1. CitectSCADA Communications with Mitsubishi FX3U-ENET

2. Open FX configuartor-EN to define the FX3U-ENET ethernetcard
And Set module nummer  Module 1 = 2de special module at the right side

3. Operational settings Select “Binary code”
Select “Always wait for open”
Give in the IP adress
PLC
PLC
Check all setting and save these with End

4. Operational settings
Define one or more ports as MELSOFT connections for GX IEC Developer and FX configutor-EN
Define a port for CitectSCADA
TCP
Unpassive
Procedure exit (MC)
Portnumber 1300
Check all setting and save these with End

5. Write settings to the FX3U-ENET
Push the Write button
Select the right COM-port to connect to the PLC and press OK
Push the Write button to download the settings
Set the PLC to stop
Click OK on the message
With Yes the PLC comes back in run
Power the PLC OFF and ON to reset the ethernet card

6. Diagnose via serial Push the Diagnostics button
Connection interface is still set to a COM-port
Push the Diagnostics button in this window as well
Select the different diagositics tabs

7. Diagnose via ethernet Push the Diagnostics button
Change the transfer setup to the IP adress of this PLC
Push the Diagnostics button in this window as well
Select the different diagositics tabs

8. GX IEC Developer via ethernet
Select the Ethernet board on the PC side
Select the Ethernet module in the PLC side
Give in the IP adress of the PLC
Set the timeout to 5 sec
Press Connection test
Save these setting by closing all windwos with OK

9. Operational settings
Define one or more ports as MELSOFT connections for GX IEC Developer and FX configutor-EN
Define a port for CitectSCADA
TCP
Unpassive
Procedure exit (MC)
Portnumber 1300
Check all setting and save these with End

10. Open Citect project en start de Express Communications wizard

11. Express Communications wizard steps
IOserver
name = IOserver
IOdevice
name = PLC1
external I/Odevice
Mitsubishi FX Serie FX3U Ethernet(TCP/IP)
Adress 255 (host PLC)
IP adress en port are not asked. See next page.

12. Set IP - and port adress Open de port settings of PLC1
Set the special opt -i p1300
Press replace to save settings
(PLC has IP adress and
port 1300 open for Citect)

13. Cluster needed in Citect v7
Open clusters
Make a cluster and press “Add”
Open I/O servers
Attach your IOServer to a your cluster and press Replace

14. Open Variable tags and define tags
Define a 16 bits tag
Name = RegD0_PLC1
Adress = D0
IO Device Name = PLC1
Data type = INT
Press add
Name = RegX0_PLC1
Adress = X0
Data type = Digtal

15. Create a page

16. Place a register on the page
Past genie
Select libary keyentery
Select parameter2
Press OK
Set tag
Move object and resize to your wish

17. Place a register on the page
Set symbol
Place it on the page
Insert a tag
Press OK

18. Save your page

19. Check your Communications settings Cluster1 > IOServer > BOARD1 > PORT1_BOARD1 > PLC1 > D0_PLC1
PORT
IP adres ENET
Portnumber ENET 1300
Special Opt -i –p1300
Default TCP & BIN
IO DEVICE
Adress 255 (host)
Protocol MELSCNET1
Tag = D0_PLC1

20. Compile your Project

21. Run Computer setup wizard

22. Run your project in demo mode
Press OK and run in demo mode for 15 minutes
Via menu update pages and select page01

23. Connect more FX3U-ENET modules
Open de ports
Change
portname to PORT2_BOARD1
Port Number to 2
IP adress to X
Press Add
Open de IOdevices
Name to PLC2
Number to 2
You have now 2 record of ports and of IOdevices

24. Define tags of PLC2 Open the tag RegD0_PLC1 Change Name to RegD0_PLC2
IO Device Name to PLC2
Press add
Open the tag RegX0_PLC1
Name to RegX0_PLC2
IO Device Name = PLC2

25. Add the PLC2 object on the page
Copy the 2 object from PLC1
Change the tags of the copied objects
Close the page and save it

26. Run Citect