ABB |PPD512|AC 800PEC Control System
Description
The ABB PPD512 is a high-performance controller tailored for demanding applications requiring fast control loops and high reliability. It supports model-based design through MATLAB®/Simulink® and integrates seamlessly with ABB’s System 800xA.
Features
- High-speed control algorithms
- Short cycle times down to 100 μs
- Fast I/O communication
- Integration with ABB System 800xA
- Support for MATLAB®/Simulink® programming
Technical Specifications
Performance
- Cycle Times: Range from 25 ns to 1 ms
- Processing Power: Combines CPU and FPGA for high-speed processing
- I/O Communication: Achieves data throughput below 100 μs
Environmental Conditions
- Operating Temperature: -40°C to +70°C
- Vibration Standards: Complies with traction standards
Communication Protocols
-
Supported Protocols:
- MMS
- Modbus TCP Slave
- IEC61850
- ABB Powerlink
- CANopen
- Optical ModuleBus
Programming and Development
- Programming Languages: Supports all 5 IEC61131-3 languages via Control Builder
- Model-Based Design: MATLAB®/Simulink® integration with automatic code generation using Real-Time Workshop®
Applications
- Suitable For: Traction, power generation, and industrial processes requiring high reliability and precision
ABB |PPD512|AC 800PEC Control System

ABB |PPD512|AC 800PEC Control System
Description
The ABB PPD512 is a high-performance controller tailored for demanding applications requiring fast control loops and high reliability. It supports model-based design through MATLAB®/Simulink® and integrates seamlessly with ABB’s System 800xA.
Features
- High-speed control algorithms
- Short cycle times down to 100 μs
- Fast I/O communication
- Integration with ABB System 800xA
- Support for MATLAB®/Simulink® programming
Technical Specifications
Performance
- Cycle Times: Range from 25 ns to 1 ms
- Processing Power: Combines CPU and FPGA for high-speed processing
- I/O Communication: Achieves data throughput below 100 μs
Environmental Conditions
- Operating Temperature: -40°C to +70°C
- Vibration Standards: Complies with traction standards
Communication Protocols
-
Supported Protocols:
- MMS
- Modbus TCP Slave
- IEC61850
- ABB Powerlink
- CANopen
- Optical ModuleBus
Programming and Development
- Programming Languages: Supports all 5 IEC61131-3 languages via Control Builder
- Model-Based Design: MATLAB®/Simulink® integration with automatic code generation using Real-Time Workshop®
Applications
- Suitable For: Traction, power generation, and industrial processes requiring high reliability and precision