SIMOTION SCOUT TIA Device configuration - SIMOTION - 5.6

Title: SIMOTION SCOUT TIA Device configuration
Product: SIMOTION
Version: V20
Publication date: 04/2024
Language: zh-CN

Getting Started SIMOTION SCOUT TIA - sample project SIMOTION D435-2
Getting Started with SIMOTION SCOUT TIA
Aim of Getting Started
Sample project
Requirements
General information
TIA Portal online help
SIMOTION SCOUT TIA Online Help
Available documentation
Utilities & applications
Specific safety information
Prepare the configuration
Restore factory settings
Requirements for online communication
Result in the sample project
Create a project
Overview
Create new project
Result in the sample project
Create SIMOTION device and configure online communication
Overview
Create SIMOTION device (1)
Configure Ethernet interface (2)
Set up PG/PC interface (3)
Result in the sample project
Start SIMOTION SCOUT TIA
Download the project to the target system
Overview
Save and compile the project
Connect to selected target devices – Go online
Download the project to the target system
Configure the drive
Overview
Automatic configuration of the drive
Result in the sample project
Configure the infeed
Overview
Configuring an infeed without DRIVE‑CLiQ interface
Configure the axis
Overview
Creating an axis
Download the axis configuration to the target system
Test the axis with the axis control panel
Overview
Working with the axis control panel
Result in the sample project
Configure digital outputs
Programming the SIMOTION application
Overview
Variables
Variable types
Variables of the sample project
Creating global device variables
Creating I/O variables
Back up the configuration
Programming
Programming languages in the sample project
MCC Motion Control Chart
The programming language MCC
Creating the MCC unit
Creating the MCC chart
Inserting command blocks into an MCC chart
Creating an MCC sample program: basic framework
Overview
Program flow
Variable assignment g_bo_ready:=false / g_bo_start:=true
Variable assignment g_bo_start:=true
Switch axis enable
Home axis
Position the axis to the target position
Position the axis to the starting position
Disable axis
Variable assignment g_bo_start:=false / g_bo_ready:=true
Variable assignment g_bo_ready:=true
Expanding the MCC sample program: control of the infeed
Program flow
System function call _LineModule_control[FB]
Variable assignment LineModule_STW:=myFB_LineControl.periOut
Create UNTIL loop
Copy blocks
Adapt the system function call _linemodule_control
Create additional MCC programs for the sample project
Back up MCC sample programs
LAD/FBD ladder logic/function block diagram
The LAD and FBD programming languages
Create LAD/FBD unit
Create LAD/FBD program
Creating a LAD sample program
Back up LAD/FBD sample program
Further programming options
Result in the sample project
Configure execution system
Overview
Assign programs to tasks
Download the configured execution system to the target system
Result in the sample project
Starting and stopping the system
Overview
RUN and STOP operating modes
Mode selector switch on the software side and the hardware side
Start program control of the sample project
Monitor the application
Overview
Monitoring program execution
Monitoring variables
Recording signals with the trace
Trace
Working with the trace
Result in the sample project
Introduction
Overview
Migrating a SIMOTION SCOUT project
Calling SCOUT TIA
Insertng and editing SIMOTION devices
Inserting a SIMOTION control
Inserting SIMOTION devices
SIMOTION D in the device and network view
SIMOTION C240-2 in the device and network view
SIMOTION P in the device and network views
SIMOTION devices in the hardware catalog
Inserting CX32-2
Inserting CX32-2
CX32-2 properties
Inserting drives
Inserting SIMOTION drives
Startdrive drives
GSD drives
GSD drives
Configuring GSD drives for PROFINET IO
Configuring GSD drives for PROFIBUS DP
Configuring online access
Online accesses
Going online via PROFIBUS
Going online via PROFINET
Online connection to drives.
Online and diagnostics
Overview
Diagnostics
Functions
Configuring communication
Devices, networks and communication services in the TIA Portal
Configure and parametrize communication
Telegram configuration and symbolic assignment
Time-of-day synchronization via NTP
Configuring NTP in SIMOTION SCOUT
TCP expert settings
PROFINET IO
Device settings on the PROFINET IO
Brief introduction communication configuration SIMOTION controller with SIMOTION drive via PROFINET IO
SIMOTION controller with PROFINET IO drive
Inserting SIMOTION D455-2 DP/PN and SINAMICS S120 CU320-2 PN
Creating a PROFINET IO system
Interconnecting the topology
Configuration of technology and telegrams in SIMOTION SCOUT TIA
Automatic communication configuration in the TIA Portal
Sync domain, topology, and isochronous mode
IO device (drive) on PROFINET IO
Configure sync domains and send clock
Set up the sync master and sync slave.
Configuring the topology, interconnecting ports
Configure isochronous IO device
Isochronous mode with servo cycle clock
Isochronous mode with Servo_fast cycle clock
IO controller as IO device (I-Device)
Configuring I devices
Real-time settings on IO devices and I devices
Direct data exchange via PROFINET IO
Direct data exchange
Configuring the redundancy second sync master
Media redundancy (MRP and MRPD)
Configuring MRP media redundancy
Configuring the MRP domain
Configuring MRPD media redundancy for IRT
Series machine projects (modular machine)
Series machine projects
Assigning device name and IP address via user program / DCP
Permit adaption of IP addresses and device names directly on the device
Permit overwriting the PN device name
Reusable IO systems - Addresstailoring
Configuring the project for Addresstailoring
Configuration control for IO systems - Machinetailoring
Configuring with optional IO devices
Performance upgrade - low send cycle clocks
Optimized data transfer / 125 µs PROFINET send clock
Dynamic Frame Packing - DFP
Configuring IRT with Performance Upgrade
Using PROFIsafe
PROFIsafe for SIMOTION
F proxy with SIMOTION
Configuration example for I device F-Proxy
Automatic transfer of the F-destination addresses
Editing F-Proxy settings
Changing CRC backed-up data of a PROFIsafe telegram
Checking project-wide PROFIsafe addresses
Typical PROFIsafe topologies
Shared Device and PROFIsafe
Shared Device and PROFIsafe
SINAMICS G120 shared by SIMOTION and F-CPU
ET200SP as a shared device on SIMOTION CPU
Shared I-Device and PROFIsafe
Shared I-Device and PROFIsafe
Configuration example of a shared I-Device and PROFIsafe
PROFIsafe via PROFIBUS with failsafe direct data exchange
Configuring onboard IO X142
SIMOTION D4x5-2 I/Os (terminal X142)
PROFIBUS DP
Settings on the PROFIBUS
Cycles with SINAMICS_Integrated (<500 µs)
Setting the equidistant PROFIBUS
Drives on PROFIBUS DP
Direct data exchange via PROFIBUS DP
Interconnecting HMI tags
Overview
Overview of HMI connection
Tags and messages
How to synchronize SIMOTION variables and messages
Transferring and synchronizing the SIMOTION variables and messages
SIMOTION devices
Testing the connection
SIMOTION SCOUT TIA device proxy
Overview
Comfort Panels with SIMOTION SCOUT
Basics of Inter Project Engineering (IPE)/device proxy
Requirements for Inter Project Engineering (IPE) / device proxy
Creating and configuring a device proxy
Initializing the device proxy via the project file
Create a device proxy and initialize via a project file
Updating a device proxy via a project file
Initializing a device proxy via the IPE file
Creating and configuring device proxy data
Initialize a device proxy via an IPE file
Updating a device proxy via an IPE file
SIMOTION SCOUT with Comfort Panels
SIMOTION SCOUT data
Using Comfort Panels with SIMOTION SCOUT
Configuring Comfort Panels in a SIMOTION SCOUT project
Project with integrated WinCC flexible HMI configuration
Using direct keys
TCP/IP properties
Connection timeout
Max. retransmission timeout
Max. number of retransmissions

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