Automation technology for PLCnext Technology

Automation technology for PLCnext Technology

Use our broad portfolio of automation technology to equip your system for the IIoT and Industry 4.0 with PLCnext Technology. Work with your preferred programming languages, whether IEC 61131-3 or high-level languages such as C/C++, C#, or MATLAB® Simulink® in real time. Integrate open-source code and apps, or network with PLCnext Control via cloud connections.

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Why you should use automation systems for PLCnext Technology:

  • PLCs with different performance classes and optimized for various fields of application enable ideal adaptation to your automation task
  • Connection to various cloud services such as allows you to analyze your global machine and system data
  • The PLCnext Control devices can be tailored to your relevant application using open-source software and apps
  • Open Linux operating system and support for high-level languages including an optimized development environment
  • Tailored extensions of the PLC functionality and modularity of the I/Os enable custom-fit automation systems

New products

PLC extension module – AXC F XT ML1000
RFC 4072R PLCnext Control device
PLCnext Control – BPC 9102S
PLCnext Control extension for PROFIBUS
PLC extension for machine learning
PLCnext Control extension – AXC F XT ML 1000

The extension module for the PLCnext Control AXC F 3152 device is based on Edge TPU Google Coral, a platform for machine learning. Edge TPU uses TensorFlow Lite, so all pre-trained models can be used on this software base.

These are the main features

  • Enables the processing of loadable neural networks
  • Allows critical decisions to be made locally without going through a cloud
  • The result information is transmitted directly via the GDS of the PLC

These are the advantages

  • Google Edge TPU ML accelerator with four trillion operations per second (TOPS)
  • Supports TensorFlow Lite – a framework for data stream-oriented programming
  • Temperature range: -20°C ... +55°C

Redundant high-performance PLC
RFC 4072R PLCnext Control device

The PLCnext Control RFC 4072R is optimized for applications with high availability and reliability requirements that require system redundancy at both the I/O level and the PLC level.

These are the main features

  • Virtual IP technology enables easy communication with the redundancy system
  • In-depth redundancy experience not required; general handling like with standard controllers
  • PLCnext Technology optimized for redundancy functions

These are the advantages

  • C2C real-time communication with OPC UA Pub/Sub
  • PROFINET S2 system redundancy
  • Virtual IP technology for communication with SCADA systems

Powerful safety controller for extreme conditions
PLCnext Control – BPC 9102S

The BPC 9102S is the most performant Remote Field Controller based on PLCnext Technology. It was developed for applications with the highest safety requirements and extreme conditions.

These are the main features

  • An Intel® Core™ i7 Octa-Core processor and two powerful processors based on ARM architecture ensure the best performance
  • High level of safety with diversified processors and support for up to 300 PROFIsafe devices
  • Rapid implementation of requirements with reloadable C functions

These are the advantages

  • Standard and safety programming in just one engineering tool
  • Up to 300 PROFIsafe devices, supporting PROFIsafe V2.6.1
  • Ambient temperature (operation) from -20°C to +60°C without fan

PLC extension for PROFIBUS
PLCnext Control extension – AXC F XT PB

The extension module is a universal PROFIBUS-DP controller for the PLCnext Control AXC F 2152 and AXC F 3152.It integrates the classic bus system into PLCnext Technology.

These are the main features

  • Easy integration of the PROFIBUS controller functionality
  • Communication via DP-V0 and DP-V1
  • Enables the use of PROFIBUS for PLCnext Technology

These are the advantages

  • Up to 125 PROFIBUS devices can be connected
  • DP-V0/DP-V1 protocols
  • Temperature range: -25°C ... +60°C

PLCnext Control devices from the Axiocontrol series

Scalable PLCnext Control devices in different performance classes

Open and innovative – modular PLCnext Control devices from the Axiocontrol series

The robust Phoenix Contact Axiocontrol series features several PLCs in various performance classes for PLCnext Technology. They are designed for programming with high-level languages, as well as classic IEC 61131-3 languages.
The PLCs can be extended with modules for the Axioline and Inline IP20 I/O systems. Furthermore, you can also add further hardware functions, such as an additional Ethernet port or safety and AI functions, to the left of the AXC F 2152 and AXC F 3152 PLCnext Control devices.

Security is based on a Trusted Platform Module (TPM) where user certificates can also be stored. The controllers in this series are the first PLCs to be certified by TÜV Süd to IEC 62443-4-1 ML 3 Full Process Profile in combination with IEC 62443-4-2. This confirms that the Secure Development Life Cycle was fully applied in developing the PLCnext Control controllers. Product certification in accordance with IEC 62443-4-1/-4-2 confirms that a product has been developed safely and provides information about which technical safety requirements have been implemented. Activating the security profile also gives you access to an extensive range of security level 2 (SL2) functions.

High-performance PLCnext Control

High-performance PLCnext Control

Safe and redundant – PLCnext Control devices for large networks

With the high-performance controllers for PLCnext Technology, you can realize the following, among other things: Automation applications that place high demands on safety or availability. For applications requiring the highest safety level, play it safe with our safety controllers up to SIL 3. They combine maximum safety, due to the use of two independent CPUs, with a high-performance four-core system which can operate very large networks with up to 300 safety-related devices.

Automation systems help you reduce downtimes, work cost-effectively, and also avoid potential dangers, such as in tunnels or at airports. The integrated redundancy function based on fiber optics means that the process is not interrupted if one controller fails or is replaced. The RFC controller is based on PROFINET and establishes system redundancy automatically with AutoSync Technology.

Both RFCs feature a simple user interface with improved handling with a resistive touch screen. This ensures high-level monitoring.
With the embedded OPC UA server, the PLCs are already equipped to handle future demands today with the use of a standardized communication protocol.

PLCnext Control for edge computing – use cases

PLCnext Control for edge applications in two performance classes

Data-centered and compact – PLCnext Control for edge computing

PLCnext Control devices for edge applications allow you to create IoT edge solutions for making the best cloud-based use of data from the field. This allows you to close the gap between the IT and OT worlds. PLCnext Technology makes easy integration into existing IT infrastructure possible.

You can reduce development and provision times using pre-installed software tools such as Node-RED, a local time series database, and a simple cloud connection. Data processing in close physical proximity to the user allows information to be exchanged quickly, securely, and without latency. An integrated web-based management tool guarantees simple and secure management. Moreover, the edge device is particularly compact and cooled passively in a full metal housing.

PLCnext Technology Starterkit
Start with PLCnext Technology now!
Enter the open world of PLCnext Technology and take inspiration from the functionality, operation, and exceptional performance. Have fun, and good luck with your programming.
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PLCnext Technology Starterkit
Automation system with PLCnext Control and various I/Os

Automation system with PLCnext Control and various I/Os

High-level modularity in the automation system with I/Os

Do you need I/Os for your automation system? With the extensive portfolio of I/O modules, PLC stations which optimally implement the respective application requirements can be set up in accordance with the modular principle. You can then connect the block-modular I/O modules from the Axioline F product family as well as the Axioline Smart Elements, which can be assembled flexibly in a confined space, to an Axiocontrol series PLCnext Control device. In addition to digital and analog modules, the I/O portfolio also includes various function modules. Some Axioline F modules are also available in versions for very harsh ambient conditions.

Are you already using the Inline I/O system from Phoenix Contact for the automation of your systems and would you like to benefit from additional advantages in the future by upgrading to the PLCnext Technology ecosystem? The Inline adapter terminal allows you to outfit an existing I/O station easily with a PLCnext Control device, thereby enabling the successive modernization of an existing system.
The appropriate I/O functions can be selected and the I/O station configured quickly and without errors using the Project+ software.

PLC extensions for safety, Ethernet, and INTERBUS

PLC extensions for safety, Ethernet, and INTERBUS

Extend PLCnext Control functionality

Extend the functions of your PLCnext Control device (AXC F 2152 or AXC F 3152) with a safety, Ethernet, or AI module that can be aligned to the left of the controller, for example. This allows you to provide an additional Ethernet interface and to optimize your controller for applications with artificial intelligence and machine learning. The left-aligning PROFIsafe extensions are fully functional safety-oriented PLCs that extend the functional scope of your PLCnext Control device for safety applications up to SIL 3. Connect up to three modules to your PLC with an additional extension module.

Use the additional parts of the PLCnext Technology ecosystem

PLCnext Engineer
Programmer working on a laptop
Laptop with PLCnext Store on the screen
PLCnext Engineer

The flexible PLCnext Engineer software platform provides you with a free software tool that combines all the engineering tasks associated with PLCnext Control in a single tool. The software enables configuration, programming in accordance with IEC 61131-3, safety programming, visualization, and diagnostics, and can be expanded with additional functions and interfaces using add-ins.
PLCnext Engineer makes it possible to call up high-level language programs or MATLAB® Simulink® models and to commission and manage these on a PLCnext Control device. High-level language code is thus conveniently combined with the standard automation.

To the software
Programmer working on a laptop

Through simple cloud integration, the option to use open source software, and the constantly growing expertise of the PLCnext community, you will benefit from new forms of collaboration. Benefit from information, support, and useful resources for PLCnext Technology. Or post a question in the forum and receive answers from our experts and other users. Find FAQs, watch tutorials, and benefit from our presence on GitHub, Instagram, and LinkedIn. Read about exciting applications and find out more about industry trends and use cases in the MakersBlog.

To the community
Laptop with PLCnext Store on the screen

The PLCnext Store offers software applications (apps) with which you can immediately and easily extend the functionality of a PLCnext Control device. The open nature of the store also allows third-party providers to sell the apps that they have developed. With the PLCnext Store, you have a variety of apps for any application available – from software libraries for accelerated programming to pre-programmed apps that require no programming knowledge to use.

To the PLCnext Store