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Entry   Remote control, posted by Ronic Chiche at ThomX igloo about software 1st_window.jpg2nd_window.jpginstruments.jpg
    Reply   Remote control, posted by Ronic Chiche at ThomX igloo about software 
       Reply   Remote control, posted by Ronic Chiche at ThomX igloo about software 
          Reply   Remote control, posted by Ronic Chiche at ThomX igloo about software 
    Reply   Remote control, posted by Ronic Chiche at ThomX igloo about software 
       Reply   Remote control, posted by Ronic Chiche at ThomX igloo about software 
Message ID: 7     Entry time: Wed Jul 5 17:00:58 2023     In reply to: 6     Reply to this: 8
 Author: Ronic Chiche 
 Status: Fixed 
 Type: info 
 Category: software 
 Location: ThomX igloo 
 Title: Remote control 

2 remotely controlled elements have been added : both of them are connected to our ethernet switch

- 192.168.1.60 : Basler Camera, to be used and configured with the Pylon software

- 192.168.1.70 : Home-made Onefive laser peltier controller using an Arduino+ethernet shield. the software has been developped by Sebastien Pitrel from CC using Python + Arduino IDE

Ronic Chiche wrote:

Description of the present remote control of the FP-cavity instruments:

  • In the control room, one can access any thomX computer using this account:
    login : operateur.thomx
    pwd  : thomX202
     
  • once logged on the computer,
    go to the "internet" section of the softwares
    and launch the Remote Deskop Control software
    look at the "1st window" image file to enter the remote control parameters
     
  • once connected to the remote computer (192.168.229.29)
    look at the "2nd window" image file to enter the account information:
    login: $jehanno
    pwd: ThomX2345
    domain: pc-thomx2
     
  • once logged to the remote computer,
    you can check the instruments connected to the local network : 192.168.1.1 - 255 by using the IP scanner on the desktop.
    see the "instruments" image to have the full list of IP adresses:
    192.168.1.1 : this computer has 2 ethernet cards, one on the ThomX network (192.168.229.29) and one the local instruments network (192.168.1.1)
    192.168.1.2 : the Netgear ethernet switch (on which all instruments are connected) address, accessible by its web server on port 80 (pwd:password)
    192.168.1.8 : the IP9258 power AC switch, accessible by its web server on port 80 (login: admin / pwd:12345678)
                          port 1 is connected to the Onefive Smaract motors (Frep and CEP)
                          port 2 is connected to the Laselock
    192.168.1.10: Smaract motors controller, accessible by its dedicated Precision Tool Commander software directly on its ethernet address
    192.168.1.20: Laselock controller, accessible by its dedicated Kangoo software on the virtual port COM 20
    192.168.1.30: Tektronix DPO4054 oscillorscope, accessible by its dedicated labwindowsCVI Signal ExpressTektronix Edition software on its ethernet address
                           or by its web server on port 80                                                  
    192.168.1.40: Gentec-EO power meter, accessible by its dedicated S-link software directly on the virtual port COM 13
    192.168.1.50: Rigol DG4162 arbitrary waveform generator. no dedicated software up to now => to be done
    192.168.1.86-87-88: FP-cavity motors controllers, accessible by their Jehanno "Chassis1-2" and "Chassis3" dedicated software directly on their ethernet address

 

 

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