Emerson 5X00105G14 High‑Performance CPU Module – Reliable Controller Core for Ovation DCS Upgrades and Spares

Brand / ModelEmerson 5X00105G14

HS Code853890 (Parts for industrial control equipment)

Power RequirementsPowered via Ovation backplane; 5 VDC nominal, typical consumption < 15 W

Dimensions & WeightSingle-slot, approx. 6U rack height; typical weight < 0.6 kg

Operating Temperature0 to 60 °C (typical), 5–95% RH non‑condensing

Signal I/O TypesController CPU; field I/O handled via Ovation I/O modules through the backplane (no direct field terminations on the CPU)

Communication InterfacesController network ports, 10/100 Ethernet (typical), service/diagnostic serial port; Modbus TCP commonly via gateway or designated controller port

Installation MethodPlug-in module for Ovation rack backplane; supports redundant pairing for high availability

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Description

Emerson 5X00105G14 High‑Performance CPU Module – Reliable Controller Core for Ovation DCS Upgrades and Spares

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The Emerson 5X00105G14 is a high-performance controller CPU module used in Emerson Ovation distributed control systems. From my experience, it’s favored as a stable, drop‑in replacement in power plants and process facilities that need deterministic scan times, robust redundancy, and clean integration with existing Ovation I/O and engineering tools. You might notice that it’s designed for single‑slot rack installation, which keeps migrations simple and downtime short.

Company’s Order Placement Process and Guarantees

  • Warranty: 365 days
  • Delivery: 1 week for in‑stock; no more than one month at the latest
  • Payment: 50% advance payment, full payment for delivery
  • Express options: FedEx, UPS, DHL

Key Features

  • Ovation DCS compatibility: Designed for Emerson Ovation racks and backplanes, keeping existing I/O and graphics intact.
  • Deterministic control performance: Consistent scan times for critical loops and logic, typically with stable time base behavior.
  • Redundancy support: Pairs with a second CPU for bumpless transfer, so planned maintenance becomes far less disruptive.
  • Backplane-powered: No separate power feed; simplifies cabinet wiring and reduces points of failure.
  • Flexible communications: Controller network and Ethernet ports, with common integrations to plant historians or Modbus gateways where needed.
  • Diagnostics and watchdogs: Front-panel indicators and internal watchdog improve visibility and recovery in most cases.
  • Field-upgradable firmware: Updates can typically be performed via the engineering workstation following standard Ovation procedures.
  • Long lifecycle spare strategy: Stable hardware platform that seems to be widely stocked for utility and process customers.

Technical Specifications

Brand / Model Emerson 5X00105G14
HS Code 853890 (Parts for industrial control equipment)
Power Requirements Powered via Ovation backplane; 5 VDC nominal, typical consumption < 15 W
Dimensions & Weight Single-slot, approx. 6U rack height; typical weight < 0.6 kg
Operating Temperature 0 to 60 °C (typical), 5–95% RH non‑condensing
Signal I/O Types Controller CPU; field I/O handled via Ovation I/O modules through the backplane (no direct field terminations on the CPU)
Communication Interfaces Controller network ports, 10/100 Ethernet (typical), service/diagnostic serial port; Modbus TCP commonly via gateway or designated controller port
Installation Method Plug-in module for Ovation rack backplane; supports redundant pairing for high availability

Application Fields

Typically deployed in utility and process automation where deterministic control matters:

  • Power generation (coal, gas, combined cycle, biomass) – turbine auxiliaries, boiler controls, BOP
  • Water and wastewater – filtration, chemical dosing, pump stations
  • Oil & gas – compressor stations, dehydration, utilities control
  • Chemicals and refining – reactor, distillation, utilities, flare systems
  • Pulp & paper – digester, recovery boiler, steam systems

A maintenance supervisor at a 2×300 MW plant told us they swapped a failed CPU with a 5X00105G14 during a 20‑minute outage window; once the redundant pair resynchronized, the unit returned to load with no loop retuning. That’s fairly typical when firmware and configuration baselines are prepared in advance.

Advantages & Value

  • Reliability: Proven hardware design with watchdogs and clear diagnostics—helps cut mean time to repair.
  • Compatibility: Works within the Ovation ecosystem, so graphics, logic, and historian tags usually remain unaffected.
  • Reduced downtime: Redundant pairing and plug‑in design enable quick changeouts and staged upgrades.
  • Cost control: Extends existing DCS life without a rip‑and‑replace project; spares strategy is predictable.
  • Technical support: We assist with pre‑ship testing, firmware matching, and start‑up checks to keep risk low.

Installation & Maintenance

  • Cabinet & rack: Install in the designated Ovation rack slot; maintain clear airflow and follow 19‑inch cabinet ventilation best practices.
  • Power & grounding: Ensure clean, stable backplane supply; bond cabinet ground and follow plant EMC guidelines.
  • Wiring: Keep Ethernet and controller network cables in separate routes from high‑noise power wiring; use shielded, properly terminated cables.
  • Redundancy: For online replacement, verify the standby is healthy; match firmware/application versions before switchover.
  • ESD & handling: Use antistatic protection when inserting/removing the module; avoid touching connector pins.
  • Routine care: Quarterly dust cleaning with dry air, check status LEDs/diagnostics, backup controller configuration after any changes.
  • Firmware: Update during planned outages; in many cases, align with the site’s validated baseline to avoid compatibility issues.

Quality & Certifications

  • Manufactured under ISO 9001 quality systems (typical for Emerson hardware)
  • CE and UL compliance on the Ovation platform level; RoHS conformity for electronic assemblies in most markets
  • Supplied with a 12‑month warranty (365 days)

One thing I appreciate is how straightforward the changeover tends to be: confirm the slot assignment, verify redundancy health, and keep a tested configuration image ready. If you want, we can pre‑load the required firmware to match your fleet standard so the card arrives “ready to slot.”

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