2986960 PSR-SCP- 24DC/FSP/2X1/1X2 PHOENIX

Phoenix 2986960 PSR-SCP- 24DC/FSP/2X1/1X2 central processing unit

Brand： PHOENIX Model number：2986960 PSR-SCP- 24DC/FSP/2X1/1X2

Country of origin:Germany Product weight：0.55kg

HS code：8517623990

Product Details：

Product Dimensions：

A Phoenix Contact CPU acts as the primary controller for machine control, process automation, and data aggregation. Built on open architecture, it allows simultaneous processing of traditional PLC languages alongside high-level programming languages. The unit coordinates input and output signals from local expansion modules or remote fieldbus stations via high-speed backplane buses. Featuring integrated cybersecurity mechanisms, native cloud connectivity, and embedded web servers, these CPUs manage real-time control routines while simultaneously serving data to higher-level IT networks, SCADA systems, and IIoT platforms.

Product Parameters

Processor Options: 32-bit ARM Cortex processors up to multi-core Intel Core i5 or Intel Atom processors depending on performance class.
Operating System: Real-time Yocto Linux operating system.
Programming Languages: IEC 61131-3 standard languages (Ladder Diagram, Structured Text, Function Block Diagram) combined with C++, C#, Python, and MATLAB Simulink.
System Memory: Flash mass storage up to 8 GB and high-speed RAM ranging from 512 MB to multiple gigabytes depending on model.
Communication Ports: Multiple RJ45 Ethernet interfaces supporting PROFINET, Modbus TCP, EtherNet/IP, OPC UA, and MQTT protocols.
Expansion Bus: Local bus support for Axioline F, Axioline Smart Elements, or Inline I/O systems.
Security Hardware: Integrated Trusted Platform Module for cryptographic key protection and user authentication.
Power Supply: Nominal 24 VDC input range.
Operating Temperature: Range from -25°C to 60°C for standard models, with extended temperature variants available.
Enclosure Protection: IP20 rating designed for control cabinet installation.

Product Advantages

Phoenix Contact CPUs offer open architecture that removes the limits of proprietary hardware by permitting developers to write code in their preferred languages without sacrificing real-time deterministic execution.

The integrated task manager automatically synchronizes routines developed in high-level languages with standard IEC 61131-3 logic cycles.

Direct cloud connectivity to platforms like PROFICLOUD, AWS, or Azure simplifies IIoT deployment and remote maintenance.

Modular expansion capabilities allow seamless scaling from small, standalone machines to complex, high-availability redundant control installations.

TÜV-certified hardware and software security standards ensure robust defense against unauthorized network access and industrial cyber threats.

Important Considerations and Precautions

Ensure power supplies match the 24 VDC rating and provide clean, surge-protected voltage to prevent unexpected processor resets.

Proper shielding and grounding of all connected communication lines and fieldbus cables are necessary to prevent electromagnetic interference from disturbing CPU operations.

When uploading user-developed C++ or Python code, thorough testing within simulated environments must be performed to avoid memory leaks or unexpected real-time task delays.

Install the CPU in a well-ventilated enclosure, ensuring ambient operating temperatures do not exceed specified hardware limits to maintain long-term reliability.

Always back up system configuration files, licensing keys, and security certificates before executing firmware updates on the controller.

Product Applications

Phoenix Contact central processing units are deployed across various advanced industrial and infrastructure environments.

Machine Building: Controlling automated production lines, packaging machinery, and robotic handling systems requiring fast cycle times and precise synchronization.
Process Automation: Managing water and wastewater treatment facilities, chemical processing, and material handling plants using distributed remote I/O networks.
Building Automation: Interfacing HVAC, lighting, and energy monitoring systems via specialized controllers like the ILC series using protocol conversion drivers.
Infrastructure and Energy: Monitoring renewable energy sites, smart grid power distribution, and municipal traffic management networks.
Edge Computing and IIoT: Aggregating machine diagnostics, performing local data analytics, and securely routing operational metrics to cloud platforms for predictive maintenance.

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