-002 750-652 750-652 6 6 1 1 750-400 1 (750-402) (750-430) 750-600 1 Total 32 8 8 pulse signals 2 16 16 50 analog signals 16 18 phases 18 phases 18 phases 16 20 energy meters 20 water meters 20 heat meters 1 52 phases 16 Sensors 60 meters 1 Modules plus controller, end module and possibly necessary bus supply modules Note 750-495/xxx-xxx Module – Quantity and Types A various number of 750-495/xxx-xxx modules can be connected. However, more than 18 modules are not permitted. For example, it is possible to connect 18 750-495/000-001 type modules. Note Important note! When designing your application, please note that the Data logger supports recording maximum 80 data points. Energy Data Management V1.0.0.0 10/112 2.1.2. Example Structure The following example station layout is used for the documentation of the energy data management application. A different number of items named in the Overview are installed. Figure: Example Structure Slot address The line shows the consecutive numbering of active slots in the system. The numbering indicated here is identical to the information in the Footer of the Energy Data Management application. Item Number This line shows the item numbers of the components used in the respective slot named in the Overview. 2.2. Software To access the user interface, you need other software components (Java runtime environment and an Internet browser) installed on a Windows PC in addition to the application controller with installed Energy Data Management application. Optionally, other devices can also be used. Energy Data Management V1.0.0.0 11/112 Figure: Possible Operating Environment Minimum System Access the user interface of the Energy Data Management application requires a PC with an Internet Browser with support for a Java Runtime Environment. Java Runtime Environment (required) Java Runtime Environment (JRE), see also https://java.com/de/download/. Internet Browser (required) Internet browser with Java support (WAGO WebVisuStarter, optional) The WAGO WebVisuStarter (can be requested at [email protected]) can be used instead of an Internet browser. (The WebVisuStarter does not support all functions of the Energy Data Management application because some functions require a full-fledged browser environment!) To call up the WebVisu, use the following settings (Example IP address: 192.168.1.17): [1] IP address:192.168.1.17:8080 [2] Subfolder:(do not make any entries or delete the entry by entering a blank space) WAGO-WebVisu-App (optional) You can also use the WAGO WebVisu app (download at the Google Play Store™ or the Apple App Store) on a corresponding terminal device to access the user interface of the Energy Data Management application. Energy Data Management V1.0.0.0 12/112 (The WebVisu app does not support all functions of the Energy Data Management application because some functions require a full-fledged browser environment!) Enter “http://192.168.1.17/webvisu/webvisu.htm” to call up the WebVisu. MODBUS Remote Station (optional) The Energy Data Management application supports reading and writing values from external MODBUS remote stations (e.g., control rooms) via the MODBUS Interface. FTP and/or NTP Server (optional) The Energy Data Management application supports automatic transmission of data recorded in files to a remote FTP server (FTP: File Transfer Protocol). An external time server (NTP: Network Time Protocol) can also support automatic time/ date setting. Energy Data Management V1.0.0.0 13/112 3. Installation To install the application on the controller (see also Hardware), perform the following steps in the same order as instructed in the documentation. Note Application controller with firmware index 09 required! To run the application, the application controller must have firmware with firmware index 09. Firmware with a higher index should also work, but this cannot be guaranteed at the time of documentation! If firmware is installed on the application controller other than that specified here, the specified version must be installed. Including installation instructions, it is available from Technical Support. It requires a WAGO SD memory card (Item No. 758-879/000-001, 2 GB capacity). Technical Support Phone +49 (0) 571 8 87 - 5 55 Fax +49 (0) 571 8 87 - 85 55 Email [email protected] Note Important note! For trouble-free operation, the steps must be performed completely and in the right order! 3.1. Download the Application The files of the Energy Data Management application required for installation can be downloaded from the WAGO Website as a ZIP archive. The files contained in the archive are to be unzipped to a folder specially created on the local hard disk of the computer. After extracting the files, the folder created contains the following files: File name firmware_backup_codesys.tgz firmware_backup_settings installdataplotter_2.1_arm.ipk online_help_de.ipk Category Application Settings Application extension Application extension Description Energy Data Management application Application controller settings WAGO Data plotter visualization tool (IPK file) Application's online documentation in the country language; here: DE = Germany (IPK file) These files must be selected later. 3.2. Set IP Addresses For a PC and the application controller to communicate with each other via ETHERNET, the IP addresses must be adapted to each other. Energy Data Management V1.0.0.0 14/112 Figure: Connect PC and Application Controller via ETHERNET Network If there is a DHCP server that is configured accordingly, the IP addresses are automatically assigned, eliminating the need to manually configure the IP addresses. Otherwise, the IP addresses of the PC and application controller must be selected as described in the following chapters that both devices are in the same subnet. Example: If the IP address of the PC is 192.168.1.2 (see also Setting the IP Address of the PC), then the application controller must be in the same subnet so that it can be accessed from the PC. For example, the first three digits of a subnet mask of 255.255.255.0 used by the PC must match those of the application controller. This results in a possible address space for the application controller of 192.168.1.3 to 192.168.1.254. 3.2.1. Set the IP Address of the PC The following help only applies to specific Microsoft operating systems. If you are running a different operating system, please refer to the corresponding user manual. 1. Perform the following steps: • In Windows 10, enter View network connections in the search box and then select View network connections at the top of the list. •  In Windows 7 or Windows 8.1, press the Start button, enter View network connections and select View network connections in the list. 2. Right-click the connection to be changed and select Properties. If prompted, enter the administrator password or click to confirm. 3. Select the Network tab. Under This connection uses the following items, select Internet Protocol Version 4 (TCP/IPv4) and then click Properties. 4. To specify the IPv4 IP address, select Use the following IP address and then enter the required IP address settings in IP address, Subnet mask and Default Gateway. Note Important note! Administrative privileges are required to change the IP address of the PC. Energy Data Management V1.0.0.0 15/112 3.2.2. Set the IP Address of the Application Controller To goal is to allow the PC to communication with the application controller via an ETHERNET network. Both devices must be in the same subnet. Before a corresponding static IP address can be assigned to the application controller via the integrated Web-Based Management (WBM), it must first be accessible. Where necessary, a temporary IP address can be assigned – after correctly Setting the IP Address of the PC – to access it. Assigning a temporary IP address and/or static IP address to the application controller are explained below. 3.2.2.1. Set an IP Address (temporary) If no (known and/or accessible) IP address is set for the application controller, this procedure temporarily sets the IP address for the X1 interface of the application controller to the fixed address “192.168.1.17”. When the switch is enabled, the fixed address is also used for the X2 interface of the application controller. To make the setting, set the mode selector switch of the application controller to STOP and press and hold the Reset button (RST) for longer than eight seconds. When the “SYS” LED begins flashing in orange, the setting has been made. To cancel this setting, perform a software reset or switch off the controller and then switch it back on. Information Advanced setting options for IP addresses of the application controller To ensure that the PC can communicate with the controller via ETHERNET, both devices must be located in the same subnet (see also Setting the IP Address of the PC). To permanently adapt the IP address of the application controller to an existing system structure, the instructions at Setting the IP Address (static) must be observed. Detailed descriptions and alternative ways of setting a static IP address are available in the manual for the 750-8202/000-022 application controller, which can be downloaded at the website: http://www.wago.com. 3.2.2.2. Set the IP Address (static) To assign a static IP address, launch the Web-Based Management (WBM) for the application controller. Under “Networking”, a static IP address can be set for the application controller. The following steps are required: URL for the WBM Launch the Web-Based Management (WBM) by entering the following in an Internet browser: “https:///wbm” (here: https://192.168.1.17/wbm). Energy Data Management V1.0.0.0 16/112 A security message appears. The security message must be acknowledged to open the WBM. Abbildung: WBM > Networking > TCP/IP Login/Logout Clicking the Login link launches the login screen. Log in as the “admin” (enter as Username). The default password is “wago” (enter as Password). After pressing the [Submit] button, the user is logged in with administrative rights. This is confirmed “Username: admin” and the Login link switching to Logout. Press [OK] if “Security message: please change your password!” appears (if the default password has not been changed). Networking After logging in successfully, select the Networking entry in the vertical navigation bar. Press [OK] to acknowledge the “Security message: please change your password!” Energy Data Management V1.0.0.0 17/112 TCP/IP ISelect TCP/IP in the submenu that opens. Press [OK] to acknowledge the “Security message: please change your password!” TCP/IP Settings 1.  2.  Select Static IP in the Configuration Type. Set the required IP address in IP Address and press the [Submit] button. 3.3. Using the Memory Card An SD memory card is required to use the Energy Data Management application. Note Memory card is not included in the scope of delivery! Please note that the controller is delivered without a memory card. To use a memory card, you must order on separately. Note Only use recommended memory cards! Use only the SD memory card available from WAGO (item No. 758-879/000-001) as it is specified for industrial applications subject to harsh environmental conditions and for use in the controller. Compatibility with other commercially available storage media cannot be guaranteed. Note Important note! The Energy Data Management application generates files and directories on the SD card. To determine the free space on the SD card, the structure is evaluated. Files or directories not generated by the Energy Data Management application, i.e., by an application external to the SD card, prevent correct determination of free space. 3.3.1. Add a Memory Card Proceed as follows to add a memory card: 1.  Use an activation tool or a screwdriver to open the transparent cover flap by folding it upwards. The point where to position the tool is marked with an arrow. 2.  Hold the memory card so that the contacts are visible on the right and the diagonal edge is at the top, as depicted in the figure below. 3.  Insert the memory card in this position into the slot provided for it. 4.  Push the memory card all the way in. When you let go, the memory card will move back a little and then snap in place (push-push mechanism). 5.  Push the cover flap back in by folding it downwards until it snaps in. 6.  You can seal the closed flap through the hole in the enclosure next to the flap. Energy Data Management V1.0.0.0 18/112 Figure: Opening the Cover and Inserting the Memory Card 3.3.2. Remove the Memory Card Proceed as follows to remove the memory card: 1.  Remove any seal. 2.  Use an activation tool or a screwdriver to open the transparent cover flap by folding it upwards. The point where to position the tool is marked with an arrow. 3.  To remove the memory card, you must first push it slightly into the slot (push-push mechanism). This releases the mechanical locking mechanism. 4.  As soon as you let go of the memory card, the memory card is pushed out a bit and you can remove it. 5.  Remove the memory card. 6. Push the cover flap back in by folding it downwards until it snaps in. 3.4. Install the Application To install the application, launch the Web-Based Management (WBM) of the application controller. The application can be installed for the first time or as an update via the included “Package Server”. URL for the WBM Launch the Web-Based Management (WBM) by entering the following in an Internet browser: “https:///wbm” (here: https://192.168.1.17/wbm). A security message appears. The security message must be acknowledged to open the WBM. Energy Data Management V1.0.0.0 19/112 Figure: WBM > Package Server > Firmware Restore Login/Logout Clicking the Login link launches the login screen. Log in as the “admin” (enter as Username). The default password is “wago” (enter as Password). After pressing the [Submit] button, the user is logged in with administrative rights. This is confirmed “Username: admin” and the Login link switching to Logout. Press [OK] if “Security message: please change your password!” appears (if the default password has not been changed). Package Server > Firmware Restore After logging in successfully, select the Package Server > Firmware Restore entry in the vertical navigation bar. Press [OK] to acknowledge the “Security message: please change your password!” Firmware Restore – Settings The settings shown in the figure are to be made to •  the install the application for the first time or •  Installing the Application as an Update. Energy Data Management V1.0.0.0 20/112 3.4.1. Install the Application for the First time To install the application for the first time, launch the Web-Based Management (WGM) of the application controller. Note Important note! To complete a new installation, perform a cold start reset. All settings on the application controller are list! Perform the following septs for a new installation: 1. Launch Package Server > Firmware Restore in the Web-Based-Management (WBM) 2. Make the following settings: Figure: WBM > Package Server > Firmware Restore (Settings) Source Select Network under “Source”. Packages Select PLC Runtime Project and Settings in “Packages”. [Browse] Select the storage location of the two unpacked files by pressing the respective [Browse] buttons. After making the selection, the file name shown must match the figure shown here. Depending on the Internet browser used, the illustration shown in the figure may vary, i.e., the entire path may be displayed instead of the file name only (see Figure). If the Energy Data Management V1.0.0.0 21/112 respective file name does not match, you may need to repeat the download and file selection. [Submit] If the settings match those of the figure, press the [Submit] button. 3. The upload (three files from the PC to the application controller) starts and “Upload firmware backup...” appears. 4. When “Upload firmware backup...” goes away and no error message appears, the software has been successfully transferred. 5. The application controller restarts within approx. 20 seconds to reorganize the file system. You must for the restart to complete. 6. Perform a cold start reset To perform a cold start reset, set the mode selector switch to “Reset” and hold it there for more than seven seconds. Execution of the reset is signaled after seven seconds by the “RUN” LED going out for an extended period. You can then release the mode selector switch. Note Important note! All settings on the application controller are lost when in this process! 7. After successfully restarting, move the operating mode switch to the RUN position whereupon the Energy Data Management application starts. 3.4.2. Install the Application as an Update To update the application, launch the user interface of the Energy Data Management application and the Web-Based Management (WBM) of the application controller. The application controller settings do not change during the update. Perform the following steps to update the application: 1. Save the application controller settings to the SD card (see General > Settings under “Program Parameters”). 2. After saving the program parameters successfully, move the operating mode switch to the STOP position whereupon the Energy Data Management application stops. 3. Launch Package Server > Firmware Restore in the Web-Based-Management (WBM) 4. Make the following settings: Energy Data Management V1.0.0.0 22/112 Abbildung: WBM > Package Server > Firmware Restore (Einstellungen) Source Select Network under “Source”. Packages Select PLC Runtime Project in “Packages”. [Browse] Select the storage location of the unpacked file by pressing the respective [Browse] buttons. After making the selection, the file name shown must match the figure shown here. Depending on the Internet browser used, the illustration shown in the figure may vary, i.e., the entire path may be displayed instead of the file name only (see Figure). If the respective file name does not match, you may need to repeat the download and file selection. [Submit] If the settings match those of the figure, press the [Submit] button. 5. The upload (uploading the file from the PC to the application controller) starts and “Upload firmware backup...” appears. 6. When “Upload firmware backup...” goes away and no error message appears, the software has been successfully transferred. Energy Data Management V1.0.0.0 23/112 7. The application controller restarts within approx. 20 seconds to reorganize the file system. You must for the restart to complete. 8. After successfully restarting, move the operating mode switch to the RUN position whereupon the Energy Data Management application starts. 3.5. Install Application Extensions To install application extensions, launch the Web-Based Management (WBM) of the application controller. Use the “Software Uploads” function to install application extensions one after the other. Available extensions: File name installdataplotter_2.1_arm.ipk online_help_de.ipk Note Category Application extension Application extension Description WAGO Data plotter visualization tool (IPK file) Application's online documentation in the country language; here: DE = Germany (IPK file) Important note! The following steps to install each individual application extension must be performed one after the other. Installation of the first extension is documented: installdataplotter_2.1_arm.ipk The following steps to install an application extension must be performed: URL for the WBM Launch the Web-Based Management (WBM) by entering the following in an Internet browser: “https:///wbm” (here: https://192.168.1.17/wbm). A security message appears. The security message must be acknowledged to open the WBM. Energy Data Management V1.0.0.0 24/112 Figure: WBM > Software Uploads Login/Logout Clicking the Login link launches the login screen. Log in as the “admin” (enter as Username). The default password is “wago” (enter as Password). After pressing the [Submit] button, the user is logged in with administrative rights. This is confirmed “Username: admin” and the Login link switching to Logout. Press [OK] if “Security message: please change your password!” appears (if the default password has not been changed). Software Uploads After logging in successfully, select the Software Uploads entry in the vertical navigation bar. Press [OK] to acknowledge the “Security message: please change your password!” [Browse] Select the storage location of the unpacked file by pressing the [Browse] buttons. After making the selection, the file name shown must match the figure shown here. Depending on the Internet browser used, the illustration shown in the figure may vary, i.e., the entire path may be displayed instead of the file name only (see Figure). If the Energy Data Management V1.0.0.0 25/112 respective file name does not match, you may need to repeat the download and file selection. [Start Upload] 1.  If the settings match those of the figure, press the [Start Upload] button. 2.  The upload (uploading the file from the PC to the application) starts and “Upload Software...” appears. 3.  When “Upload Software...” goes away and no error message appears, the software has been successfully transferred. 4. At the end of the upload process, the uploaded IPK file must be enabled. Select Activate under Action and press the [Submit] button to start the process. 1. If no error message appears, activation and installation of the application extension are completed. Energy Data Management V1.0.0.0 26/112 4. User Interface After linking the WebVisuStarter application from an Internet browser or linking the application controller from the WebVisu app, the following user interface appears. Figure: System Overview Header The Header displays the Application name, Operating status and Remaining time until automatic logout (if a user is logged in), as well as the Time and date. Content area The content area – depending on the selection in the Navigation bar – displays the corresponding Views. Navigation bar The primary Navigation bar is used for user navigation. The content of the Content area changes depending on the selection. Depending on the content, there may be a secondary, horizontal navigation bar for extended user navigation. Footer Depending on the selection made in the Navigation bar, the Footer can display extended information. 4.1. Header The header displays the application name, recording status and remaining time until automatic logout (if a user is logged in), as well as the time and date. Energy Data Management V1.0.0.0 27/112 Figure: Header Application name Static display of the application name Recording The Recording element returns the recording status of the data logger: •  A red status element (left) shows that data acquisition is disabled. •  A green status element (right) shows that data acquisition is enabled. Users with user level “Level 1” or higher (see also User rights) are conveniently directed to the Data Logger > Configuration view by pressing the status element. The recording status can be changed. Automatic logout During each operation, the remaining time displayed to the preconfigured logout time is reset. If no operations are performed within this time, the user is automatically logged out. The display element only appears when a user is logged in. Time/date Display of the time and date set on the connected application controller. 4.2. Content area The content area – depending on the selection in the Navigation bar – displays the corresponding Views. These are explained individually in the Content area views. 4.3. Navigation Bar The primary navigation bar is used for user navigation. It consists of several buttons that are used to make a selection for the content of the Content area. Depending on the content, there may be a secondary, horizontal navigation bar for extended user navigation. The content displayed in the Content area correlates with the color in the navigation bar: The following illustration would display the System overview in the content area because the [System Overview] button is colored (green). Energy Data Management V1.0.0.0 28/112 Figure: Navigation Bar [Digital inputs] Pressing the [Digital inputs] button opens the View for the digital inputs in the content area. (The button is only available if a user with corresponding User rights is logged in.) [Analog inputs] Pressing the [Analog inputs] button opens the View for the analog inputs in the content area. (The button is only available if a user with corresponding User rights is logged in.) [Power measurement module] Pressing the [Power measurement module] button opens the View for the power measurement module in the content area. (The button is only available if a user with corresponding User rights is logged in.) Energy Data Management V1.0.0.0 29/112 [M-Bus] Pressing the [M-Bus] button opens the View for the M-Bus in the content area. (The button is only available if a user with corresponding User rights is logged in.) [EnOcean] Pressing the [EnOcean] button opens the View for the EnOcean sensors in the content area. (The button is only available if a user with corresponding User rights is logged in.) [Data logger] Pressing the [Data logger] button opens the View for the data logger in the content area. (The button is only available if a user with corresponding User rights is logged in.) [Data plotter] Pressing the [Data plotter] button opens the View for the data plotter in the content area. (The button is only available if a user with corresponding User rights is logged in.) [FTP] Pressing the [FTP] button opens the View for file transfer via FTP (File Transfer Protocol) in the content area. (The button is only available if a user with corresponding User rights is logged in.) [System overview] Pressing the [System overview] button opens the System overview in the content area. [General] Pressing the [General] button opens the View for general settings and information in the content area. [Anmeldung] Pressing the [Login] button opens the View for logging in/out and for password change in the content area. 4.4. Footer The footer displays the station layout (see also Example structure for comparison) and table form with the exception of the application controller and end module. Energy Data Management V1.0.0.0 30/112 Figure: Footer Item numbers The first line of the table shows the significant digits () of the item number of the module used. For an item number in the form of -/-, e.g., the 750-495/000-001 named in the Components, this significant and thus displayed digits would be: 495 In the selected Example, the significant digits are: 652 A zero is displayed if no module is plugged in: 0 If a module is plugged in that is not supported by the Energy Data Management application, a white exclamation mark on a red background appears: ! A list of supported modules is available in the section Hardware. Slot The second line is the consecutive numbering of possible and active slots in the system. The corresponding Color coding in the second line also shows that recorded values are assigned to corresponding Data points for Measured value recording by means of the module used at this slot. Selection For easier assignment, the module displayed in the respective View is selected in the baseboard in parallel. The colored background (gray) identifies the selection. Example In the example, a module with serial interface (750-652) is plugged into slot 8. The Color coding shows that M-Bus measured values are being recorded. Energy Data Management V1.0.0.0 31/112 5. View of the content area The content area – depending on the selection in the Navigation bar – displays the corresponding views. The available content areas are described below. 5.1. Digital inputs The recorded values can be viewed in the Digital Inputs view. Various settings can also be made for the digital inputs. It is only available to users with a user level of “Level 2” or higher (see also User rights). Note Automatic meter reset To prevent inaccuracy in real number notation, the meter is reset to 0 at a display value of 8,000,000 and counting begins from 0 again. This “jump” in the meter reading must be taken into account in a higher-level evaluation system. 5.1.1. Measured values In the Digital Inputs > Measured Values view, the measured values and other identification and configuration characteristics are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). This view shows the measured values of all digital inputs across modules on one page. Figure: Digital Inputs > Measured Values Measured values # Column Energy Data Management V1.0.0.0 Description 32/112 01 Module/channel Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. 02 Name Name is the designation set in the Configuration for the measuring point or measured value. 03 Meter status Meter status displays the current measured value taking into account the starting value set in the Configuration. 04 Unit Unit is the unit set in the Configuration for the measured value. 05 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 15-minute value 15-minute value displays the calculated Power mean value. 07 Unit Unit is the unit set in the Configuration for the 15-minute value. 08 DP DP displays the assignment of the data point number for the 15minute value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: • Measured values including data point settings and •  Configuration of the measured values. 5.1.2. Configuration In the Digital Inputs > Configuration view, options for configuring identification and configuration characteristics are available in a tabular view. It is only available to users with a user level of “Level 0” (see also User rights). This view shows the configuration options of all digital inputs across modules on one page. Energy Data Management V1.0.0.0 33/112 Figure: Digital Inputs > Configuration Configuration # Column Description 01 Module/channel Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. 02 Name Name is used to clearly identify the measuring point or measuring point and is displayed in the Measured values view. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 03 Value per pulse The Value per pulse specifies the value that must be added to the measured values per pulse (pulse multiplier). (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 04 Unit pulse Unit for the value per pulse (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Unit load profile Unit for the 15-minute value (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Energy meter Constant added to the measured value (offset) start value (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 34/112 07 [Apply] After a value has been changed in a line, pressing the [Apply] button permanently applies the modified configuration to the measured value. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •   Measured values including data point settings and •  Configuration of the measured values. 5.2. Analog inputs The recorded values can be viewed in the Analog Inputs view. Various settings can also be made for the analog inputs. It is only available to users with a user level of “Level 2” or higher (see also User rights). 5.2.1. Measured values In the Analog Inputs > Measured Values view, the measured values and other identification and configuration characteristics are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: Analog Inputs > Measured Values Measured values # Column Energy Data Management V1.0.0.0 Description 35/112 01 Module/channel Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. 02 Name Name is the designation set in the Configuration for the measuring point or measured value. 03 Value Value displays the current measured value taking into account the scaling and offset set in the Configuration. 04 Unit Unit is the unit set in the Configuration for the measured value. 05 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values including data point settings and •  Configuration of the measured values Page switching For the sake of clarity, a page is automatically created for each module of the “Analog Input” type (see Components). Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required module. 5.2.2. Configuration In the Analog Inputs > Configuration view, options for configuring identification and configuration characteristics are available in a structured view. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 36/112 Figure: Analog Inputs > Configuration Identification and configuration characteristics Identification and configuration characteristics can be changed in the individual fields of the structured view. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values including data point settings and •  Configuration of the measured values. Page switching For the sake of clarity, a page is automatically created for each module of the “Analog Input” type (see Components). Page switching is used to switch between pages to display the identification and configuration characteristics of the required module. Display and buttons for parameter transfer If values are changed within the structured view, a message appears. This is used to indicate that values in the view have been changed, but have not yet been taken into account by the Energy Data Management application. The changed values are only applied in the Energy Data Management application by clicking the message. Parameters may also need to be changed in the attached Components. Only push the button when all required parameters have been changed or set. Parameterization of the Components takes a few seconds. Energy Data Management V1.0.0.0 37/112 5.2.2.1. Identification and configuration characteristics In the fields of the Analog Inputs > Configuration structured view, options for configuring identification and configuration characteristics are available in a structured view. Figure: Analog Inputs > Configuration (Details) # Element 01 Name Description Name is used to clearly identify the measuring point or measuring point and is displayed in the Measured values view. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 02 Unit Unit in which the analog value is measured. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 Module/channel Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. 04 Type Specification of the module type and selected signal type 05 unscaled Display of the recorded value of the analog input (raw value) 06 Min. value Specifies the minimum limit for calculating the scaled value (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Max. value Specifies the maximum limit for calculating the scaled value (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 scaled Display of the scaled value (calculated from the raw value using the minimum and maximum value) 07 [Offset] The [Offset] button takes into account an offset to be entered separately. The offset is taken into account by pressing the button. If the button is not pressed, the offset entered is not taken into account. 08 [Parameters] The [Parameters] button open a dialog to change other parameters. 5.2.2.2. Parameter: Current input After pressing one of the [Parameters] buttons of a current input module in the Analog Inputs > Configuration, the related parameter dialog for module and channel configuration appears. Energy Data Management V1.0.0.0 38/112 Figure: Analog Inputs > Configuration > Parameters (Current Input Module) General Information Name is the designation set in the Configuration for the measuring point or measured value. Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. Signal type (channel) Depending on the type of module selected for parameterization (see also Components), the connected signal form can be selected for each individual channel from a list of possible signal types. In addition, the selected channel can be explicitly disabled to suppress possible diagnostic messages. (A detailed description of configurable values is available in the respective product manual.) Filter selection (module) Based on the module, a filter for noise reduction can be switched on/off. The filter applies to all channels of the module. (A detailed description of configurable values is available in the respective product manual.) Filter selection (channel) Energy Data Management V1.0.0.0 39/112 In addition or as an alternative to the module-related filter, a low pass filter can be switched on/off for each individual channel. (A detailed description of configurable values is available in the respective product manual.) [Apply] Press the [Apply] button to apply the settings made and to close the dialog. [Close] Press the [Close] button to close the dialog. Settings made may be discarded. 5.2.2.3. Parameter: Voltage input After pressing one of the [Parameters] buttons of a voltage input module in the Analog Inputs > Configuration, the related parameter dialog for module and channel configuration appears. Figure: Analog Inputs > Configuration > Parameters (Voltage Input Module) General Information Name is the designation set in the Configuration for the measuring point or measured value. Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. Energy Data Management V1.0.0.0 40/112 Signal type (channel) Depending on the type of module selected for parameterization (see also Components), the connected signal form can be selected for each individual channel from a list of possible signal types. In addition, the selected channel can be explicitly disabled to suppress possible diagnostic messages. (A detailed description of configurable values is available in the respective product manual.) Filter selection (module) Based on the module, a filter for noise reduction can be switched on/off. The filter applies to all channels of the module. (A detailed description of configurable values is available in the respective product manual.) Filter selection (channel) In addition or as an alternative to the module-related filter, a low pass filter can be switched on/off for each individual channel. (A detailed description of configurable values is available in the respective product manual.) [Apply] Press the [Apply] button to apply the settings made and to close the dialog. [Close] Press the [Close] button to close the dialog. Settings made may be discarded. 5.2.2.4. Parameter: Temperature input After pressing one of the [Parameters] buttons of a temperature input module in the Analog Inputs > Configuration, the related parameter dialog for module and channel configuration appears. Energy Data Management V1.0.0.0 41/112 Figure: Analog Inputs > Configuration > Parameters (Temperature Input Module) General Information Name is the designation set in the Configuration for the measuring point or measured value. Module specifies the slot address of the module. This is identical to the information in the Footer of the Energy Data Management application. Channel specifies the channel number on the module. Signal type (channel) Depending on the type of module selected for parameterization (see also Components), the connected signal form can be selected for each individual channel from a list of possible signal types. In addition, the selected channel can be explicitly disabled to suppress possible diagnostic messages. (A detailed description of configurable values is available in the respective product manual.) Filter selection (module) Based on the module, a filter for noise reduction can be switched on/off. The filter applies to all channels of the module. (A detailed description of configurable values is available in the respective product manual.) Selection of connection type (module) Depending on the signal type selected, the selected connection type of the temperature sensor must also be specified. Energy Data Management V1.0.0.0 42/112 (A detailed description of configurable values is available in the respective product manual.) [Apply] Press the [Apply] button to apply the settings made and to close the dialog. [Close] Press the [Close] button to close the dialog. Settings made may be discarded. 5.3. Power measurement module The recorded values can be viewed in the Power measurement module view. Various settings can also be made. It is only available to users with a user level of “Level 2” or higher (see also User rights). 5.3.1. Measured values In the Power Measurement Module > Measured Values view, the measured values and other identification and configuration characteristics are displayed in a structured view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: Power Measurement Module > Measured Values Name In the Measured values view, the name of the module selected via Page switching is displayed. Energy Data Management V1.0.0.0 43/112 In the Configuration view, the name of the module selected via Page switching can be changed via the input field of the same name. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) Modul position The slot is displayed for better orientation. This is identical to the information in the Footer. Phase L1-L3 Display of various measured values across all three phases DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Four quadrant display In the Four quadrant display, the energy flow direction is displayed by the colored background of the quadrant area. The energy flow direction results from the sign of the active power of the individual phase and its power factor (cos phi) and is displayed separately for all three phases accordingly. Colored background in: •  Quadrant I: Positive active power, positive power factor, positive reactive power => motor-inductive operation •  Quadrant II: Negative active power, negative power factor, positive reactive power => generating-inductive operation •  Quadrant III: Negative active power, negative power factor, negative reactive power => generating-capacitive operation Energy Data Management V1.0.0.0 44/112 •  Quadrant IV: Positive active power, positive power factor, negative reactive power => motor-capacitive operation Display of rotational direction Display of the rotational direction of the phase-displaced alternating field DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Measured values of phases L1, L2 and L3 Display of various measured values for each individual phase DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values including data point settings and •  Configuration of the measured values. Page switching For the sake of clarity, a page is automatically created for each module of the “Power measurement module” type (see Components). Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required module. Energy Data Management V1.0.0.0 45/112 5.3.2. Configuration In the Power Measurement Module > Configuration view, options for configuring identification and configuration characteristics are available in a structured view. It is only available to users with a user level of “Level 0” (see also User rights). Figure: Power Measurement Module > Configuration The configuration and parameterization options of the power measurement module are varied. (A detailed description of configurable values is available in the respective product manual.) Name In the Measured values view, the name of the module selected via Page switching is displayed. In the Configuration view, the name of the module selected via Page switching can be changed via the input field of the same name. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) Modul position The slot is displayed for better orientation. This is identical to the information in the Footer. Display and buttons for parameter transfer If values are changed within the structured view, a message appears. This is used to indicate that values in the view have been changed, but have not yet been taken into account by the Energy Data Management application. The changed values are only Energy Data Management V1.0.0.0 46/112 applied in the Energy Data Management application by clicking the message. Parameters may also need to be changed in the attached Components. Only push the button when all required parameters have been changed or set. Parameterization of the Components takes a few seconds. Configuration characteristics Various Configuration characteristics can be changed in the individual fields of the structured view. For the sake of clarity, they are distributed among the following sections: •  General Settings •  Settings for external and neutral conductors •  Other setting options Reset value and measuring cycle If the value specified in the input field for the Reset value is reached, power meters L1-L3 are cleared. The Measuring cycle [s] input field allows the user to enter a time for cyclic querying of the measured values of the modules. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values including data point settings and •  Configuration of the measured values. Page switching For the sake of clarity, a page is automatically created for each module of the “Power measurement module” type (see Components). Page switching is used to switch between pages to display the identification and configuration characteristics of the required module. 5.3.2.1. General Settings In the fields of the Power Measurement Module > Configuration structured view, options for configuring general configuration characteristics are available in a structured view. Energy Data Management V1.0.0.0 47/112 Figure: Power Measurement Module > Configuration (General) Operating mode # Element 01 [Grid frequency] 02 Peak value measurement phase 03 [Enable watchdog] Description The [Grid frequency] button is used to select the frequency of the power supply. The [50] or [60] buttons are used to change the value. Peak value measurement phase allows the user to set the phase for which the peak value measurement should be used. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) A watchdog can be enabled. The watchdog switches off the green “A” status LED if no process data is received for 200 ms or more. Energy meter # Element 01 Storing interval Description Storing interval indicates the time in seconds for cyclic energy consumption storage. (If the user has the corresponding rights, leftclicking in the field opens an input field for changing the information/ value.) 02 Resolution The representation of the energy values can be scaled using a of energy defined factor. This factor can be set by the user in accordance with measurement the application being used and can be changed at any time. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 48/112 Note Important note! For energy counting, the resolution of the energy measurement must be set to 1000Wh in order to be able to take advantage of the maximum counting range of the module! Energy measurement threshold values # Element Description 01 Active Specification of the threshold for energy measurement; the measurement power is interrupted as soon as any of the values set is exceeded. Systemic leakage currents cannot be included in the energy measurement. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 02 Reactive Specification of the threshold for energy measurement; the measurement power is interrupted as soon as any of the values set is exceeded. Systemic leakage currents cannot be included in the energy measurement. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 Apparent Specification of the threshold for energy measurement; the measurement power is interrupted as soon as any of the values set is exceeded. Systemic leakage currents cannot be included in the energy measurement. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Miscellaneous # Element Description 01 Rogowski Rogowski coil type designates which coil is used for the measurement. coil type There are two possible values to enter: 0: Rogowski coil RT500 (e.g. Article No. 855-9100/0500-0000 or 855-9300/0500-0000) 1: Rogowski coil RT2000 (e.g. Article No. 855-9100/2000-0000 or 855-9300/2000-0000) (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 02 Fault Fault current detection threshold estimates the value at which a fault current current is detected. If the value set is exceeded, an error bit is set in detection the status byte of the process image. (If the user has the corresponding threshold rights, left-clicking in the field opens an input field for changing the information/value.) 5.3.2.2. Settings for external and neutral conductors In the fields of the Power Measurement Module > Configuration structured view, options for parameterizing configuration characteristics of external and neutral conductors is available in a structured view. Energy Data Management V1.0.0.0 49/112 Figure: Power Measurement Module > Configuration (L1, L2, L3, N) Thresholds # Element Description 01 Undervoltage Input option for the threshold for phases L1 to L3. The number threshold entered is to be multiplied by 0.1 V to obtain the actual threshold. If the value is not reached or exceeded, an error bit is set in the status byte of the process image and a red error LED is enabled. 02 Overvoltage Input option for the threshold for phases L1 to L3. The number threshold entered is to be multiplied by 0.1 V to obtain the actual threshold. If the value is not reached or exceeded, an error bit is set in the status byte of the process image and a red error LED is enabled. 03 Overcurrent Input option for the threshold for phases L1 to L3. The number threshold entered is to be multiplied by 0.1 mA to obtain the actual threshold. If the value is not reached or exceeded, an error bit is set in the status byte of the process image and a red error LED is enabled. Min/Max value It is determined whether the measured min./max values for current, voltage, power and frequency should be reset automatically after a certain time or not. # Element Description 01 Reset Input option for the reset interval for phases L1 to L3. The number interval entered is to be multiplied by 200 ms to obtain the actual value. 02 Automatic Selection option for enabling automatic reset reset Energy Data Management V1.0.0.0 50/112 Monitoring interval # Element 01 Mean value calculation 02 Peak value measurement User scaling # Element 01 Transformer ratio 02 Enable Note Description Setting option for the interval for calculating the arithmetic mean value in seconds Setting option for the interval for the peak value measurement in half waves Description The transformer ratio specifies the value at which the measured value calculation should be taken into account. Selection option for enabling the transformer ratio Important note! Settings for Rogowski coils! If you are using 750-495/000-002 version Rogowski coils, user scaling cannot be enabled. Thus, the transformation ratio is always 1:1. Otherwise, you would obtain incorrect measured values! N (neutral conductor) # Element 01 Transformer ratio 02 Enable Note Description The transformer ratio specifies the value at which the measured value calculation should be taken into account. Selection option for enabling the transformer ratio Important note! Settings for Rogowski coils! If you are using 750-495/000-002 version Rogowski coils, user scaling cannot be enabled. Thus, the transformation ratio is always 1:1. Otherwise, you would obtain incorrect measured values! 5.3.2.3. Other setting options In the fields of the Power Measurement Module > Configuration structured view, other setting options are available. Figure: Power Measurement Module > Configuration (Other) Energy Data Management V1.0.0.0 51/112 Delete min/max values # Element Description 01 [Delete All min./max. values are deleted. all min/ max values] 02 Select Selection of the min./max. value for deletion min/max value 03 [Delete] Deletion of the selected min./max. value Energy meter # Element Description 01 [Save] Causes early storage of all energy meters 02 [Delete All energy meters are deleted. all] 03 Energy Selection of the energy meter for deletion meter 04 [Delete] Deletion of the selected energy meter Other control elements # Element 01 [Default settings] 02 [Read configuration] 03 [Write configuration] Description All parameters are returned to their default values. The configuration data is read from the module. The configuration data is written to the module. 5.4. M-Bus The values recorded via the M-Bus are viewed in the M-Bus view. Various settings for the M-Bus subscriber can also be made. It is only available to users with a user level of “Level 2” or higher (see also User rights). Supported meter types and their specific measured values that the Energy Data Management application can process are: •  AC meter (see view Electricity values) 1.  Meter reading for energy “consumed” 2.  Current electrical output •  Water meter (see view Water quantity values) 1.  Metered water volume 2.  Current water flow rate •  Heat meter (see view Heat quantity values) Energy Data Management V1.0.0.0 52/112 1.  2.  3.  4.  5.  6.  7. Note Meter reading for energy “consumed” Current heat output Metered water volume Current flow rate Supply temperature Return air temperature temperature difference Important note! No “complex” meters or measurement devices are supported. 5.4.1. Electricity values In the M-Bus > Electricity Values view, the measured values and other identification and configuration characteristics are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: M-Bus > Electricity > Values Measured values # Column Description 01 Name Name is the designation set in the Configuration for the measuring point or measured value. 02 Work Work displays the current measured value taking into account the scaling and offset set in the Configuration. Energy Data Management V1.0.0.0 53/112 Unit is the unit set in the Configuration for the measured value. DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. 05 Power Power displays the current measured value taking into account the scaling and offset set in the Configuration. 06 Unit Unit is the unit set in the Configuration for the measured value. 07 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. 08 Address Address is the address set in the Configuration at which the measuring point or subscriber on the M-Bus can be reached. 09 Error If an error is identified when trying to read a meter value, the number of invalid hits is increased by one (see also Hits) and the error displayed on the meter in the form of an error code. An explanation of the error code is displayed as a ToolTip and is explained below: •  Error code 1: Interface error (SERCOMM) There is an error on the serial interface. •  Error code 2: M-Bus timeout The subscriber did not respond in the expected time. •  Error code 3: M-Bus Layer 1 error An error occurred during transmission. •  Error code 4: No evaluable data records The response telegram of the meter does not contain any evaluable data. 03 Unit 04 DP Hits The values of the received telegram are shown in the form of Valid hits/Invalid hits. If an invalid hit is identified, the reason for the invalid hit is detailed in the Error column in the content area. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. Energy Data Management V1.0.0.0 54/112 5.4.2. Water quantity values In the M-Bus > Water Quantity Values view, the measured values and other identification and configuration characteristics are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: M-Bus > Water Quantity > Values Measured values # Column Description 01 Name Name is the designation set in the Configuration for the measuring point or measured value. 02 Work Work displays the current measured value taking into account the scaling and offset set in the Configuration. 03 Unit Unit is the unit set in the Configuration for the measured value. 04 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. 05 Volume Volume flow displays the current measured value taking into account the flow scaling and offset set in the Configuration. 06 Unit Unit is the unit set in the Configuration for the measured value. 07 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. Energy Data Management V1.0.0.0 55/112 08 Address Address is the address set in the Configuration at which the measuring point or subscriber on the M-Bus can be reached. 09 Error If an error is identified when trying to read a meter value, the number of invalid hits is increased by one (see also Hits) and the error displayed on the meter in the form of an error code. An explanation of the error code is displayed as a ToolTip and is explained below: •  Error code 1: Interface error (SERCOMM) There is an error on the serial interface. •  Error code 2: M-Bus timeout The subscriber did not respond in the expected time. •  Error code 3: M-Bus Layer 1 error An error occurred during transmission. •  Error code 4: No evaluable data records The response telegram of the meter does not contain any evaluable data. Hits The values of the received telegram are shown in the form of Valid hits/Invalid hits. If an invalid hit is identified, the reason for the invalid hit is detailed in the Error column in the content area. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. 5.4.3. Heat quantity values In the M-Bus > Heat Quantity Values view, the measured values and other identification and configuration characteristics are displayed in a structured view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Energy Data Management V1.0.0.0 56/112 Figure: M-Bus > Heat Quantity > Values Measured values The following parameters and measured values are displayed per structure block: # Field Description 01 Name Name is the designation set in the Configuration for the measuring point or measured value. 02 Address Address is the address set in the Configuration at which the measuring point or subscriber on the M-Bus can be reached. 03 Error If an error is identified when trying to read a meter value, the number of invalid hits is increased by one (see also Hits) and the error displayed on the meter in the form of an error code. An explanation of the error code is displayed as a ToolTip and is explained below: •  Error code 1: Interface error (SERCOMM) There is an error on the serial interface. •  Error code 2: M-Bus timeout The subscriber did not respond in the expected time. •  Error code 3: M-Bus Layer 1 error An error occurred during transmission. •  Error code 4: No evaluable data records The response telegram of the meter does not contain any evaluable data. 04 Measured Measured value is the name for the adjacent values. value 05 Value Value displays the current measured value taking into account the scaling and offset set in the Configuration. 06 Unit Unit is the unit set in the Configuration for the measured value. Energy Data Management V1.0.0.0 57/112 07 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. Hits The values of the received telegram are shown in the form of Valid hits/Invalid hits. If an invalid hit is identified, the reason for the invalid hit is detailed in the Error column in the content area. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. 5.4.4. Electricity configuration In the M-Bus > Electricity Configuration view, options for configuring identification and configuration characteristics are available in a tabular view. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 58/112 Figure: M-Bus > Electricity > Configuration Configuration # Column Description 01 Name Name is the designation set in the Configuration for the measuring point or measured value. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 02 Address Address of the meter on the M-Bus (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 SND SND NKE indicates whether a normalization command is sent before the NKE query. 04 Min. Specifies the minimum distance of successive queries in seconds (default: send 5) time [s] (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Work unit Specifies the unit of the measured work (default: kWh) (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Power Specifies the unit of the measured power (default: kW) unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 59/112 Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. 5.4.5. Water quantity configuration In the M-Bus > Water Quantity Configuration view, options for configuring identification and configuration characteristics are available in a tabular view. It is only available to users with a user level of “Level 0” (see also User rights). Figure: M-Bus > Water Quantity > Configuration Configuration # Column Description Energy Data Management V1.0.0.0 60/112 Name is the designation for the measuring point or measured value. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 02 Address Address of the meter on the M-Bus (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 SND SND NKE indicates whether a normalization command is sent before the NKE query. 04 Min. Specifies the minimum distance of successive queries in seconds (default: send 5) time [s] (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Quantity Specifies the unit of the measured flow quantity (default: m³) unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Volume Specifies the unit of the measured volume flow (default: m³ph) flow unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 01 Name Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. 5.4.6. Heat quantity configuration In the M-Bus > Heat Quantity Configuration view, options for configuring identification and configuration characteristics are available in a structured view. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 61/112 Figure: M-Bus > Heat Quantity > Configuration Configuration The following parameters and measured values are displayed per structure block: # Column Description 01 Name Name is the designation for the measuring point or measured value. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 02 Address Address of the meter on the M-Bus (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 SND SND NKE indicates whether a normalization command is sent before the NKE query. 04 Min. send Specifies the minimum distance of successive queries in seconds (default: time [s] 5) (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Energy Specifies the unit of the measured energy (default: kWh) unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Power Specifies the unit of the measured power. (default: kW) unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 07 Flow Specifies the unit of the measured flow quantity (default: m³) quantity (If the user has the corresponding rights, left-clicking in the field opens an unit input field for changing the information/value.) Energy Data Management V1.0.0.0 62/112 08 Flow rate Specifies the unit of the measured volume flow (default: m³ph) unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 09 Temp. at Specifies the unit of the temperature at flow (default: °C) flow unit (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 10 Temp. Specifies the unit of the temperature at return. (default: °C) return (If the user has the corresponding rights, left-clicking in the field opens an unit input field for changing the information/value.) 11 Temp. Specifies the unit of the temperature difference (default: K) difference (If the user has the corresponding rights, left-clicking in the field opens an unit input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Electricity values including data point settings, •  Water quantity values including data point settings, •  Heat quantity values including data point settings, •  Electricity configuration, •  Water quantity configuration and •  Heat quantity configuration. Page switching Up to 20 subscribers are possible for each type selected via content switching. For the sake of clarity, they are displayed in groups of up to 10 subscribers per page. Page switching is used to switch between pages to display the values and identification and configuration characteristics of the required subscribers. 5.5. EnOcean The values recorded via the EnOcean sensor can be viewed in the EnOcean view. Various settings for the EnOcean subscriber can also be made – EEP types A502 (A5-04-xx) and A510 (A5-10-xx) are supported. It is only available to users with a user level of “Level 2” or higher (see also User rights). Information Additional Information! By standardizing the communication profiles (EnOcean Equipment Profile, EEP), the interoperability of the terminals based on EnOcean technology is ensured. In this way, for example, sensors from one device manufacturer can communication with receiver Gateways from another manufacturer. The standard can be downloaded at http://www.enocean-alliance.org/de/enocean_standard/. Information Additional Information! The WAGO libraries for building automation include the Module Descriptions for the WAGO EnOcean Library Enocean_05.lib (version: 17.06.2013). This document contains more information on supported sensors of the specified EEP types. The document can be downloaded at http://www.wago.com. Energy Data Management V1.0.0.0 63/112 5.5.1. Measured values A5-02 IIn the EnOcean > Measured Values A5-02 view, the measured values and other identification and configuration characteristics for the configured sensors are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: EnOcean > A5-02 > Measured Values Measured values # Column Description 01 Sensor Sensor is the serial number of the sensor. Eight sensors can be used. 02 Name Name is the designation set in the Configuration for the measuring point or measured value. 03 Value Value displays the current measured value taking into account the scaling and offset set in the Configuration. 04 Unit Unit is the unit set in the Configuration for the measured value. 05 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 EEP type EEP type designates the communications profile (EnOcean Equipment Profile, EEP) of the configured sensor. Content switching Energy Data Management V1.0.0.0 64/112 Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values (from sensors acc. EEP type) A5-02 including data point settings, •  Measured values (from sensors acc. EEP type) A5-10 including data point settings, •  Configuration (of the measured values from sensors acc. EEP type) A5-02 and •  Configuration (of the measured values from sensors acc. EEP type) A5-10. 5.5.2. Measured values A5-10 In the EnOcean > Measured Values A5-10 view, the measured values and other identification and configuration characteristics for the configured sensors are displayed in a tabular view. It is only available to users with a user level of “Level 2” or higher (see also User rights). Figure: EnOcean > A5-10 > Measured Values Measured values # Column Description 01 Sensor Sensor is the serial number of the sensor. Eight sensors can be used. 02 Name Name is the designation set in the Configuration for the measuring point or measured value. 03 Value Value displays the current measured value taking into account the scaling and offset set in the Configuration. 04 Unit Unit is the unit set in the Configuration for the measured value. 05 DP DP displays the assignment of the data point number for the measured value made via the dialog for Data point selection. If no assignment was made, a “0” is displayed in the field. Energy Data Management V1.0.0.0 65/112 (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 EEP type EEP type designates the communications profile (EnOcean Equipment Profile, EEP) of the configured sensor. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values (from sensors acc. EEP type) A5-02 including data point settings, •  Measured values (from sensors acc. EEP type) A5-10 including data point settings, •  Configuration (of the measured values from sensors acc. EEP type) A5-02 and •  Configuration (of the measured values from sensors acc. EEP type) A5-10. 5.5.3. Configuration A5-02 In the EnOcean > Configuration A5-02 view, options for configuring identification and configuration characteristics are available in a structured view. It is only available to users with a user level of “Level 0” (see also User rights). Figure: EnOcean > A5-02 > Configuration Configuration # Column Description 01 Sensor Sensor is the serial number of the sensor. Eight sensors can be used. 02 Name Name is used to clearly identify the measuring point or measuring point and is displayed in the Measured values view. Energy Data Management V1.0.0.0 66/112 03 04 05 06 (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) Unit Specifies the unit based on the sensor properties (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) EEP type EEP type designates the communications profiles (EnOcean Equipment Profile, EEP) of the configured sensor. Input is as a hexadecimal number. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) EnOcean Each sensor has a unique ID number. An ID number received in the ID EnOcean ID field can be transferred to the corresponding field of the column. Left-click and hold (approx. 5 seconds) on the required field of the column. The sensor manual describes how a sensor ID number is sent. Offset Constant added to the measured value (offset), the offset is enabled by pressing the [Offset] button. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values (from sensors acc. EEP type) A5-02 including data point settings, •  Measured values (from sensors acc. EEP type) A5-10 including data point settings, •  Configuration (of the measured values from sensors acc. EEP type) A5-02 and •  Configuration (of the measured values from sensors acc. EEP type) A5-10. EnOcean ID A received EnOcean ID (EnOcean address) is displayed here and can be transferred to the EnOcean ID column. To receive an EnOcean ID, the EnOcean ID must be sent from the sensor quickly twice in succession. The [Manual EnOcean ID] button is used to manually enter the EnOcean ID in hexadecimal notation. 5.5.4. Configuration A5-10 In the EnOcean > Configuration A5-10 view, options for configuring identification and configuration characteristics are available in a structured view. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 67/112 Figure: EnOcean > A5-10 > Configuration Configuration # Column Description 01 Sensor Sensor is the serial number of the sensor. Eight sensors can be used. 02 Name Name is used to clearly identify the measuring point or measuring point and is displayed in the Measured values view. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value. Please note: The input is limited to 15 characters. If the limit is exceeded, the input field cannot be closed.) 03 Unit 1 Specifies the unit of the first measured value based on the sensor properties (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 04 Unit 2 Specifies the unit of the second measured value based on the sensor properties (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Unit 3 Specifies the unit of the third measured value based on the sensor properties (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 EEP type EEP type designates the communications profile (EnOcean Equipment Profile, EEP) of the configured sensor. The entry is made in hexadecimal notation. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 68/112 07 EnOcean Each sensor has a unique ID number. An ID number received in the ID EnOcean ID field can be transferred to the corresponding field of the column. Left-click and hold (approx. 5 seconds) on the required field of the column. The sensor manual describes how a sensor ID number is sent. 08 Offset Constant added to the measured value (offset), the offset is enabled by value 1 pressing the [Offset] button. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 10 Offset Constant added to the measured value (offset), the offset is enabled by value 2 pressing the [Offset] button. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 12 Offset Constant added to the measured value (offset), the offset is enabled by value 3 pressing the [Offset] button. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Measured values (from sensors acc. EEP type) A5-02 including data point settings, •  Measured values (from sensors acc. EEP type) A5-10 including data point settings, •  Configuration (of the measured values from sensors acc. EEP type) A5-02 and •  Configuration (of the measured values from sensors acc. EEP type) A5-10. EnOcean ID A received EnOcean ID (EnOcean address) is displayed here and can be transferred to the EnOcean ID column. To receive an EnOcean ID, the EnOcean ID must be sent from the sensor quickly twice in succession. The [Manual EnOcean ID] button is used to manually enter the EnOcean ID in hexadecimal notation. 5.6. Data logger The values previously selected via the Data point selection can be viewed in the Data Logger view. In addition, data recording can be configured via the Configuration view. It is only available to users with a user level of “Level 1” or higher (see also User rights). Note Important note! When designing your application, please note that the Data logger supports recording maximum 80 data points. 5.6.1. Overview The values previously selected via the Data point selection can be viewed in the Data Logger > Overview view. It is only available to users with a user level of “Level 1” or higher (see also User rights). Energy Data Management V1.0.0.0 69/112 Figure: Data Logger > Overview Data points # Column Description 01 Logger Displays the channel selected and assigned via the Data point selection for channel data recording 02 Name Name is the designation set in the respective configuration (see Digital Inputs > Configuration, Analog Inputs > Configuration, Power Measurement Module > Configuration, M-Bus > Electricity Configuration, M-Bus > Water Configuration, M-Bus > Water Quantity Configuration, EnOcean > Configuration A5-02 and EnOcean > Configuration A5-10) for the measuring point or measured value. 03 Module Module specifies the slot number at which the measured value of the data point to be recorded is captured. 04 Channel Channel specifies the channel number of the module specified in Module by which the measured value of the data point to be recorded is captured. 05 Type Type specifies the short description of the module used. 06 Value Value displays the current measured value taking into account the respective configuration. 07 Unit Unit is the unit set in the respective configuration for the measured value. 08 Channel When the Channel active option is switched on/off, the value for recording active is selected/deselected. Channels selected and assigned via the Data point selection can be easily enabled or disabled without having to change the data point configuration. Energy Data Management V1.0.0.0 70/112 09 [i] The [i] displayed at the end of the row functions as a button. Pressing the button opens a window that displays the values over the course of time as other Information. The button only appears if data recording (see Data Logger > Configuration) is enabled. [Export list] Pressing the [Export list] button provides a Data_List.csv for download that contains the entire data point list – the data points from all pages of the view. The button is only available if the Data_List.csv file was created by pressing the [Save list] button. [Save list] Pressing the [Save list] button saves a Data_List.csv to the SD card of the application controller – the data points from all pages of the view. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the Overview and Configuration content. Page switching A maximum of 16 lines / data points is displayed per page; a maximum of five pages are displayed. 5.6.2. Configuration In the Data Logger > Configuration view, settings can be made for data recording. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 71/112 Figure: Data Logger > Configuration Recording interval The user can specify the recording interval: • If you enter “5” in the input field and press the [s] button, for example, all measured values configured via the Data point selection that are also enabled in the Overview view are saved ev 5 seconds to the file specified below. • If you enter “10” in the input field and press the [m] button, the measured values are saved eve minutes. • If you enter “24” in the input field and press the [h] button, the measured values are saved ever hours. The smallest value (the value for saving data most often) is one second; the largest value (the value saving data least often) is 60 hours. Recording trigger In addition or alternatively to an interval, saving data can be triggered by the pulse input of the 15-mi value. This option can be enabled here. Recording The file name is specified in input field of the same name. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 72/112 The generated file (layout and structure of the file are explained in section CSV file structure) is stored in the File path. The storage location can only be extended, the root is already specified and cannot be changed. It is important to terminate the required path extension with a “/”. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) If the [Daily file switch] option is enabled, the specified File name is used a s prefix and the date is automatically added in the format _yyyy-MM-dd. The file extension is always *.csv is automatically added to the resulting file name. Note Important note! The data plotter can only access files saved in the /media/CSV_Files/ folder on the SD card. Saving the file to a different location is supported in the Energy Data Management application. Note Important note! The Energy Data Management application generates files and directories on the SD card. To determine the free space on the SD card, the structure is evaluated. Files or directories not generated by the Energy Data Management application, i.e., by an application external to the SD card, prevent correct determination of free space. 5.6.3. Information In the Data Logger > Overview > Information view, the measured values are displayed over the course of time in a tabular or graphic view. It is only available to users with a user level of “Level 0” (see also User rights) and only after measured values have been assigned via the Data point selection. The view is primarily used for analysis and diagnosis and is launched be pressing the [i] button in the Data Logger > Overview view. Figure: Data Logger > Information Energy Data Management V1.0.0.0 73/112 Tabular display of measured values Tabular display of the last recorded values, including timestamp Graphic display of measured values Graphic display of the last recorded values over time [Close] Press the [Close] button to close the view. 5.7. Data plotter If the data plotter is launched via the Navigation bar, a web application that is able to visualize data recorded via the Data logger, it opens full-screen in a full Internet browser environment and thus replaces the representation of the previously displayed User Interface. The data plotter is only available to users with a user level of “Level 2” or higher via the user interface (see also User rights). Figure: Data Plotter Language selection You can use the language selection interface to select the required language. DE is the entry for German. File selection After launching the data plotter, select the file created by the Energy Data Management application. The name(s) of the file(s) have been configured in advance in the Data Logger > Configuration view. Energy Data Management V1.0.0.0 74/112 Diagram The selected channels are displayed in the diagram. The buttons can be used to adjust the display as required. Legend The names and colors are displayed in the legend. If you move your cursor over the Diagram, the values corresponding to the position of the cursor are displayed. Channel selection and parameterization The Channels control element is used to select recorded channels for display and to configure their display (signal type, selection of the Y axis, display and color). The parameters are only applied after pressing the [Apply channel settings] button. Buttons Various actions can be triggered from the buttons. # Column Description 01 [Apply Applies the parameter settings made to the diagram via the channel Channels control element settings] 02 [Add custom Adds a custom result from a calculation as another channel for the channel] Channel selection and parameterization 03 [Save Saves the configuration to the display PC configuration] 04 [Load Loads the previous configuration from the display PC configuration] Button [e!COCKPIT/CODESYS V2 WebVisu] Pressing the [e!COCKPIT/CODESYS V2 WebVisu] button closes the data plotter and launches the user interface of the Energy Data Management application again. Note Important note! From a technical perspective, the data plotter is an HTML/JavaScript application available via the Webserver on the controller. Therefore, a full Internet browser environment is required. The data plotter does not run outside these environments. For that reason, it is not displayed when trying to launch it from the WebVisu App or WebVisuStarter. Information “Data Plotter” Application Note Detailed information on the application is available in the “Data Plotter” application note. This document can be obtained via the WAGO Website Energy Data Management V1.0.0.0 75/112 5.8. FTP In the FTP view, the Status of the file transferred by the Energy Data Management application via the “File Transfer Protocol” can be viewed. There is also the Configuration option of automatically transferring data recorded in files to an external FTP server. It is only available to users with a user level of “Level 0” (see also User rights). 5.8.1. Status In the FTP > Status view, a list of files recently created via the Data logger can be viewed. Manually selected files can be transferred from her to the FTP server specified in the Configuration. The latest transfer status can also be viewed. The view is only available to users with a user level of “Level 1” or higher (see also User rights). Figure: FTP > Status File overview list The file overview list displays up to 100 files written from the Data logger to the SD card on ten pages each with ten files. The date when the file was last written is also displayed for each file entry in UTC time (coordinated world time). The displayed page change is used to switch between table pages. Click an entry in the table to select it. A yellow background identifies the selected line. Energy Data Management V1.0.0.0 76/112 FTP diagnostics The FTP diagnostics display field shows the status of the last transfer. If the transfer fails, the display field appears with a red background. Press the [Reset error] button to cancel the colored background of the diagnostic display field. The last diagnostic message is retained. The Transmission in progress status element also displays a green background if a transfer attempt is being made. [Apply selected file names in configuration] After pressing the [Apply selected file names in configuration] button, the file name selected in the File overview list is applied to the Source: Path and file name input field of the Configuration view. You can only press the button if a file was previously selected. [Transfer selected file] Pressing the [Transfer selected file] transfers the file previously selected in the File overview list to the FTP server specified in the Configuration. You can only press the button if a file was previously selected. [Delete selected file] Pressing the [Delete selected file] deletes the file previously selected in the File overview list on the SD card. You can only press the button if a file was previously selected and not data is being recorded. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Status including data point settings and •  Configuration of the measured values. 5.8.2. Configuration In the FTP > Configuration, settings for the automatic data transfer of recorded files can be made. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 77/112 Figure: FTP > Configuration FTP diagnostics The FTP diagnostics display field shows the status of the last transfer. If the transfer fails, the display field appears with a red background. Press the [Reset error] button to cancel the colored background of the diagnostic display field. The last diagnostic message is retained. The Transmission in progress status element also displays a green background if a transfer attempt is being made. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the following content: •  Status including data point settings and •  Configuration of the measured values FTP-Server # Element 01 IP Address 02 Port 03 User Name Energy Data Management V1.0.0.0 Description IP address of an FTP server to which the CSV file should be saved (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Port number of the FTP server (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) User name of the FTP server user account 78/112 04 Password 05 Encryption 06 Encryption status 07 Source: Path and file name 08 Destination: Path and file name (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Password of the FTP server user account (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Encryption selection for transferring encrypted data to the FTP server; the server must be set accordingly. Supported transmission modes are: 1. Standard FTP without encryption 2. Explicit FTP via TLS 3. Implicit FTP via TLS (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) The Status of the selected encryption is displayed. The source path for the CSV file to send is displayed. The required file can be selected in the Status view. The file path and name are applied from there. Specifies the file path and name at the recipient; the settings depend on the FTP server user account. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 09 Cyclic Any CSV file can be sent at defined, repeating time intervals. The transmission respective time interval can be configured independently. The entry is made in three fields: For minutes = “m” field (maximum value: 59 minutes), for hours = “h” field (maximum value: 23 hours) and for days = “d” field (maximum value: 49 hours) (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 10 [Start] Cyclic transmission is started. 11 [Stop] Cyclic transmission is stopped. 5.9. System Overview The system overview displays a schematic representation of the Energy Data Management application. Some of the elements shown are navigation control elements, making it possible to switch views similar to the behavior of the Navigation bar. Energy Data Management V1.0.0.0 79/112 Figure: System Overview [Digital inputs] The [Digital inputs] button displays the color coding assigned for the Category (yellow) that is also found in the Footer and Data point selection dialog. A click of the mouse opens the Digital inputs view in the content area. [Analog inputs] The [Analog inputs] button displays the color coding assigned for the Category (green) that is also found in the Footer and Data point selection dialog. A click of the mouse opens the Analog Inputs view in the content area. [Power measurement module] The [Power measurement module] button displays the color coding assigned for the Category (blue) that is also found in the Footer and Data point selection dialog. A click of the mouse opens the Power measurement module view in the content area. [M-Bus] The [M-Bus] button displays the color coding assigned for the Category (red) that is also found in the Footer and Data point selection dialog. A click of the mouse opens the M-Bus view in the content area. Energy Data Management V1.0.0.0 80/112 [EnOcean] The [EnOcean] button displays the color coding assigned for the Category (orange) that is also found in the Footer and Data point selection dialog. A click of the mouse opens the EnOcean view in the content area. [General configuration] A click of the mouse opens the General view in the content area. [Composition of the data points and their processing] A click of the mouse opens the Data Logger > Overview view in the content area. [FTP] A click of the mouse opens the FTP status view in the content area. [CSV in data plotter format] A click of the mouse opens the Data Logger > Configuration view in the content area. 5.10. General In the General view, various information can be viewed and settings made. To a better overview, the setting options are divided into four subareas that can be accessed via the page's horizontal navigation bar (Content switching) based on the user level. Energy Data Management V1.0.0.0 81/112 Figure: General Settings In the Settings view, cross-functional settings are made. Time/date In the Time/date view, the time and date of the application controller can be set (manually or via SNTP). Network address In the Network address view, the network address parameters of the application controller can be changed. Information In the Information view, information on the application controller and application is displayed. Content switching Content switching is a horizontal navigation bar and contains buttons to switch between the aforementioned views. Energy Data Management V1.0.0.0 82/112 5.10.1. Settings In the General > Settings view, cross-functional settings are displayed and made. It is only available to users with a user level of “Level 0” (see also User rights). Figure: General > Settings Settings: 15-minute value The 15-minute value charged by the power supply company (PSC) is relevant for energy measurement. Accordingly, the pulse provided by the PSC can be processed by the Energy Data Management application. There are two options: 1.  The pulse can be recorded via a digital input. In this case, the absolute channel number must be specified. This is the position of the input in the consecutive numbering of the digital channels. Example: If the input is on the first channel of the second, two-channel digital input module, then the channel number would be three (count: 2 channels from module 1 + first channel from module 2 = three). 2. The pulse is made available via the network. In this case, the external value must be written to the respective MODBUS address of the Energy Data Management application. Settings: M-Bus If values are recorded from meters connected via M-Bus, it must be enabled by specifying the absolute position of the associated module with serial interface in the station layout (see also Footer). Settings: EnOcean Energy Data Management V1.0.0.0 83/112 If values are recorded from connected EnOcean sensors, it must be enabled by specifying the absolute position of the associated module with serial interface in the station layout (see also Footer). Settings: Program parameters # Control element 01 Name of the distribution box 02 03 04 05 Note Description All parameters that have been made using the various configuration views can be saved from here and backed up. The Name of the distribution box is to be entered in the field of the same name. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) [Read] If there is a settings file with the name entered in the Name of the distribution box already on the SD card, the settings contained can be read by pressing the [Read] button. [Write] Press the [Write] button to write a file to the SD card of the controller. The file name consists of the Name of the distribution box. [Export To download the settings file, press the [Export settings] button. The settings] browser opens a dialog to select the location to which the file should be saved on the computer. Transfer a settings file created in this way to another controller using the SD card or an external FTP program (e.g., FileZilla). Read / write Once the file has been successfully read or written, the display switches successful to green for approx. 5 seconds. Important note! Exporting a settings file does not work with the WebVisu App, WebVisuStarter and some browsers and it also depends on the operating system. 5.10.2. Time/date In the General > Time/Date view, the time and data parameters are displayed and set. It is only available to users with a user level of “Level 0” (see also User rights). Energy Data Management V1.0.0.0 84/112 Figure: General > Time/Date Manual time/date setting Use the manual time/date setting to change the time and date of the application controller. The automatic time/date setting is recommended in conjunction with several controllers, taking into account synchronicity and accuracy of the internal clocks. Automatic date/time setting The Energy Data Management application supports the automatic time/date setting via an SNTP server (Simple Network Time Protocol). This setting ensures a uniform time in conjunction with several controllers and over time. 5.10.2.1. Manual time/date setting In the field for manual time/date setting in the General > Time/Date view, respective values or parameters can be read from or written to the application controller. Energy Data Management V1.0.0.0 85/112 Figure: General > Time/Date (manual) # Element Values (current) 01 Output field Values (new) 02 Hour 03 Minute Description The time and date currently set on the application controller are displayed and continuously updated in the field. It contains: •  hh for the two-digit hour in 24-hour format •  mm for the two-digit minute •  ss for the two-digit second •  dd for the two-digit day •  MM for the two-digit month (e.g., “05” for May) •  yyyy for the four-digit year To manually change the time for the application controller, enter the two-digit number for the hour in the Hour field (24-hour format). (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) To manually change the time for the application controller, enter the two-digit number for the minute in the Minute field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) Energy Data Management V1.0.0.0 86/112 04 Seconds To manually change the time for the application controller, enter the two-digit number for the second in the Second field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 05 Day To manually change the date for the application controller, enter the two-digit number for the day in the Day field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Month To manually change the date for the application controller, enter the two-digit number for the month in the Month field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 07 Year To manually change the date for the application controller, enter the four-digit number for the year in the Year♠ field. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 08 [Read] Press the [Read] button to read and display the current time and date of the application controller in the Hour, Minute, Second, Day, Month and Year input fields. 09 [Write] Press the [Write] button to write the values set in the Hour, Minute, Second, Day, Month and Year input fields to the application controller. Information Recommendation to proceed! To set the time and/or date, it is recommended that you first read the current controller values by pressing the [Read] button, then changing the required values and pressing the [Write] button to write the values to the controller. ALL values in the input fields are written! 5.10.2.2. Automatic date/time setting In the field for automatic time/date setting in the General > Time/Date view, respective parameters for synchronizing with an external time server can be read from or written to the application controller. Energy Data Management V1.0.0.0 87/112 Figure: General > Time/Date (automatic) # Element Values (current) 01 IP address 02 Status 03 Query cycle Description The IP Address field displays the IP address of the SNTP server currently saved on the application controller. Status display whether SNTP is enabled or disabled. The Query cycle field displays the value currently saved on the application controller for the cycle time in milliseconds. In a continuous cycle with the specified cycle time, the specified SNTP server is contacted to update the time and date values. 04 Server The Server available field indicates if an NTP server is accessible. available •  Green: The server is accessible. •  Gray: The Server is inaccessible. Values (new) 05 IP The four fields for the IP Address are used to enter a new IP address for the address SNTP server to be used. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 06 Query The Query cycle field is used to enter a new cycle time for querying the time and cycle date values from the specified SNTP server. Energy Data Management V1.0.0.0 88/112 07 User server 08 [Read] 09 [Write] (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) By marking the Use server checkbox, the application controller is instructed to obtain the time and date from the specified SNTP server. Clicking the checkbox again disables the option. Press the [Read] button to read the current values of the SNTP configuration from the application controller and to display the values in the IP Address and Query cycle input fields. Press the [Write] button to write values to the application controller set via the IP Address and Query cycle input fields. Information Recommendation to proceed! To set the values for the SNTP configuration, it is recommended that you first read the current controller values from the application controller by pressing the [Read] button, then changing the required values and pressing the [Write] button to write the values to the controller. ALL values in the input fields are written! 5.10.3. Network address In the General > Network Address view, the parameters of the network address of the application controller are displayed and set. It is only available to users with a user level of “Level 0” (see also User rights). Figure: General > Network Address Values (current) # Field Description Energy Data Management V1.0.0.0 89/112 01 IP address 02 Subnet mask 03 Default gateway 04 Gateway status The IP Address field displays the current IP address of the application controller. The Subnet mask field displays the current IP address of the application controller. The Default gateway field displays the current IP address of the gateway. The Gateway status field displays if the default gateway is enabled or disabled. Values (new) # Field Description 01 IP The four fields for the IP Address are used to enter a new IP address for address the application controller. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 02 Subnet The four fields for the Subnet mask are used to enter a new subnet mask mask for the application controller. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 03 Default The four fields for the Default gateway are used to enter a new default gateway gateway address for the application controller. (If the user has the corresponding rights, left-clicking in the field opens an input field for changing the information/value.) 04 Enable By marking the Enable gateway checkbox, the application controller is gateway instructed to use a gateway to be parameterized. Clicking the checkbox again disables the option. [Read] Press the [Read] button to read the current network parameters from the application controller and to display the values in the IP Address, Subnet mask and, if applicable, Gateway address input fields. [Write] Press the [Write] button to write values to the application controller set via the IP Address, Subnet mask and, if applicable, Gateway address input fields. Information Recommendation to proceed! To set the values for the network address, it is recommended that you first read the current controller values by pressing the [Read] button, then changing the required values and pressing the [Write] button to write the values to the controller. ALL values in the input fields are written! Note Important note! The user must ensure that the terminal device with which the parameter settings for the network address are made still has access to the controller after the Energy Data Management V1.0.0.0 90/112 changes are made. Otherwise, the user will not be able to make any further settings or correct any faulty settings made! 5.10.4. Informationen In the General > Information view, other general information is displayed in two fields. It is available to users of all user levels (see also User rights). Figure: General > Information Device information In the Device information field, the relevant network parameters (current IP address, current subnet mask, gateway status and MAC address) are displayed in addition to the product information of the application controller being used (product name, item number, firmware). Except for the MAC address, the network parameters can be changed on the Settings page of the Network address. Press the [Read] button to update the information. SD carte Energy Data Management V1.0.0.0 91/112 The SD card element displays the total and available memory as values. A percentage view of available space (green bar) is also displayed for faster orientation. Hinweis Important note! The Energy Data Management application generates files and directories on the SD card. To determine the free space on the SD card, the structure is evaluated. Files or directories not generated by the Energy Data Management application, i.e., by an application external to the SD card, prevent correct determination of free space. Application information In the Application information, the name of the application and version information are displayed. It also contains contact information. 5.11. Login An associated view is displayed in the content area depending on whether a user is already logged in or not. These are explained below. 5.11.1. Logging in If no user is logged in, the following view is displayed by pressing the [Login] button of the Navigation bar. If a user is logged in, a slightly different view appears that is explained under the following heading (Log out/change password). Figure: Login > Log In Energy Data Management V1.0.0.0 92/112 [Login] If no user is logged in, the Login dialog is launched by pressing the [Login] button. Language selection Press one of the flag icons to switch the interface language between “German” and “English”. 5.11.2. Log out/change password If a user is logged in, the following view is displayed by pressing the [Login] button of the Navigation bar. If no user is logged in, a slightly different view appears that is explained under the previous heading (Logging in). Figure: Login > Log In/Change Password [Login] If a user is logged in, the Login dialog is launched again by pressing the [Login] button. You can log in again with other User rights. No prior logout is required. [Logout] Press the [Logout] button to log the current user out. The control element only appears when a user is logged in. [Change password] Energy Data Management V1.0.0.0 93/112 Corresponding User rights provided, press the [Change password] button to launch the dialog for changing the password. The control element only appears when a user is logged in with the required User rights to change the password. Language selection Press one of the flag icons to switch the interface language between “German” and “English”. 5.11.3. Login dialog The dialog for logging in appears by pressing the [Log in] button on the Login page. Figure: Login > Login Dialog User level The User level field is used to choose different user levels based on different User rights. Password input field In the Password input field, enter the password assigned to the user level to obtain the required Access rights after pressing the [OK] button. (Input is concealed; each character entered is displayed as a “*” (multiplication sign)). [OK] Pressing the [OK] button checks whether the value entered in the Password field matches the selected user level. If so, the user is given the required User rights and the dialog closes automatically. If the entry is incorrect, a corresponding message appears and the dialog remains open after acknowledgement. [Cancel] Pressing the [Cancel] button closes the dialog without changing user rights. 5.11.4. Dialog for changing the password Energy Data Management V1.0.0.0 94/112 The dialog for changing the password appears by pressing the [Change password] button on the Login page. Figure: Login > Dialog for Changing the Password User level The User level field is used to choose different user levels based on different User rights. Old password input field The Old password input field is used to enter current password assigned to the selected user rights level. (Input is concealed; each character entered is displayed as a “*” (multiplication sign)). New password input field Im Eingabefeld Neues Passwort ist das Passwort einzugeben, dass nach Betätigung der Schaltfläche [OK] Gültigkeit für die ausgewählte Benutzerstufe erlangen soll. (Die Eingabe erfolgt verdeckt; jedes eingegeben Zeichen wird durch ein „*“ (Multiplikationszeichen) repräsentiert.) Password confirmation input field Enter the password entered in the New password input field again in the Password confirmation input field. (Input is concealed; each character entered is displayed as a “*” (multiplication sign)). [OK] Pressing the [OK] button checks whether the value entered for the selected user rights level in the Old password field matches and whether the values in the New password and Password confirmation fields are identical. If both apply, the password is changed and the dialog closes automatically. If the entry is incorrect, a corresponding message appears and the dialog remains open after acknowledgement. [Cancel] Pressing the [Cancel] button closes the dialog without changing the password. Energy Data Management V1.0.0.0 95/112 5.11.5. User rights The Energy Data Management application has three different user rights that for technical reasons are divided into eight user levels (Level 0 to Level 7): User level Level 0 Level 1 Level 2 Level 3-7 Password Access rights admin Full access user Display current measured values and change the settings for the Data logger. guest Display current measured values. - Not used Note Important note! The lower the number in the user level, the higher the access rights. If the documentation refers to “User with user level ‘Level 2’ or higher”, the user has access rights to user levels 2, 1 or 0. Energy Data Management V1.0.0.0 96/112 6. Data point selection A data point can be assigned to a measured value in the dialog shown below. Only assigned data points are required using the Data logger and displayed over time using the Data plotter. Only users with a “Level 0” user level can make the assignment (see also User rights). Click one of the data point files (DP) in the different Content area views to open the dialog. Figure: Data Point Selection Data Point Overview The data point overview displays available data points (fields with a white background) and already occupied data points (fields with a colored background). You can click one of the available fields to assign a data point to the measured value from which the dialog was launched. The assignment then received the corresponding color assignment in the data point overview. This is identical to the representation of the Components in the Footer. The dialog is automatically closed with the assignment. The action triggered by clicking one of the fields that is already occupied depends where the dialog was launched from. If the origin is: 1.  The measured value assigned to the data point, the mouse click deselects the data point. A new data point can now be selected as required, whereupon the dialog Energy Data Management V1.0.0.0 97/112 automatically closes. If no new data point is selected, the dialog must be manually closed after deselecting the data point by pressing the [Close] button. 2.  A measured value not assigned to the data point, the mouse click does not trigger any action because the data point is already assigned to another measured value. Only available data points can be assigned. To “redesignate” a data point, i.e., move it from one measured value to another, the prior assignment must first be revoked. The color coding explained below will help to identify the origin of the occupancy. Legend The color codings assigned in the Components are explained in the legend. The abbreviations mean: •  DI = Digital Input (Digital input) •  AI = Analog Input (Analog input) •  3P = 3-Phase Power Measurement (3-Phase Power measurement module) (EnOcean and M-Bus are not abbreviations) [Close] Press the [Close] button to close the dialog. Energy Data Management V1.0.0.0 98/112 7. MODBUS interface The MODBUS interface can be used to read and write values from the Energy Data Management application. In addition to the MODBUS connection, the remote station requires the respective MODBUS address(es) by which the required value(s) is/are reached. 7.1. General Overview of the MODBUS addresses of the general values (see also General view). Category MODBUS Data Bit Module Channel Function/description Access address type Heartbeat 12288 WORD The value is incremented as R long as the controller runs. If the value has reached 65530, the meter is reset to 0. 15-minute pulse 12300 WORD Input for external 15-minute W input pulse. 7.2. Digital inputs Overview of the MODBUS addresses of the digital inputs (see also Digital inputs view). Category 750-638, 2channel up/down meter MODBUS Data Bit Module Channel Function/description Address type 12388 REAL 1 1 Meter reading 12390 12392 12394 12396 12398 12400 12402 12404 12406 12408 12410 12412 12414 12416 12418 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL 1 1 1 2 2 2 2 3 3 3 3 4 4 4 4 1 2 2 1 1 2 2 1 1 2 2 1 1 2 2 15-minute value Meter reading 15-minute value Meter reading 15-minute value Meter reading 15-minute value Meter reading 15-minute value Meter reading 15-minute value Meter reading 15-minute value Meter reading 15-minute value Access R R R R R R R R R R R R R R R R 7.3. Analog inputs Overview of the MODBUS addresses of the analog inputs (see also Analog Inputs view). Energy Data Management V1.0.0.0 99/112 Category 750-496 – 8channel analog input module; 0 … 20 mA; 4 … 20 mA 750-497 – 8channel analog input module; 0 … 10 V; ± 10 V 750-451 – 8channel analog input module; MODBUS Data Bit Module Channel Function/description Address type 12488 REAL 1 1 Analog value 1 Access R 12490 12492 12494 12496 12498 12500 12502 12506 12508 12510 12512 12514 12516 12518 12520 12588 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 R R R R R R R R R R R R R R R R 12590 12592 12594 12596 12598 12600 12602 12606 12608 12610 12612 12614 12616 12618 12620 12688 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 R R R R R R R R R R R R R R R R Energy Data Management V1.0.0.0 100/112 RTD 750-452 – 2channel analog input module; 0 … 20mA; differential input 12690 12692 12694 12696 12698 12700 12702 12706 12708 12710 12712 12714 12716 12718 12720 12788 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 Analog value 2 Analog value 3 Analog value 4 Analog value 5 Analog value 6 Analog value 7 Analog value 8 Analog value 1 R R R R R R R R R R R R R R R R 12790 12794 12796 REAL REAL REAL 1 2 2 2 1 2 Analog value 2 Analog value 1 Analog value 2 R R R 7.4. Power measurement module Overview of the MODBUS addresses of the power measurement modules (see also Power measurement module view). Category 3-phase power measurement modules •  750-495 690 VAC/1 A •  750-495/000-001 690 VAC/5 A •  750-495/000-002 690 VAC / Rogowski coils MODBUS Data Bit Module Channel Function/description Address type 13288 REAL 1 Total active power 13290 13292 13294 Energy Data Management V1.0.0.0 REAL REAL REAL 1 1 1 Total reactive power Total apparent power Total power factor PF Access R R R R 101/112 13296 13298 13300 13302 13304 REAL REAL REAL REAL WORD 13306 13308 13310 13312 REAL REAL REAL WORD 13313 13314 13316 13318 13320 WORD REAL REAL REAL WORD 13321 WORD 13322 WORD 13324 13326 13328 13330 13332 13334 13336 13338 13340 13342 13344 13346 13348 13350 13352 13354 13356 13358 13360 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL WORD 13361 WORD 13362 WORD Energy Data Management V1.0.0.0 0 8 0 8 0 0 8 0 8 0 8 0 8 0 8 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Total active energy Total reactive energy Total apparent energy Current (eff.) N Fault current detection Rotating field Current (eff.) L1 Current (eff.) L2 Current (eff.) L3 Overcurrent L1 Overcurrent L2 Overcurrent L3 Voltage (eff.) L1-N Voltage (eff.) L2-N Voltage (eff.) L3-N Undervoltage L1 Undervoltage L2 Undervoltage L3 Overvoltage L1 Overvoltage L2 Overvoltage L3 Active power L1 Active power L2 Active power L3 Reactive power L1 Reactive power L2 Reactive power L3 Apparent power L1 Apparent power L2 Apparent power L3 Power factor PF L1 Power factor PF L2 Power factor PF L3 cos phi L1 cos phi L2 cos phi L3 Frequency L1 Frequency L2 Frequency L3 No zero point L1 No zero point L2 No zero point L3 Voltage drop L1 Voltage drop L2 R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R 102/112 8 13363 13364 13365 13366 WORD WORD WORD WORD 1 1 1 1 1 13367 WORD 1 13368 WORD 1 13369 WORD 1 13372 … 14713 REAL … … WORD 2 … 17 14716 14718 14720 14722 14724 14726 14728 14730 14732 REAL REAL REAL REAL REAL REAL REAL REAL WORD 14734 14736 14738 14740 REAL REAL REAL WORD 14741 14742 14744 14746 14748 WORD REAL REAL REAL WORD 14749 WORD 14750 WORD 14752 14754 14756 14758 REAL REAL REAL REAL 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 Energy Data Management V1.0.0.0 0 8 0 8 0 0 8 0 8 0 8 Voltage drop L3 4-quadrant display 4-quadrant display 4-quadrant display (abFeedback) module status (abFeedback) module status (abFeedback) module status (abFeedback) module status Total active power … (abFeedback) module status Total active power Total reactive power Total apparent power Total power factor PF Total active energy Total reactive energy Total apparent energy Current (eff.) N Fault current detection Rotating field Current (eff.) L1 Current (eff.) L2 Current (eff.) L3 Overcurrent L1 Overcurrent L2 Overcurrent L3 Voltage (eff.) L1-N Voltage (eff.) L2-N Voltage (eff.) L3-N Undervoltage L1 Undervoltage L2 Undervoltage L3 Overvoltage L1 Overvoltage L2 Overvoltage L3 Active power L1 Active power L2 Active power L3 Reactive power L1 R R R R R R R R R … R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R 103/112 14760 14762 14764 14766 14768 14770 14772 14774 14776 14778 14780 14782 14784 14786 14788 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL WORD 14789 WORD 14790 WORD 14791 14792 14793 14794 WORD WORD WORD WORD 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 14795 WORD 18 14796 WORD 18 14797 WORD 18 0 8 0 8 0 8 Reactive power L2 Reactive power L3 Apparent power L1 Apparent power L2 Apparent power L3 Power factor PF L1 Power factor PF L2 Power factor PF L3 cos phi L1 cos phi L2 cos phi L3 Frequency L1 Frequency L2 Frequency L3 No zero point L1 No zero point L2 No zero point L3 Voltage drop L1 Voltage drop L2 Voltage drop L3 4-quadrant display 4-quadrant display 4-quadrant display (abFeedback) module status (abFeedback) module status (abFeedback) module status (abFeedback) module status R R R R R R R R R R R R R R R R R R R R R R R R R R R 7.5. M-Bus Overview of the MODBUS addresses of the M-Bus subscribers (see also M-Bus view). Category Heat Meter MODBUS Address 16288 16290 16292 16294 16296 16298 16300 Energy Data Management V1.0.0.0 Data Bit Module Channel Function/description type REAL 1 ValueEnergy REAL 1 ValuePower REAL 1 ValueVolume REAL 1 ValueFlow REAL 1 ValueFTemp REAL 1 ValueRTemp REAL 1 ValueDTemp Access R R R R R R R 104/112 Electricity meter Water Meter 16302 16304 … … … 16590 16592 16594 16596 16598 16600 16602 16604 16606 16608 16610 16612 16614 … … … 16720 WORD REAL … … … WORD REAL REAL REAL REAL REAL REAL REAL WORD REAL REAL WORD REAL … … … WORD 1 2 … … … 19 20 20 20 20 20 20 20 20 1 1 1 2 … … … 19 Error ValueEnergy … … … Error ValueEnergy ValuePower ValueVolume ValueFlow ValueFTemp ValueRTemp ValueDTemp Error ValueEnergy ValuePower Error ValueEnergy … … … Error R R … … … R R R R R R R R R R R R R … … … R 16722 16724 16726 16728 16730 16732 16734 … … … 16840 16842 16844 16846 REAL REAL WORD REAL REAL WORD REAL … … … WORD REAL REAL WORD 20 20 20 1 1 1 2 … … … 19 20 20 20 ValueEnergy ValuePower Error ValueVolume ValueFlow Error ValueVolume … … … Error ValueVolume ValueFlow Error R R R R R R R … … … R R R R 7.6. EnOcean Overview of the MODBUS addresses of the EnOcean subscribers (see also EnOcean view). Category EnOcean A502 MODBUS Data Bit Module Channel Function/description Address type 15088 REAL 1 Temp 1 Energy Data Management V1.0.0.0 Access R 105/112 EnOcean A510 15098 15108 15118 15128 15138 15148 15158 15188 15190 15192 15198 … … … 15252 15258 15260 15262 REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL REAL … … … REAL REAL REAL REAL 2 3 4 5 6 7 8 1 1 1 2 … … … 7 8 8 8 Temp 2 Temp 3 Temp 4 Temp 5 Temp 6 Temp 7 Temp 8 Temperature [°C] Setpoint value correction [K] Humidity [%rH] Temperature [°C] … … … Humidity [%rH] Temperature [°C] Setpoint value correction [K] Humidity [%rH] R R R R R R R R R R R … … … R R R R 7.7. Data logger Overview of the MODBUS addresses of the values configured for the data logger (see also Data logger view). Category Data set 01 Data set 02 ... Data set 79 Data set 80 MODBUS Data Address type 18288 BYTE (LO) 18289 STRING 18297 BYTE (LO) 18297 BYTE (HI) 18298 STRING 18306 REAL 18308 STRING 18312 BYTE (LO) … … … … … … 20180 STRING 20184 BYTE (LO) 20185 STRING Energy Data Management V1.0.0.0 Bit Module Channel Function/description Access Number of the channel assignment Name Module number R Channel number R Measurement type Measured value Unit Number of the channel assignment … … … Unit Number of the channel assignment Name R R R R R R … … … R R R 106/112 20193 20193 20194 20202 20204 BYTE (LO) BYTE (HI) STRING REAL STRING Module number R Channel number R Measurement type Measured value Unit R R R 7.8. Measured values If only the measured values are to be queried via MODBUS, an unbroken series of MODBUS addresses makes sense because so many values can be queried at the same time. Category MODBUS Data Bit Module Channel Function/description Access Address type Measured value 23288 REAL Measured value data set 1 R 01 Measured value 23290 REAL Measured value data set 2 R 02 … … … … … Measured value 23444 REAL Measured value data set 79 R 79 Measured value 23446 REAL Measured value data set 80 R 80 Energy Data Management V1.0.0.0 107/112 8. CSV file structure As described in the section Data Logger > Configuration, the data logger generates a CSV file on the memory card (SD card). Its File name File structure are explained below. 8.1. File names The file name depends on different factors and the settings made by the user in the Data Logger > Configuration view. The following example is an example (logfile has been entered in the File name field in the Data Logger > Configuration view by the user): Event Action File name without option [Daily file with option [Daily file switch] switch] File size < 24 MB Recording logfile_dp.csv File size > 24 MB File size > 24 MB New day logfile_dp_2017-01-01.csv logfile_dp Recording in new file with logfile_dp_2017-01-01 2017-01-01 new name 09-41-27.csv 09-41-27.csv logfile_dp Recording in new file with logfile_dp_2017-01-01 2017-01-01 new name 16-20-19.csv 16-20-19.csv logfile_dp Action dependent on 2017-01-01 logfile_dp_2017-01-02.csv option selected: 16-20-19.csv * The changes from line to line are highlighted for a better overview of an italic, bold representation. 8.2. File structure The file header is located in the first line of the file. This is generated automatically from the time and •  name •  type •  unit of the respective data point. Each element of the file header is composed in the following syntax: Name type [Unit] The individual elements are separated by a comma. Here is an example for clarification: Content of the file: Time,Office 1 RTD[°C],Office 2 A502[°C],G02_E02_UV01 3P L1 I[A], G02_E02_UV01 3P L2 I[A],G02_E02_UV01 3P L3 I[A] 2016-09-28 11:49:24,23,24,1,1.37,1.16 2016-09-28 11:49:34,23,24,1,1.63,1.18 2016-09-28 11:49:44,23,24,1,1.59,1.09 Tabular view of the file: Energy Data Management V1.0.0.0 108/112 Time 2016-09-28 11:49:24 2016-09-28 11:49:34 2016-09-28 11:49:44 Office 1 Office 2 G02_E02_UV01 G02_E02_UV01 G02_E02_UV01 RTD[°C] A502[°C] 3P L1 I[A] 3P L2 I[A] 3P L3 I[A] 23.60 24.86 1.25 1.37 1.16 23.60 24.86 1.92 1.63 1.18 23.60 24.86 1.48 1.59 1.09 Energy Data Management V1.0.0.0 109/112 9. FAQs Answers to frequently asked questions. I get the error message “Lost monitoring connection”. What does that mean? The operating and/or display device has lost its connection to the controller, so the message for an aborted connection is displayed on the user interface. Establish the connection again by ensuring communication between the operating and/or display device and the controller. It may be helpful to: •  Check the communication path (cable OK, WLAN set correctly). •  Check the network settings for the controller and operating and/or display device (just after changing the network address). •  Check the Internet browser settings (e.g., proxy configuration). •  Restart the Internet browser, if necessary. Restart the operating and/or display device, if necessary. What is the “Power mean value” (or “15-minute value”) and how is it calculated? The power mean value (or also 15-minute value) is used to calculate power usage charges, which represent part of the electricity and gas price. The mean value of the power is calculated from the accumulated energy portion of the measurement period, divided by the duration of the measurement period. Example: Power mean value = Energy Measuring time = 250 Wh 0,25 h = 1 kW Energy consumption is measured by the distribution network using a corresponding meter in cyclic measurement periods (registered power measurement). The duration of the measurement period is normally 15 minutes for electricity and 60 minutes for gas. The energy (kWh) consumed in this period is recorded and saved as a power mean value (kW). Energy Data Management V1.0.0.0 110/112 The data plotter does not display any files for selection. What do I need to know? First, make sure that the files from the Data logger are really being saved in the /media/ CSV_Files/ folder or a subfolder (see Data Logger > Configuration). Check that a valid file name has been specified and that it ends in *.csv because only such files are displayed by the Data plotter. If you have specified an acceptable recording interval and have activated it (see Data Logger > Configuration) and you have configured and activated recording channels (see Data Logger > Overview), the Data plotter should only display files after you have started recording data (see User Interface > Header). Energy Data Management V1.0.0.0 111/112 WAGO Kontakttechnik GmbH & Co. KG Hansastraße 27 D-32423 Minden Phone +49 (0) 571 8 87 - 0 Fax +49 (0) 571 8 87 - 1 69 Email [email protected] Web http://www.wago.com Technical Support Phone +49 (0) 571 8 87 - 5 55 Fax +49 (0) 571 8 87 - 85 55 Email [email protected] Energy Data Management V1.0.0.0 112/112