PLCnext Control AXC F 2152

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Abb. 1: PLCnext Control AXC F 2152

Die Phoenix Contact PLCnext Control AXC F 2152

Einleitung

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How to

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Rechner Installation

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Hardware

Phoenix Contact PLCnext Control AXC F 2152 erst Inbetriebnahme

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SPhoenix Contact PLCnext Control AXC F 2152 Komponenten

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Phoenix Contact PLCnext Control AXC F 2152 Netzteil

[https:// TYPE: 6] Hierei handelt es sich um ein 24 VDC Schaltnetzteil mit einem maximalen Ausgangsstrom von 4,2A. Die Eingangsspannung darf von 120 bis 230VAC schwanken. Die Ausgangsspannung kann überein Poti zwischen 22,5 und 29,5VDC eingestellt werden.




Zubehör

Software

benötigte Software

Software - PLCNEXT ENGINEER

JAVA JDK Version ≥ 9

Eclipse IDE for C/C++ Developers

WinSCP

PuTTY

C++ Toolchain including Eclipse Add-in and Library Builder

Wireshark

UA Expert

DB Browser for SQLite


Optional

Visual Studio

Phoenix Contact C# Tools for Visual Studio

MATLAB

Software add-on - Phoenix Contact PC WORX TARGET FOR SIMULINK

Phoenix Contact Add-in for PLCnext Engineer: Simulink viewer

Installation der benötigte Software

[1]


Programmiermöglichkeiten

IEC 61131-3

PLCnext Engineer 2019.0 LTS

Tutorial Videos


C/C+

PLCnext Technology C++ Toolchain and SDK

Windows Tutorial Videos

Linux Tutorial Videos

C#

PLCnext Technology Developer Tools

PLCnext Engineer

C# programming for PLCnext Controls

C# debugging on PLCnext Technology

User Manual Chapter 7 "Creating function blocks and functions with C#"

PLCnext GitHub Channel


Matlab/Simulink

PLCnext Engineer

PC Worx Target for Simulink 1.4x

Tutorial Video how to install and use PC Worx Target for Simulink

Tutorial Video implement an External Mode with PC Worx Target for Simulink

Projekte

Weiterführende Literatur

Weiterführende Links

Grundlagen:

ESM - the Execution and Synchronization Manager - and GDS - the Global Data Space - are the central features when it comes to real-time programming in industrial automation. The advantages of PLCnext Technology over classic IEC 61131 or high-level language programming depend on how to synchronize tasks with different intervals and priorities, and to provide data consistency throughout the whole task execution.