Core Processor

The device adopts a high-performance RISC architecture processor, with computing capabilities comparable to a 600 MHz PowerPC 750FX. It integrates a 64-bit IEEE floating-point unit, enabling efficient execution of complex control algorithms, real-time computations, and high-precision numerical processing required in industrial automation.

Physical Specifications

• Dimensions: 100 mm (W) × 450 mm (H) × 145 mm (D)

• Net Weight: 2.59 kg

• Installation: Suitable for standard industrial control cabinet layouts, ensuring easy integration and space optimization.

Environmental Adaptability

• Operating Temperature: –20 °C to +60 °C

• Protection Rating: IP20

• Industrial Resilience: Designed to withstand typical dust contamination, temperature fluctuations, and other non-condensing industrial environments.

Communication Capability

Supports multiple mainstream industrial communication protocols, including:

• Ethernet

• Modbus

• Profibus

This ensures seamless data exchange with sensors, actuators, converters, and upper-level control systems (PLCs, DCS, SCADA).

Real-Time Control Performance

The control response cycle can reach 100 µs, enabling rapid processing of control instructions, real-time feedback analysis, and stable operation of dynamic industrial processes.

Core Functions and Application Scenarios

Core Functions

1. Precision Excitation Control
   Capable of accurately regulating excitation current for generators or synchronous motors. This ensures stable output voltage, reactive power balancing, and overall power system stability.

2. Comprehensive Data Processing
   Collects real-time operating data from sensors, frequency converters, and peripheral devices. Supports PID algorithms, logic operations, and multi-parameter coordination control.

3. Safety Protection & Diagnostic Functions
   Built-in protection mechanisms include overcurrent, overvoltage, and undervoltage detection. When anomalies occur, the system promptly outputs alarms to facilitate rapid troubleshooting.
   The modular hardware design simplifies expansion, repair, and long-term maintenance.

Typical Application Scenarios

• Electric Power Industry:
  Used in hydropower and wind power units for excitation regulation and generator stability control.

• Oil & Gas / Chemical / Metallurgy Industries:
  Provides precise speed, torque, and power control in high-voltage variable-frequency drive (VFD) systems.

• Large-Scale Power Conversion Equipment:
  Ensures stable power supply and process continuity in heavy industrial environments, supporting high-load and long-cycle production activities.

ABB PPD113-B03-23-111615｜processor module｜