AC500 CONVERTING AN AC500 V2 PROJECT TO AN AC500 V3 … · AC500 CONVERTING AN AC500 V2 PROJECT TO...
Transcript of AC500 CONVERTING AN AC500 V2 PROJECT TO AN AC500 V3 … · AC500 CONVERTING AN AC500 V2 PROJECT TO...
— APPLICATION NOTE
AC500 CONVERTING AN AC500 V2
PROJECT TO AN AC500 V3 PROJECT HINTS AND TIPS
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Contents
1 Introduction ...................................................................................................................................... 3 1.1 Scope of the document .............................................................................................................. 3 1.2 Compatibility ................................................................................................................................ 3
2 General Differences ......................................................................................................................... 4 2.1 Hardware, OS ................................................................................................................................ 4 2.2 Source Download/Upload ......................................................................................................... 6 2.3 Task Priorities ............................................................................................................................... 6 2.4 PLC Configuration ....................................................................................................................... 6 2.5 Interfaces and Slots .................................................................................................................... 7 2.6 SD Card........................................................................................................................................... 7 2.7 Update Rate of Communication Modules .............................................................................. 8 2.8 Ethernet Protocols ...................................................................................................................... 9 2.9 Protocol Features ....................................................................................................................... 10 2.10 CAN Protocols ............................................................................................................................. 10 2.11 Symbol File Configuration ....................................................................................................... 10 2.12 Memory Allocation/Byte Order .............................................................................................. 11 2.13 Libraries ....................................................................................................................................... 12 2.14 Library Manager ......................................................................................................................... 14 2.15 Licenses ....................................................................................................................................... 15 2.16 PLC Load / CPU Load ................................................................................................................ 16 2.17 Diagnosis ..................................................................................................................................... 18 2.18 Input- / Output Addresses ...................................................................................................... 19 2.19 Addressable Variables .............................................................................................................. 20 2.20 Vizualization ................................................................................................................................ 21
3 Analyze Application ....................................................................................................................... 24
4 Convert Application ....................................................................................................................... 25 4.1 Update Project or new Project ................................................................................................ 25 4.2 Convert Project with Automation Builder ............................................................................ 25 4.3 Adapt AC500 Libraries ............................................................................................................. 27 4.4 Error Handling Customer Specific Libraries ........................................................................ 27 4.5 Adapt %M Addresses ................................................................................................................ 28 4.6 Adapt %R Addresses ................................................................................................................. 28
AC500 CONVERTING AN AC500 V2 PROJECT TO AN AC500 V3 PROJECT
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1 Introduction
1.1 Scope of the document
Support Users to convert a project made for AC500 V2 to project for AC500 V3. Conversion is
partly supported by Automation Builder, but in most cases some manual conversion steps
have to be done.
The document describes the general differences between the AC500 V2 and AC500 V3 and
gives some hints to execute all necessary steps for conversion.
1.2 Compatibility
The application example explained in this document have been used with the below
engineering system versions. They should also work with other versions, nevertheless some
small adaptations may be necessary, for future versions.
• AC500 V2/V3 PLC
• Automation Builder 2.1.0 or newer
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2 General Differences
2.1 Hardware, OS
PM5xx PM56xx
Power PC TI ARM
Processor Speed Up to 400 MHz Up to 600 MHz
Memory Up to
• 4MB Code
• 4MB Data
• 32k %I
• 32k %Q
• 2MB Config
Up to 160 MB
(Code + Data + %I + %Q +
Config + IEC Driver)
M(odbus) Memory Up to 8 Segments with 64k each 128kB
Persistent Memory Up to 8 Segments %R with 64k
each
128kB
VAR GLOBAL PERSISENT
RETAIN
Operating System SMX Linux
IO Bus Up to 10 S500 Devices Up to 10 S500 Devices
Ethernet 1 or 2 Onboard Ethernet Ports 2 Onboard Ethernet Ports
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Memory Sizes
eCo-E PM556 PM573 PM583 PM585 PM590 PM592 PM595 PM5630 PM5650 PM5670/5
User Prog.
Memory 128kB 512kB 512kB 1 MB 1 MB 2 MB 4 MB 16 MB
8 MB 80 MB 160 MB
User Data 10kB 64kB 224kB 736kB 1536kB 1536kB 4096kB 16 MB
%M 2kB 64kB 128kB 128kB 512B 512kB 512kB 1024kB 128 kB 128 kB 512 kB
VAR-Retain 1kB 1kB 32kB 32kB 512B 512kB 512kB 1024kB 128 kB 128 kB 1024 kB
%R 1kB 1kB 128kB 128kB 512B 512kB 512kB 1024kB n/a n/a n/a
Total
Variables 14kB 130kB 512kB 1024kB 3072kB 3072kB 5632kB 19456kB
SRAM Disk - - 32 kB 64 kB 256 kB 256 kB 256 kB 960 kB Part of
Flash
Part of
Flash
Part of
Flash
Flash
without File
System
1024kB 1512kB 3072kB 4096kB 12288kB 12288kB 16384kB 40960kB
Flash with
File System 40 MB 381 MB 858 MB
User RAM
Disk 912kB 1424kB 1424kB 4096kB 4096kB 8 MB 8 MB 32 MB
Part of
Flash
Part of
Flash
Part of
Flash
Flash Disk 4 GB 4 GB 8 GB
Flash in AC500 V3
Partitioning of Flash and Firmware files of PM56xx-2ETH (≥V3.1.0)
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2.2 Source Download/Upload
PM5xx PM56xx
Only possible together with
inserted SD Card
Possible direct to and from PLC
Separate Note:
AC500 V3 Source Code -
Download and Upload with
AC500 V3.pdf
2.3 Task Priorities
PM5xx PM56xx
Task Prio’s 0..31 0..16
Application Tasks 10..31 0..16
Realtime Tasks 0..15
Non Realtime Task 16
2.4 PLC Configuration
PM5xx PM56xx
CPU Parameter for Configuration
of the System Behavior
PLC Settings for Configuration of
System behavior
IO-Bus and CS31-Bus will be
directly configured in Config Tree
IO-Bus will be directly configured
in Config Tree
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2.5 Interfaces and Slots
PM5xx PM56xx
1 (2) Onboard Ethernet 2 Onboard Ethernet
2 COM Ports (incl. CS31-Bus Master at
COM1)
1 COM Port
1 CAN Onboard Port
1 FBP Port
SD Card Slot SD Card Slot
Battery Slot Battery Slot
Up to 4 external CM Modules Up to 6 external CM Modules
Slot Number automatically configured
with plugging CM Module in AB
Slot Number for CM will be handled
by AB during Build of Application
2.6 SD Card
PM5xx PM56xx
Size Max. 2 GB (ABB tested Cards) Max. 2GB from ABB
Format Standard SDHC supported (Delivery from
ABB in preparation)
File System DOS 8.3 – Filesystem (Short
Names)
FAT 32, Long Names
Card Function Function Description of Card in
Init File
SDCARD.INI
Function Description of Card in
Init File
SDCARD.INI
Functionality One Card for
• FW Update (CPU, CM
Module, Display)
• Application Prog.
• CM Module Conf.
• User Data
• Project Source Code
• Retain-/Persitent- Data
One Card for
• FW Update (System,
Boot, Update, Display)
• User Data
• Retain-/Persitent- Data
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2.7 Update Rate of Communication Modules
PM5xx
PM56xx
PLC Settings
Create Task
Choose Task
No Program Call
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2.8 Ethernet Protocols
PM5xx PM56xx
Modbus TCP, Client + Server Modbus TCP, Client + Server
TCP/IP Sockets TCP/IP Sockets (CAA)
UDP (Standard UDP + ABB UDP) TCP/UDP
Online Access (3S and ABB Diver) 3S Online Access
IEC60870-5-104 (Control - +
Substation)
IEC60870-5-104 (Control - + Substation)
IEC61850 (MMS Server, Goose, Edition 1)
SNTP (Client + Server) SNTP (Client + Server)
SMTP
FTP Server (Client as Lib) FTP Server (connected to both Interfaces)
WEBserver 3S WEB Visu
CODESYS Network Variables
OPC DA (Server installed at PC) OPC DA (Server installed at PC)
OPC UA Server
MQTT MQTT
HTTP HTTP + HTTPS
Client Protocols added to Protocols
Server Protocols added below dedicated
Ethernet Port
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2.9 Protocol Features
PM5xx PM56xx
IEC60870-5-104 Substation
can be deactivated by
Application
IEC60870-5-104 Substation can be
deactivated by Application
Modbus TCP Server can be
deactivated by Application
2.10 CAN Protocols
PM5xx PM56xx
CM598 CANOpen Master
CAN2A/2B
in preparation
CM588 CANOpen Slave in preparation
Onboard CAN CANOpen Manager (Master)
CAN2A/2B
J1939
2.11 Symbol File Configuration
PM5xx PM56xx
Configuration in CODESYS
Project -> Options -> Symbol File
Configuration in Project Tree in AB
• Application
• Right Mouse Click -> Add
Object
• Symbol Configuration
Different Symbol Sets possible (for
different user’s)
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2.12 Memory Allocation/Byte Order
PM5xx PM56xx
Big Endian (Motorola byte order) Little Endian (Intel byte order)
PM5xx
ADR adr adr+1 adr+2 adr+3
BOOL %IX0.x %IX1.x %IX2.x %IX3.x
BYTE %IB0 %IB1 %IB2 %IB3
WORD %IW0 %IW1
DWORD %ID0
%IX0.0 :=TRUE
%IB0 :=16#01 :=1
%IW0 :=16#0100 :=256 (Bit 8)
%ID0 :=16#01000000 :=16777216
%IX3.0 :=TRUE
%IB3 :=16#01 :=1
%IW1 :=16#0001 :=1 (Bit 0)
%ID0 :=16#00000001 :=1
PM56xx
ADR adr adr+1 adr+2 adr+3
BOOL %IX3.x %IX2.x %IX1.x %IX0.x
BYTE %IB3 %IB2 %IB1 %IB0
WORD %IW1 %IW0
DWORD %ID0
%IX0.0 :=TRUE
%IB0 :=16#01 :=1
%IW0 :=16#0100 :=1 (Bit 0)
%ID0 :=16#00000001 :=1 (Bit 0)
%IX3.0 :=TRUE
%IB3 :=16#01 :=1
%IW1 :=16#0001 :=1 (Bit 8)
%ID0 :=16#01000000 := 16777216
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2.13 Libraries
PM5xx PM56xx
3S Standard Libs V2.3 3S Standard Libs V3
3S V2.3 Compatible Libs for V3
3S System Libs (SysLibxx.lib) 3S System Libs (SysLibxx_V3.lib)
ABB Libs for CM Modules and
Diagnosis
Basic set of ABB Libs (V2.3 and
PLCopen Style)
Common Naming for FB’s, Inputs,
Outputs, Edge trigger sending)
PLCopen compatible Lib Style
C/C++ Interface C Code Interface (3S) scheduled
for 2019
V2 Libraries V3 Libraries (compatible)
Standard Standard
Standard64
Util Util
SysLibCallback SysCallback23
SysLibCom SysCom23
SysLibEvent SysEvent23
SysLibFile SysFile23
SysLibIECTasks SysIecTasks23
SysLibMem SysMem23
SysLibPlcCtrl SysPlcCtrl23
SysLibProjectInfo SysProjectInfo23
SysLibRtc SysRtc23
SysLibSem SysSem23
SysLibSockets SysSocket23
SysLibStr SysStr23
SysLibTaskls SysTask23
SysLibtime SysTime23
SysTaskInfo SysTaskInfo23
CAA_File CAA File
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V2.3 Libraries V3.1 Libraries
SysInt_AC500_V10 AC500_IO
SysInt_AC500_V10
SysExt_AC500_V10
AC500_Pm
Ethernet_AC500_V10 AC500_Ethernet
Ethernet_AC500_V10 AC500_ModbusTCP
Modbus_AC500_V10 AC500_ModbusRtu
Modbus_Ext_AC500_V20 Not yet available
PROFINET_AC500_V13 AC500_Pnio
PROFINET_Ext_AC500_V20 Not yet available
ETHERCAT_AC500_V10 AC500_EtherCAT
CANopen_AC500_V25 CANbusDevice
CANopen_CME_AC500_V25 CANopenStack
CANopen_CMN_AC500_V25
CMN_AC500_V24
IoDrvJ1939
ASCII_AC500_V10 SerialCom
RTC_AC500_V20 SysTimeRTC
IEC60870_AC500_V20 AC500_Iec60870_5_104
Counter_AC500_V20 Partly in AC500_Io
Diag_AC500_V20
PROFIBUS_AC500 Not yet available
CD522_AC500_V13 Not yet available
DC541_AC500_V11 Not yet available
CS31_AC500_V20 Coming with CM574-RS
Arcnet_AC500 Won’t be supported
FBP Won’t be supported
RCOM_AC500_V13 Won’t be supported
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2.14 Library Manager
PM5xx PM56xx
Part of CODESYS 2.3 Project
Menu View/Library Manager
Optional two Library manager
• Below Application in Device
Tree, one Manager for each PLC
• Optional in POU View in
Automation Builder, if more than
one PLC is in the Project. POU’s
can be used for all PLC’s
In general, it is a big difference in Library Handling between AC500 V2 and AC500 V3:
1. In Automation Builder a Library Repository is there for all Libraries needed for AC500 V3
projects. Library Manager(s) in projects are based on Library Repository. By Creating a
new project Automation Builder moves all necessary (based on Project tree) Libraries to
the Library Manager. Additional Libraries (e.g. Modbus TCP) can be add from Repository.
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2. All Libraries are versioned. In Library Repository can be different versions from a Library.
With Placeholder Dialog and Double Click to Library (Library Column) you are able to
choose the version of the Library within your project.
3. In AC500 V3 (CODESYS V3) Library names have a dedicated Name Space. That mean all
ABB Libraries for AC500 start with “AC500_”.
4. Own Libraries can be created as
a. Implementation Library (*. Library) where the code is transparent
b. Compiled Library (*.compiled-library), Code of POU’s is not visible in the Project
5. Installation of an additional Library must be done via the Library Repository, which is the
Repository for your installation on PC. Library Manager of the Project access then at first
the Repository.
Missing Libraries from 3S can be directly installed from Internet via a Button in
Library Manager.
2.15 Licenses
PM5xx PM56xx
AB 1.x
• AB License
• 3S License (Libraries)
X
X
AB 2.x
• AB License
• Libraries (AB)
• Runtime Licenses
X
X
X
X
X
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2.16 PLC Load / CPU Load
PM5xx PM56xx
PLC Browser plcload
cpuload
PLC Shell plcload
cpuload
PM56xx
Show Load in a Trace
Mouse to PLC Name
Right Mouse Click
Add Object
cpuload plcload
Linux
Nonrealt ime load
Linux
Realt ime loadCODESYS (Prio 0-15)
Realt ime loadCODESYS (Prio 16)
Nonrealt ime load
Sometimes Linux Real Time Load will be
calculated also in the PLCLoad. This
happens if Linux Real Time Task interrupts
a CODESYS Real Time Task depending on a
higher Priority
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Fill in “CPU Load” in Object Name
Double Click to “CPU Load”
Right Mouse Click in View
Choose Upload Trace
Push Upload
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If Trace is not running
• Right Mouse Click in View
• Start Trace
Do the same for PLC Load
2.17 Diagnosis
PM5xx PM56xx
Diagnosis System for 100 Indications
(ring buffer) for CPU, IO-Bus, CS31-Bus
Standard 3S Diagnosis
32 Bit-Value (class, component, device,
module, channel, error)
AC500 V3 Diagnosis System available
from AB 2.2.0 (initial scope: CPU, IO-
Bus)
Visu via State Flag in AB device tree
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FB’s for Access of Field Bus Diag Field Busses provide detailed
Diagnosis in dedicated Filed Bus
Diagnosis View
Online Number for Text Output in CODESYS
State Line, AB Device Tree and Visualization
(e.g. for Access via WebServer)
Logging Entries
2.18 Input- / Output Addresses
PM5xx
AC500.hll AC500 Alignment
IEC-Variable *) Belegung
%IB0 - %IB999 I/O-Bus
%IB1000 - %IB1999 COM1 (CS31-Bus)
%IB2000 - %IB2999 COM2
%IB3000 - %IB3999 FBP-Interface
%IB4000 - %IB4095 Onboard-I/O (AC500-eCo)
%IB0.0 - %IB0.4095 Slot 0 (Interner CM module)
%IB1.0 - %IB1.4095 Slot 1 (Externer CM module1)
%IB2.0 - %IB2.4095 Slot 2 (Externer CM module2)
%IB3.0 - %IB3.4095 Slot 3 (Externer CM module 3)
%IB4.0 - %IB4.4095 Slot 4 (Externer CM module4)
All Inputs and Outputs are flat and Byte oriented
CM Modules: Inputs and Outputs with Slot Offset as Prefix
PM56xx
One flat Address Range for
• IO-Bus
• Onboard CAN
• COM1
• CM Module
Will be filled without Gaps
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2.19 Addressable Variables
PM5xx
• %M- and %R- Area (each max. 512k)
• Max 8 Segments with 64kB
Linie IEC - Variable
0 %MB0.0 .. %MB0.65535 %RB0.0 .. %RB0.65535
1 %MB1.0 .. %MB1.65535 %RB0.0 .. %RB0.65535
.. .. ..
6 %MB6.0 .. %MB6.65535 %RB0.0 .. %RB0.65535
7 %MB7.0 .. %MB7.65535 %RB0.0 .. %RB0.65535
• Bits are Byte oriented
ADR adr adr+1 adr+2 adr+3
BOOL %MX0.0.
0 .. 7
%MX0.1.
0 .. 7
%MX0.2.
0 .. 7
%MX0.3.
0 .. 7
BYTE %MB0.0 %MB0.1 %MB0.2 %MB0.3
WORD %MW0.0 %MW0.1
DWORD %MD0.0
PM56xx
• %M, one common Area (128kB)
o %MB0…%MB131071
• Bits are Byte oriented
• Persistent Option: %M without init (pragma: no init)?
• No %R Area, only VAR GLOBAL PERSISTENT RETAIN
• All have to be declared in one Global Variable List
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2.20 Vizualization
Master Layout
• Master layout function is not available in PM56xx Visualization.
• Master layout function in PM5xx Visualization is converted into “Frame” widget in
PM56xx Visualization.
Date and Time Display
• In PM5xx Visualization, date and time display with the syntax below.
%t%a %b %d.%m.%y %H:%M:%S
> Display in online mode: Wed Aug 28.08.02 16:32:45
• In PM56xx Visualization, date and time display with the syntax below.
%t[dddd yyyy-MM-dd HH:mm:ss]
> Display in online mode: Wednesday 2002.08.28 16:32:45
Bitmap Widget
• Bitmap widget in PM5xx Visualization is converted into “Image” widget in PM56xx,
but without the image.
• User need to create the “Image Pool” object and add the image to it. After that, user
need to add the link to the image widget.
Alarm Table Widget
• The alarm widget “Show statusline” in PM5xx Visualization is not available in the in
PM56xx. User need to create the relevant widget and link them to the Alarm widget
“Control variables”.
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Histogram Widget
• After convert the Histogram widget from PM5xx Visualization to PM56xx
Visualization, user required to adjust the widget properties in-order to display
widget properly.
Trend Widget
• Trend Widget in PM5xx Visualization are not converted into PM56xx Visualization.
• User need to add the Trend widget manually in the PM56xx Visualization. After that,
the “TrendRecordingTask” and “Trend Recording Manager” will be created
automatically.
Placeholder
• Any string enclosed in two dollar signs ($) is a valid placeholder (e.g. $variable1$,
variable$x$) in PM5xx Visualization.
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• In PM56xx Visualization, the placeholder variables are created in the “Interface Editor”
as variables.
• When insert the frame, the placeholder is configured in the “References”.
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3 Analyze Application Action Can be
used
without
change
Conversion
with AB
Conversion
manually
Symbolic programming for IO
variables
X
Standard ST code without
calling FB’s
X
V2 specific Library Look for a V3
Lib
Check/Change
call of FB’s
X
Customer specific Library Check Code
Check/Change
call of FB’s
X
Variables with %M Addresses Change
Addresses
X
Variables with %R Addresses Move to VAR
GLOBAL
PERSISTENT
RETAIN
X
IO’s to Modbus Move to new
Address Range
X
Replace/Remove Hardware
which is not supported from
actual V3 Platform
• CM592/CM582
• CM598/CM588
• CS31
• CD522
• DC541
• CM574
• etc.
Remove
hardware from
Tree
Check if HW
from V3 can be
used, e.g.
Replace
PROFIBUS by
PROFINET
X
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4 Convert Application
4.1 Update Project or new Project
Update Project can be done by “Change PM” (see chapter 4.2)
• Target PLC will be Changed
• Standard IEC Code will be transferred
• Depending on the Project, a lot of Error messages could appear
o V2.3 Libraries (Compatible Libraries will be automatically replaced)
o Call of FB’s which are no more available
o Wrong Variables at Inputs of FB’s
o Wrong %M Addresses
o Declared Variables wit %R Addresses
• It could come to some 100 Errors
Alternatively, it could be easier to create a new V3 project and take over Standard ST Code
with Copy and Paste
4.2 Convert Project with Automation Builder
• Open Automation Builder with V2 Project
• Double Click to PLC Name
• Choose PM5xx-ETH Hardware
• Select Checkbox “Change to AC500 V3 PLC“
• Push Button right to PM5xx Type
• Choose the V3 PLC e.g. PM5650
26 3ADR010397, 1, en_US
• Push Create V3 PLC
• Push Yes
• New PLC will be created, the old V2 PLC still remain.
• First steps to do
o Delete AlarmConfiguration and AlarmManager Task
o Delete Recipe Manager
o Delete CODESYS V2 Libries
o Delete “Task”, new Task remain
o Delete Global Variables
o Remaining errors could have the following reasons
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▪ Customer specific Libs
▪ Call of Wrong FB’s
▪ Wrong %M Address
▪ Use of %R Addresses
▪ etc.
4.3 Adapt AC500 Libraries
Look for FB’s in Program Code from old Libraries (Standard Libraries)
• Check if new similar FB’s are available
• Replace FB
• Adapt FB call
• Delete old (V2) Libraries
4.4 Error Handling Customer Specific Libraries
Check if Code can be used in V3 Environment
Check if FB’s from other Libraries are called
• Check if new similar FB’s are available
• Replace FB
• Adapt FB call
• Create new Customer specific Library
• Delete old Libraries
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4.5 Adapt %M Addresses
Check for addressed Variables in Global Variable Lists and in POU’s.
• Change Addresses
o %MW0.100 -> MW100
o %MW1.0 -> MW32768
4.6 Adapt %R Addresses
Check for addressed Variables in Global Variable Lists and in POU’s.
In AC500 V3 add Persistent Variables below Application
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Add Variable’s to List
__
__
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