ABB PU513 (PU513V2, 3BSE013034R1)  real‑time accelerator (RTA) board
May 30, 2026

ABB PU513 (PU513V2, 3BSE013034R1) real‑time accelerator (RTA) board

ABB PU513 (PU513V2, 3BSE013034R1) is a real‑time accelerator (RTA) board for Advant MOD 300 / Advant OCS / Symphony Plus control systems. As an enhanced successor to PU512, it delivers higher processing power and more I/O channels, offloading time‑critical control loops from the main CPU to boost determinism and reduce latency in DCS and high‑speed process control.

Description

Product Introduction

ABB PU513 (PU513V2, 3BSE013034R1) is a real‑time accelerator (RTA) board for Advant MOD 300 / Advant OCS / Symphony Plus control systems. As an enhanced successor to PU512, it delivers higher processing power and more I/O channels, offloading time‑critical control loops from the main CPU to boost determinism and reduce latency in DCS and high‑speed process control.

Model Interpretation

  • PU: Processor/Accelerator Unit

  • 513: Model series (higher performance than PU512)

  • V2: Hardware revision

  • 3BSE013034R1: ABB part number for ordering and traceability.

Technical Parameters

  • Processor: 32‑bit RISC, 133 MHz (faster than PU512)

  • Memory: 32 MB RAM, 32 MB Flash (double PU512)

  • Power Supply: 24 V DC ±20%; 80 mA typical current consumption

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

  • Storage Temperature: −40 °C to +85 °C

  • Humidity: 10%–95% RH, non‑condensing

  • Protection: IP20 (board‑level)

  • Dimensions: 25 mm × 127 mm × 356 mm

  • Weight: ~0.45 kg

  • Form Factor: EISA/PCI add‑on board for industrial workstations

Interface & Communication

  • Onboard I/O: 16‑channel digital I/O + 8‑channel analog I/O (expandable)

  • Communication: RS‑232/485, 10/100 Mbps Ethernet; supports Modbus TCP/IP, Profibus, and Advant OCS protocols

  • Expansion: EISA/PCI bus interface for host connection; compatible with PU500 series racks

Core Functions

  • Real‑Time Acceleration: Offloads complex calculations, fast loop control, and data processing from the main CPU

  • Enhanced Determinism: Lower latency and tighter synchronization for critical process loops (better than PU512)

  • High‑Speed I/O Handling: Dedicated processing for digital/analog I/O with optical isolation

  • System Optimization: Improves throughput and stability in high‑demand DCS environments

Application Scenarios

  • Power Generation: Turbine control, generator protection, and grid monitoring (Advant 500 series power plants)

  • Process Industries: Chemical, oil & gas, pulp & paper, and water treatment (high‑speed DCS control)

  • Industrial Automation: High‑precision motion control, fast batch processes, and real‑time data acquisition

  • Legacy System Upgrades: Replacement/upgrade for PU512 in Advant OCS/MOD 300 systems

Operation & Maintenance

  • Installation: Insert into EISA/PCI slot of compatible industrial workstation; secure with mounting screws

  • Wiring: Use shielded cables for I/O and communication; separate power and signal lines

  • Configuration: Set up via Advant OCS engineering tools; assign real‑time tasks to the RTA

  • Maintenance: Inspect connection integrity periodically; no user‑serviceable components—replace the board if faulty

  • Storage: Keep dry and temperature‑controlled when not in use


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