TB0422 Commissioning ZX5 Software 2018 : Différence entre versions

[version en cours de rédaction][version en cours de rédaction]
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}}
 
{{Tuto Step
 
|Step_Title=<translate>Paste the solution</translate>
 
|Step_Content=<translate>Paste the solution on the ZX5 front end PC in C:/TwinCAT/Stuga.</translate>
 
}}
 
{{Tuto Step
 
|Step_Title=<translate>Open and rename</translate>
 
|Step_Content=<translate>Open Solution and...
 
 
1: rename the solution to the current build (i.e. Z067).
 
 
2: rename the project to the current build.   </translate>
 
|Step_Picture_00=TB0422_Commissioning_ZX5_Software_2018_4d0422_Commissioning_ZX5_Software_2018.jpg
 
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}}
 
{{Tuto Step
 
|Step_Title=<translate>Update MAC address</translate>
 
|Step_Content=<translate>Device MAC Addresses, Device 4 > Adapter > select OS (NDIS) > Search > EtherCAT. This should automatically update the mac address. And the other device. Device 1 > Adapter > PIC > Search > BUS.</translate>
 
|Step_Picture_00=TB0422_Commissioning_ZX5_Software_2018_4d0422_Commissioning_ZX5_Software_2018.jpg
 
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|Step_Picture_01=TB0422_Commissioning_ZX5_Software_2018_5d0422_Commissioning_ZX5_Software_2018.jpg
 
 
}}
 
}}
 
{{Tuto Step
 
{{Tuto Step
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|Step_Picture_01=TB0422_Commissioning_ZX5_Software_2018_7d0422_Commissioning_ZX5_Software_2018.jpg
}}
 
{{Tuto Step
 
|Step_Title=<translate>Update EtherCAT devices</translate>
 
|Step_Content=<translate>Update EtherCAT devices. This compares the solution’s EtherCAT boxes to the ones on the current build. Any differences between the current solution and the current build will be highlighted and explained by the system. Issues highlighted in RED are completely different to what the solution would expect. Issues highlighted in BLUE are ok, this suggests that a new version of hardware is being used but is compatible with the solution.
 
 
To do this right click on the target device and press “Scan”.
 
 
NOTE: If this does not work, repeat steps, save changes and online reset (Right click device x).</translate>
 
 
}}
 
}}
 
{{Tuto Step
 
{{Tuto Step

Version du 21 novembre 2019 à 17:32

Auteur avatarGareth Green | Dernière modification 9/10/2020 par Gareth Green en cours de rédaction

Introduction

The first step in commissioning a new machine is to get the basic software setup correctly installed. Because the software is designed to be very flexible across many machine types, the simplest way to do this is to copy from a recently built similar machine.

Étape 1 - Setup Front End PC

Follow technical bulletin 409 to setup PC with correct naming conventions and TeamViewer.

Étape 2 - Setup Back End PC

Follow TB0451 to set up the Beckhoff PC


Étape 3 - Install TwinCAT if Required

...All Netmatters CNC machines will have TwinCAT already installed, so you can normally skip this step


Install TwinCAT 3.16 from the mainserver (G:\Design\TwinCAT3\TC31-Full-Setup.3.1.4022.16). Go through the wizard and when prompted restart the PC. (2019 PCs will have this)



Étape 4 - Set up a route

Once restarted the TwinCAT icon will appear in the bottom right toolbar. We can now set up a route. Left click the TwinCAT icon once. There will be a menu, go to "Route" then "Add Route...". This is where the machine and the program can be linked. Making sure the machine infeed is on and connected to the local network,

  1. Press on add in the bottom left of the window (1).
  2. From here perform a broadcast search (2), this will search for any Beckhoff devices on the network.
  3. When the machine is found select it (3)
  4. and press add route (4).



Étape 5 - Build the Visual Studio Project

There are two ways to approach this

  1. Use an existing project from a similar, older machine. This is a shortcut method but relies on having a copy of the setup from a machine with the same EtherCAT setup
  2. Build a new project from scratch - use this method if this is the first machine of its type



Étape 6 - Select Auto-start boot project

Select Auto-start boot project. This can be found under PLC > PLC_Reset_1_1 and PLC > tc3Multi_6_24


Étape 7 - TwinSAFE System

AmsNetID the same on SYSTEM > Routes > “Target net ID”, must be the same as: SAFETY > ZX5_2_1 > ZX5_2_1 Project > Target System (Figure 1).



Étape 8 - Check safety options

To get the safety toolbar go to: View > Toolbars > Check TwinCAT Safety. This will show the safety options.

Étape 9 - Check safety

Go to: SAFETY > ZX5_2_1 > ZX5_2_1 Project > Target System. Press the refresh button to update the AmsNetID as it will currently have the ID if the machine that the software was copied from.  

Étape 10 - Copy serial number

Copy the serial number (Figure 2). (Used in step 17)  


Étape 11 - Verify Complete Safety Project

After this Verify Complete Safety Project (Figure 3)

Étape 12 - Verify Complete Safety Project (Hardware Level)

Then Verify Complete Safety Project (Hardware Level) (Figure 3)

Étape 13 - Download Safety Project

Then Download Safety Project (Figure 3)

Étape 14 - TwinSAFE Wizard

TwinSAFE Wizard: When prompted input, username: Administrator, Serial Number: (Copied from step 13), Password: TwinSAFE. Then confirm.

Étape 15 - Press Safety Goggles Icon

Go to SAFETY > ZX5_2_1 > ZX5_2_1 Project > TwinSafeGroup1 > TwinSafeGroup1.sal, and press the Safety Goggles Icon (Figure 3). This should show the Estop circuit in green if working correctly.

Étape 16 - Log on to the machine int c3Multi and PLCreset

Make sure to log onto the machine in tc3Multi AND PLCreset (Figure 4).



Étape 17 - See TB0371 for all parameters that need change

Please see TB0371 for all parameters than need change.  

Étape 18 - Troubleshoot

Scanning for devices: not able to copy revision.

Click on Extended Information, check to see if the hardware revision is lower than the one on the software. If so you may need to change this EtherCAT box out.

Étape 19 - Troubleshoot (2)

TwinSafe Error referencing dip switches. This is regarding the physical switches inside the beckhoff drives. This error will not allow you to complete the full TwinSAFE procedure.  

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