PC Configuration - ZX F : Différence entre versions

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(Page créée avec « {{Tuto Details |Description=<translate>PC network configuration of the ZX3 / 4 following using a Windows Front End Pc and Beckhoff TwinCAT3 system running the back end for... »)
 
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The ZX-E was superseded by the ZX-F format which upgrades the backend PC to a Beckhoff CX5210 and runs TwinCAT3. The saw and machining centre side are both controlled in one unit. A windows PC has an extended desktop with 2 screens, 1 on the saw side and 1 on the MH side
 
The ZX-E was superseded by the ZX-F format which upgrades the backend PC to a Beckhoff CX5210 and runs TwinCAT3. The saw and machining centre side are both controlled in one unit. A windows PC has an extended desktop with 2 screens, 1 on the saw side and 1 on the MH side
  
In the ZX F format,  there are 2 PCs in total
+
<br />
  
#Beckhoff CX5120 Windows Embedded PC running PLC code
+
* A front end Pc is used to provide the user interface, which has a desktop split across two screens, one for each side of the machine. The front end software launches two UI forms, which has a slight downside in that two operators cannot use it at exactly the same time
#Front End PC used for User Interface - Windows 10 OS
+
* Uses a Gapton Computers or Netmatters supplied "CNC" machine
 +
* A "Back End" Beckhoff PC is used to provide the PLC control systems, running TwinCAT3.
 +
* Both PCs need to be on the same network
 +
* Front end PC needs TwinCAT3 Engineering Runtime installed, which allows communication to TwinCAT on the back end PC, and installs the System Manager to allow configuration and diagnostics of the front end.
 +
* The front end PC needs to have a "Route" set up to the Back end PC for TwinCAT to work<br /> All PCs have a network port and are connected through a 5 port switches located in the main cabinet, saw cabinet and a 3rd on the side of the MH machining module
 +
* This upgrade coincided with the ZX4 Mk5 which has separate cabinets for each module, and the saw console has been replaced with a slimline pole and screen/keyboard to save space. <br />
  
 
All PCs have a network port and are connected through a 5 port switches located in the main cabinet, saw cabinet and a 3rd on the side of the MH machining module
 
 
This upgrade coincided with the ZX4 Mk5 which has separate cabinets for each module, and the saw console has been replaced with a slimline pole and screen/keyboard to save space.
 
<br />
 
 
{| class="wikitable"
 
{| class="wikitable"
 
|+PC Naming
 
|+PC Naming
!MH Side Back End
+
!Front End
!Front End / Camera PC
+
!Back End
 +
!Optional - Diagnostic PC
 
|-
 
|-
|Z0nn
+
|Z0nn or Z0nnFE
 
where nn is the build number
 
where nn is the build number
|Z0nnC
+
|F0nnSBE
 
where nn is the build number
 
where nn is the build number
|-
+
|F0nnD
|Located in MH Infeed cabinet
+
|}{{Info|...The Diagnostic PC is sometimes added to give a permanent desktop that can be connected via teamviewer. This allows remote real time diagnostics withvideo footage and TwinCAT3 System Manager}}
|Located in MHInfeed cabinet
 
|}
 
 
{| class="wikitable"
 
{| class="wikitable"
 
|+Folder Structure
 
|+Folder Structure
!MH Setup Files
+
!Setup Files
!Saw Setup Files
+
!Front End Software
!MH Front End Software
 
!Saw Front End Software
 
 
|-
 
|-
|*.mul initialisation files<br /><syntaxhighlight lang="dosbatch">
+
|*.mul and *.saw initialisation files<br /><syntaxhighlight lang="dosbatch">
\\Z0nnC\DDRIVE\
+
c:\ddrive\
 
</syntaxhighlight>
 
</syntaxhighlight>
|*.saw initialisation files<br /><syntaxhighlight>
+
|written in vb.net <br /><syntaxhighlight>
\\Z0nnC\SAW\
 
</syntaxhighlight>mapped as d:\ from Z0nnS<br />
 
|written in vb.net on Z0nnC<syntaxhighlight>
 
 
c:\multi\winmulti.exe
 
c:\multi\winmulti.exe
 
</syntaxhighlight>
 
</syntaxhighlight>
|written in vb.net <br /><syntaxhighlight>
+
|}Location of folder structure of MH side can be changed in the local masterdir.saw. See [https://stuga.dokit.app/w/Masterdir_File https://stuga.dokit.app/wiki/Masterdir_File]{{Info|...The default folder used is called "DDRIVE" for historical reasons. Some other machines have aBeckhoff PC as the front end which has limited HDD space. In this case, a secondary PC was set up for diagnostics / storage (sometimes referred to as the "Camera PC"). The DDRIVE was set up as a shared folder on the Camera PC to store all machine data and diagnostics, which was mapped as "D:\" from the front end}}<br />
d:\winStugaSawVB.exe
 
</syntaxhighlight>
 
|}Location of folder structure of MH side and saw side can be changed in the local masterdir.saw. See [https://stuga.dokit.app/w/Masterdir_File https://stuga.dokit.app/wiki/Masterdir_File]
 
 
=Cameras=
 
=Cameras=
 
The ZX4 Mk5 machine was supplied with cameras as standard. These are also networked into the machine system.</translate>
 
The ZX4 Mk5 machine was supplied with cameras as standard. These are also networked into the machine system.</translate>
 
{{PageLang
 
{{PageLang
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|Language=en
 
|SourceLanguage=none
 
|SourceLanguage=none
 
|IsTranslation=0
 
|IsTranslation=0
|Language=en
 
 
}}
 
}}
 
{{AddComments}}
 
{{AddComments}}

Version du 12 novembre 2019 à 16:21

Auteur avatarGareth Green | Dernière modification 12/11/2019 par Gareth Green en cours de rédaction

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PC network configuration of the ZX3 / 4 following using a Windows Front End Pc and Beckhoff TwinCAT3 system running the back end for the whole machine.

Summary

The ZX-E was superseded by the ZX-F format which upgrades the backend PC to a Beckhoff CX5210 and runs TwinCAT3. The saw and machining centre side are both controlled in one unit. A windows PC has an extended desktop with 2 screens, 1 on the saw side and 1 on the MH side


  • A front end Pc is used to provide the user interface, which has a desktop split across two screens, one for each side of the machine. The front end software launches two UI forms, which has a slight downside in that two operators cannot use it at exactly the same time
  • Uses a Gapton Computers or Netmatters supplied "CNC" machine
  • A "Back End" Beckhoff PC is used to provide the PLC control systems, running TwinCAT3.
  • Both PCs need to be on the same network
  • Front end PC needs TwinCAT3 Engineering Runtime installed, which allows communication to TwinCAT on the back end PC, and installs the System Manager to allow configuration and diagnostics of the front end.
  • The front end PC needs to have a "Route" set up to the Back end PC for TwinCAT to work
    All PCs have a network port and are connected through a 5 port switches located in the main cabinet, saw cabinet and a 3rd on the side of the MH machining module
  • This upgrade coincided with the ZX4 Mk5 which has separate cabinets for each module, and the saw console has been replaced with a slimline pole and screen/keyboard to save space.
PC Naming
Front End Back End Optional - Diagnostic PC
Z0nn or Z0nnFE

where nn is the build number

F0nnSBE

where nn is the build number

F0nnD
...The Diagnostic PC is sometimes added to give a permanent desktop that can be connected via teamviewer. This allows remote real time diagnostics withvideo footage and TwinCAT3 System Manager
Folder Structure
Setup Files Front End Software
*.mul and *.saw initialisation files
c:\ddrive\
written in vb.net
c:\multi\winmulti.exe

Location of folder structure of MH side can be changed in the local masterdir.saw. See https://stuga.dokit.app/wiki/Masterdir_File

...The default folder used is called "DDRIVE" for historical reasons. Some other machines have aBeckhoff PC as the front end which has limited HDD space. In this case, a secondary PC was set up for diagnostics / storage (sometimes referred to as the "Camera PC"). The DDRIVE was set up as a shared folder on the Camera PC to store all machine data and diagnostics, which was mapped as "D:\" from the front end


Cameras

The ZX4 Mk5 machine was supplied with cameras as standard. These are also networked into the machine system.

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