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Multi Instruments Data Acquisition Software Evolution The evolution in the remote electric power measurement Introduce MIDAsEvo.

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Presentation on theme: "Multi Instruments Data Acquisition Software Evolution The evolution in the remote electric power measurement Introduce MIDAsEvo."— Presentation transcript:

1 Multi Instruments Data Acquisition Software Evolution The evolution in the remote electric power measurement Introduce MIDAsEvo

2 Protocols and hardware interface MIDAsEvo Summary First at all … Configuration Logical communication channel Advanced tools Application Software versions Exit from the presentation

3 First of all MIDAS-Evo is a powerful program to allow the user to analyze the energy consumption. There are some features we must be familiar with. User friendly: Simple and graphical human machine interface. Data always on hard disk. Every time you want it is possible to retrieve the data and to see them in graphical or table format Simulation of consumption cost. More calendars may be created to help the user to define the best tariff profile. In the complete version, the user has a true SCADA program to design the own diagrams and to customize the project by using a programming language. Graphical representation of the devices SummaryNext

4 First of all All IME devices communicate via ModBus RTU protocol through the RS-485 or Ethernet interface Only NEMO 96 HD comes with ModBus over TCP/IP selectable protocol. Summary

5 Protocols and hardware interface MidasEvo support 2 type communication protocols and 2 type hardware interface The hardware interface are physical communication gate: –1) RS-232 or RS-458 –2) Ethernet The protocols are: –1) ModBus RTU –2) ModBus RTU over TCP/IP Summary

6 Logical communication channels MidasEvo support ”15 communications channels” The communication channels are the logic way to connect the “protocol” with “hardware interface” For example, is possible associate the channal 1 with ModBus RTU on com3 via RS-485, the channal 2 with ModBus RTU on com6 via RS-485, the channal 3 with ModBus RTU over TCP/IP via ethernet and in the same way, connect all the other present interface. Summary

7 Configuration How to add a device Next Summary

8 Configuration detail In the main Configuration Window, click on Add Device to arrive here. 1.Choose the device Model from list 2.Add an personal ID 3.Select a logical communication channel 4.Set the device Modbus node 5.Configure the graphical section Config

9 Create an application Next At this point, click on button “Build Application” on the left bottom corner. In this way Midas create a full and working Application for us. A further step it’s necessary: the “Gate configuration”. See this in the next step. How to create a Web Server Summary

10 Gate Configuration TCP SettingRS-485 Setting Back Next Config

11 Create a Web Server When creating a new application or updating a current application Midas ask you if want create a web server application. If you answer yes, you will find all parameters that will activate the integrate web server. The web server has the task of publishing on the Internet the data aquired by meters. Config

12 More in Configuration In this page you can configure the Language of the application, the alarm by full disk, the dimension limit for erase the database and the way How to manage the database file Config

13 The device are organized in sections (at least 16 per section) Up to 6 sections per page are possible Up to 60 sections are possible, extending the max. number of devices very close to 1000 Application How to connect Summary detail ConsumptionAlarmsTrends

14 Virtual instruments to have the situation under control at a glance. Meter detail Next Application Back

15 Virtual instruments to have the situation under control at a glance. Meter detail Next Back Application

16 All the energy and power will be shown and recorded as a function of the line meter. Meter detail Next Back Application

17 Software alarms can be set and recorded. Meter detail Next Back Application

18 Software alarms can be set and recorded. Meter detail Next Back Application

19 Summary of power and energies will be shown and recorded Meter detail Back Application

20 Example of a connection via RS-485 RS-232 / RS-485 COM1 COM3RS-485 Booster USB RS-232 RS-232 / RS-485 Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 100 IF2E003IF2E011 NextApplication

21 TCP/IP / RS-485 eth0 RS-485 Booster Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 126 TCP/IP / RS-485 IP IP IP IF2E011IF2E003 Example of a connection via ethernet NextBackApplication

22 IF2E003 TCP/IP / RS-485 eth0 RS-485 Booster Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 126 RS-232 / RS-485 Add. 62 com1 TCP/IP / RS-485 RS-485 Booster Add. 127Add. 128Add. 129Add. 158Add. 159Add. 190 IP IP IP Switch IF2E011 IF2E002 Example of a mix connection NextBackApplication

23 How to use the MidasWeb Server TCP/IP / RS-485 RS-485 Booster Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 126 RS-232 / RS-485 Add. 62 com1 TCP/IP / RS-485 RS-485 Booster Add. 127Add. 128Add. 129Add. 158Add. 159Add. 190 IP IP Switch Eth0 IP Client + MidasEvo Web Server Server Firewall Router NextBackApplication

24 Web Server Configuration Public IPPrivate IP : : : : : : : :502 NextBackApplication TCP/IP / RS-485 RS-485 Booster Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 126 RS-232 / RS-485 Add. 62 com1 TCP/IP / RS-485 RS-485 Booster Add. 127Add. 128Add. 129Add. 158Add. 159Add. 190 IP IP Switch IP MidasEvo + Web Server Server Firewall Router IME Public IP IME Private IP NAT :8080  :80

25 Example connection trought internet IME Public IPPrivate IP : : : : : : : :502 IF2E011IF2E003 Add. 1Add. 2Add. 3Add. 31Add. 32 Add. 63Add. 64Add. 65Add. 94Add. 95Add. 126 Add. 62 IP Switch Server Firewall Router IME Public IP IME Private IP IF2E003 NextBackApplication

26 How to connect into a IME rack Demo IP Pubblico IMEIP Privato : : : : : : : :502 IF2E011 Add. 1Add. 2Add. 3Add. 4Add. 6 Add. 155 Add. 255 IP Switch Server Firewall Router IME Public IP IME Private IP Add. 5 IP MidasEvo Intranet MidasEvo Internet NextBackApplication Gate Conf

27 Example of other mix connection IF2E011 Add. 1Add. 2Add. 3Add. 4 Add. 255 IP Switch Server Firewall Router IME Public IP IME Private IP Add. 155 IP MidasEvo Intranet Internet Add. 5 Add. 6 IP xxx.xxx.xxx.xxx Gate 502 BackApplication

28 Gate Internet/Intranet configuration Back Internet Gate ConfigurationIntranet Gate Configuration

29 MIDAs-Evo Application Alarms and supervisor events are recorded. Alarms are available as real time events or in a historical data base. Next Application

30 MIDAs-Evo Application Alarms are available as real time events or in a historical data base. Back Application

31 MIDAs-Evo Application Graphics are traced taking the data from the data base, for what the past is. For the present and the future... only wait. Custom charts : a window open on the past, if you want, or on the present, on what is happening now. The measurements you want each time you want; just select them. Next Application

32 MIDAs-Evo Application Configuration of different parameters and fast tracing selection for the maximum storing speed (30 sec otherwise) Back Application Next

33 MIDAs-Evo Application The user may decide to export the data also in.xls format for a more sophisticated analisys in Excel. Back Application

34 MIDAs-Evo Application Application Next You can set an hourly and daily energy tariff and simulate two more alternatives.

35 MIDAs-Evo Application The calendar setting is very easy. Up to 3 calendars for each energy type are available to help the user to create cost simulations. Back Application Next

36 MIDAs-Evo Application Consumption manager for each of the accumulated quantity. E.G. NEMO 96HD has 4 types of energy. Let us select the Active Energy + More devices can be grouped together to analyze the expense in a more flexible way. BackApplication Next

37 MIDAs-Evo Application Consumption manager for each of the accumulated quantity. E.G. NEMO 96HD has 4 types of energy. Let us select the Active Energy + Consumption analisys can be done per day, month or year. Data can be exported in.xls files. Back Application

38 MIDAs-Evo Application Remote configuration is possible for NEMO 96HD and NEMO 96HD+ for the standard parameters and plug in module.

39 MIDAs-Evo Application Reset of the stored quantities is possible.

40 Advanced tools MIDAS-Evo can be obtained in the full optional version. In this case, the software becomes a SCADA system. Advanced tool are available for software customization: -Template builder : to draw and customize the layout -Code builder : to write custom software. To Summary

41 Software versions MIDAS-Evo comes in 3 different versions : 1. Application for maximum 5 devices 2. Application for maximum 20 devices 3. Application full optional (about 1000 devices) MIDAS-Evo, to work, needs a hardware key. The current software setup release is The current MidasEvo Configurator release is 1.06 To Summary


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