5X00106G01 Ovation System Module – High speed Data Acquisition, Escort Your Production!

The EMERSON 5X00106G01 is a high-performance Control Processor Module for the legacy WDPF II (Westinghouse Distributed Processing Family) distributed control system, now maintained under Emerson Process Management. This module served as the computational core of the WDPF II platform, executing real-time control algorithms for critical processes in power generation and heavy industries. Designed for deterministic operation, the 5X00106G01 managed complex regulatory loops, sequence logic, and data communication across redundant peer-to-peer networks. Its fault-tolerant architecture ensured continuous operation even during component failures, making it indispensable for turbine control, boiler management, and safety systems in 1990s-era installations.

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Description

The EMERSON 5X00106G01 is a high-performance Control Processor Module for the legacy WDPF II (Westinghouse Distributed Processing Family) distributed control system, now maintained under Emerson Process Management. This module served as the computational core of the WDPF II platform, executing real-time control algorithms for critical processes in power generation and heavy industries. Designed for deterministic operation, the 5X00106G01 managed complex regulatory loops, sequence logic, and data communication across redundant peer-to-peer networks. Its fault-tolerant architecture ensured continuous operation even during component failures, making it indispensable for turbine control, boiler management, and safety systems in 1990s-era installations.

As a central processing unit, the EMERSON 5X00106G01 coordinated I/O modules (like the 5X00070G01) while interfacing with operator workstations via Westinghouse’s CONDUCTOR® software. It featured dedicated co-processors for floating-point calculations and network traffic management, achieving sub-100ms scan times for PID loops. Though discontinued, this module remains operational in nuclear and fossil-fuel plants worldwide, with Emerson providing lifecycle support. The 5X00106G01’s radiation-hardened variants (-N suffix) met IEEE 323 standards for nuclear balance-of-plant applications.

5X00106G01 EMERSON

5X00106G01 EMERSON

Technical Specifications

Parameter Name Parameter Value
Product Model 5X00106G01
Manufacturer Emerson (Legacy Westinghouse)
Product Type Control Processor Module
System Platform WDPF II DCS
Processor 32-bit RISC + Dedicated Math Co-processor
Memory 4MB DRAM (Expandable), 1MB Flash
Scan Time < 50ms for 100 PID Loops
Communication Dual Redundant Data Highways (2 Mbps)
I/O Handling Up to 1,000 Points per Node
Protocol Support Peer-to-Peer, MODBUS RTU/TCP Gateway
Power Consumption 15W @ 5V DC (Backplane)
Operating Temperature 0°C to 60°C (32°F to 140°F)
MTBF 120,000 Hours (Original)
Certifications UL 508, CSA C22.2, IEEE 323 (Nuclear)
Dimensions 320mm × 200mm × 40mm (6U Rack Slot)

Main Features and Advantages

Deterministic performance: The EMERSON 5X00106G01 delivered hard real-time control with <1ms jitter, crucial for turbine governor logic and burner management systems. Its dual-CPU architecture segregated network communications from control execution, eliminating latency spikes. Redundancy support allowed hot-swap replacement without process interruption—a critical feature for uninterrupted power generation.

Advanced diagnostics: Built-in self-tests monitored CPU load, memory integrity, and highway traffic, logging faults via CONDUCTOR® workstations. The module’s radiation-hardened design (for nuclear variants) with error-correcting RAM prevented data corruption in high-noise environments. Backward compatibility with WDPF I systems eased plant expansions. Despite obsolescence, the 5X00106G01’s robust construction ensures surviving units exceed 30-year service life with proper maintenance.

Application Field

The EMERSON 5X00106G01 was deployed in over 500 power plants worldwide, controlling critical functions in coal, gas, and nuclear facilities. In coal-fired units, it managed mill sequencing, SO₂ scrubber controls, and electrostatic precipitators. Combined-cycle plants used it for HRSG (Heat Recovery Steam Generator) pressure control and gas/steam turbine synchronization. Nuclear installations relied on radiation-hardened 5X00106G01-N modules for feedwater regulation and condenser vacuum control.

Beyond power, the module automated cement kiln temperature profiles, paper mill digesters, and offshore oil platform compressor stations. Its deterministic architecture proved vital for time-critical safety actions like turbine overspeed tripping. Today, legacy units interface with modern DCS via OPC gateways, allowing data integration into Emerson’s Ovation® platform while deferring full system replacement.

5X00106G01 EMERSON

5X00106G01 EMERSON

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