Product Overview

The ABB HIEE300910R0001, designated as the UFC092 BE01, is a mission-critical processing board engineered for the UNITROL 5000 excitation system. This high-performance PC board functions as the primary control interface for high-power rectification and regulation tasks within a Distributed Control System (DCS) framework. By managing complex algorithmic computations and signal distribution, the UFC092 BE01 ensures the stable operation of large-scale synchronous machines. Its architecture is specifically refined to handle high-speed data acquisition and precise firing pulse control for power electronics, maintaining grid compliance and system protection in heavy energy sectors.

Primary Hardware Architecture

The following technical parameters define the physical and operational profile of the UFC092 BE01 module:

• Order Part Number: HIEE300910R0001

• Product Model: UFC092 BE01

• Compatible Series: UNITROL 5000 Excitation Systems

• Physical Profile: 40.3cm x 12.6cm x 5.8cm

• Module Mass: 1.04kg

• Communication Support: Integrated Ethernet routing protocols

• Manufacturing Site: Sweden

• Service Lifecycle: Active

• Mounting Configuration: Rack-integrated control interface

Applied Industrial Contexts

The UFC092 BE01 PC Board is a fundamental component in infrastructures where electrical regulation precision is non-negotiable.

• High-Capacity Power Plants: Serving as the core logic unit for automatic voltage regulators (AVR) in thermal and nuclear generation facilities.

• Hydroelectric Power Units: Managing excitation cycles for turbines to adapt to fluctuating load demands.

• Large Industrial Drive Systems: Providing high-power control for massive motor installations in mining and material handling.

• Grid Stabilization Projects: Implementing fast-response control logic for synchronous condensers and reactive power compensation.

Component Integrity and Performance

Designed for high-availability environments, the HIEE300910R0001 features a ruggedized PCB layout that minimizes signal crosstalk and thermal drift. The board is engineered to operate reliably within the high-electromagnetic interference (EMI) zones typical of power conversion cabinets. Its user-centric design simplifies maintenance procedures, allowing for rapid diagnostics and board swapping to minimize mean time to repair (MTTR). This combination of Swedish engineering precision and robust communication capability provides a stable foundation for modernizing industrial automation and excitation infrastructure.