WESTINGHOUSE 5X00499G01- Industrial Automation System Upgrade, Trustworthy Old Brand Quality!

The WESTINGHOUSE 5X00499G01 is a Legacy Network Gateway Module for the WDPF II (Westinghouse Distributed Processing Family) distributed control system, designed to bridge proprietary peer-to-peer networks with early Ethernet architectures in power and industrial facilities. This module enabled hybrid communication between WDPF II control processors and supervisory systems (e.g., plant MIS or corporate SCADA) using TCP/IP protocols while maintaining deterministic performance for critical control loops. The 5X00499G01 translated Westinghouse’s real-time data highway into IEEE 802.3 frames with <150ms latency, allowing turbine performance data integration into SQL databases without compromising safety interlocks. Housed in a rugged 3U chassis, it operated reliably in -40°C to 70°C environments and featured galvanic isolation to withstand 2kV surges in electrical substations.

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Description

The WESTINGHOUSE 5X00499G01 is a Legacy Network Gateway Module for the WDPF II (Westinghouse Distributed Processing Family) distributed control system, designed to bridge proprietary peer-to-peer networks with early Ethernet architectures in power and industrial facilities. This module enabled hybrid communication between WDPF II control processors and supervisory systems (e.g., plant MIS or corporate SCADA) using TCP/IP protocols while maintaining deterministic performance for critical control loops. The 5X00499G01 translated Westinghouse’s real-time data highway into IEEE 802.3 frames with <150ms latency, allowing turbine performance data integration into SQL databases without compromising safety interlocks. Housed in a rugged 3U chassis, it operated reliably in -40°C to 70°C environments and featured galvanic isolation to withstand 2kV surges in electrical substations.

As a transitional technology in Emerson’s legacy portfolio, the WESTINGHOUSE 5X00499G01 resolved Y2K-era integration challenges – connecting CONDUCTOR® workstations to early Windows NT servers for production reporting. Its dual-ported architecture allowed simultaneous highway monitoring and Ethernet data forwarding, while hardware-based protocol filtering prevented control network flooding. Radiation-hardened variants (5X00499G01-N) facilitated non-safety data extraction in nuclear facilities, complying with IEEE 323 seismic and EMI requirements.

5X00499G01 WESTINGHOUSE

5X00499G01 WESTINGHOUSE

Technical Specifications

Parameter Name Parameter Value
Product Model 5X00499G01
Manufacturer Westinghouse (Emerson Process Management)
Product Type Network Gateway
System Platform WDPF II DCS
Data Highway Interface Dual Redundant Token Rings (2 Mbps)
Ethernet Ports 2 × 10BASE-T (RJ45)
Supported Protocols TCP/IP, UDP, Westinghouse Peer-to-Peer
Address Translation 1:1 mapping of DCS points to IP tags
Isolation 2kV AC (Data Highway to Ethernet)
Latency 50–150ms (point-to-point)
Data Throughput 500 tags/second
Processor 32-bit RISC + Network Coprocessor
Power Supply 100-240V AC ±10% (47-63Hz)
Operating Temperature -40°C to 70°C (-40°F to 158°F)
Certifications UL 508, FCC Part 15, IEEE 323 (Nuclear)
Enclosure NEMA 12 (IP54)

Main Features and Advantages

Deterministic Hybrid Operation: The WESTINGHOUSE 5X00499G01 prioritized control traffic over supervisory data using hardware-based Quality of Service (QoS) queues. Its dual independent buffers prevented Ethernet broadcast storms from affecting critical turbine control signals. Unlike software gateways, this module maintained <1ms jitter for safety-class tags during network congestion.

Legacy Integration: The gateway’s “transparent mode” allowed direct mapping of WDPF II database points to Modbus/TCP registers – enabling integration with third-party HMIs without custom coding. Radiation-hardened variants used optical isolation and ceramic circuit boards to survive 10⁶ rad gamma doses in nuclear installations. The 5X00499G01’s patented data compression reduced bandwidth usage by 60% for historical trend extraction.

Application Field

The WESTINGHOUSE 5X00499G01 enabled critical integrations in:

 

Power Plants: Connecting turbine vibration data to corporate PI Historians

 

Refineries: Bridging DCS safety interlocks to SAP PM systems

 

Nuclear Facilities: Extracting non-safety data (5X00499G01-N) to emergency operations centers

 

Water Utilities: Integrating regional SCADA into central control rooms

 

Paper Mills: Linking quality control analyzers to LIMS databases

 

During the 1999 Y2K transition, these modules maintained control network integrity while allowing legacy systems to exchange data with patched servers.

5X00499G01 WESTINGHOUSE

5X00499G01 WESTINGHOUSE

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5X00500G01: Protocol Configuration Toolkit

 

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