Overview

The ABB PCD231 is part of the AC800PEC controller family, engineered for demanding converter control applications in industries such as power generation, marine propulsion, and high-speed drives. It serves as a central interface board, coordinating signals between the converter and the control system.

Moreover, the module supports PEC80-CCI architecture, offering high-speed data exchange and deterministic control performance. In addition to its compact footprint, the PCD231 features rugged construction and modular connectivity, making it suitable for harsh industrial environments. Therefore, it’s widely adopted in systems requiring precise motor control, fault tolerance, and real-time responsiveness.

Technical Data

Typical Applications

The PCD231 module is widely used in converter control systems, such as:

• Wind Turbines: It coordinates motor and generator control, ensuring stable power output.

• Synchronous Motors: Provides real-time feedback and control for smooth torque and speed regulation.

• Marine Propulsion Drives: Helps manage the precise control of marine propulsion systems, optimizing performance and reliability.

• Industrial Drives: Ensures high-speed and high-torque control in industrial automation and process applications.

• Power Plants: Supports redundant control systems for fault-tolerant operation and high system availability.

Its integration with AC800PEC controllers makes it ideal for multi-axis drive systems, where precise coordination and fault isolation are essential. Engineers value its modular design, high-speed processing, and flexibility, which simplify system expansion and long-term maintenance.

FAQ

Q: What control systems is the PCD231 compatible with?

A: It is designed for ABB AC800PEC converter control platforms.

Q: What kind of communication does it support?

A: It uses high-speed internal bus communication within the PEC80-CCI architecture.

Q: Is it suitable for marine and energy applications?

A: Absolutely. The PCD231 is widely used in marine propulsion systems, wind turbines, and industrial drives, ensuring high-performance and fault-tolerant operation in these demanding sectors.