Emerson Ovation 5X00301G01 Analog Output Module

Technical Dossier

Product Details And Specifications

Emerson Ovation Series: Comprehensive Module Range and Technical Overview

The Emerson Ovation Distributed Control System (DCS) is one of the most widely deployed process control platforms in global heavy industry. Installed across fossil-fuel power generation, nuclear power stations, chemical processing complexes, and petroleum refining facilities, the Ovation platform has accumulated a multi-decade installed base that spans hundreds of sites worldwide. The 5X00301G01 is a standard Analog Output module within this architecture, providing 4–20 mA current loop outputs for final control elements including control valves, variable-speed drives, and positioners. Its continued demand in the aftermarket reflects the long operational lifecycles typical of power and process plant DCS infrastructure, where installed systems routinely remain in service for 20–30 years beyond initial commissioning.

The Evolution of Ovation Architecture

The Ovation platform originated from Westinghouse Electric's WDPF (Westinghouse Distributed Processing Family) control system, which was introduced in the 1980s and became the dominant DCS in the power generation sector. Following Emerson Electric's acquisition of Westinghouse Process Control in 1999, the platform was rebranded and progressively evolved into the Ovation product line. Early WDPF hardware used proprietary backplane buses and card formats that are incompatible with later Ovation generations. The transition from WDPF to Ovation 1.x introduced a new I/O subsystem architecture, and subsequent releases through Ovation 2.x and 3.x brought Ethernet-based controller communications, redundancy enhancements, and expanded I/O density. Modules from the 5X00xxx and 1C31xxx families represent the mature Ovation I/O generation and are not forward-compatible with the newer Ovation 4.x OCR1100 controller platform without engineering review. Sites operating legacy Ovation I/O must maintain a qualified spare parts inventory, as many modules in this family have reached or are approaching end-of-manufacture status.

Ovation Full Catalog & Functionalities (SKU List)

The following SKUs represent verified, commonly stocked modules within the Emerson Ovation I/O and controller ecosystem. Each entry reflects a distinct hardware function within the system architecture.

Analog Output Modules

• 5X00301G01: 8-channel 4–20 mA analog output module, standard resolution, loop-powered
• 5X00302G01: 8-channel analog output module with HART communication support
• 5X00303G01: 16-channel analog output module, high-density I/O configuration

Analog Input Modules

• 5X00070G01: 16-channel analog input module, 4–20 mA, standard accuracy
• 5X00119G01: 8-channel analog input module with HART pass-through
• 5X00345G01: Thermocouple/RTD analog input module, 8-channel
• 1C31227G01: Analog input module, legacy WDPF-compatible form factor

Digital Input Modules

• 5X00106G01: 32-channel 24 VDC digital input module
• 5X00107G01: 32-channel 120 VAC digital input module
• 1C31116G01: 16-channel digital input module, WDPF-generation hardware

Digital Output Modules

• 5X00108G01: 16-channel 24 VDC digital output module, sourcing type
• 5X00109G01: 8-channel relay output module, Form C contacts
• 1C31129G01: 8-channel relay output module, legacy series

Controller & Processor Modules

• 5X00103G01: Ovation controller module, primary CPU for I/O subsystem
• 5X00104G01: Redundant controller module, hot-standby configuration
• 1C31234G01: WDPF-generation controller card, obsolete but field-active

Communication & Network Modules

• 5X00241G01: Ovation network interface module, Ethernet-based I/O bus
• 5X00095G01: Serial communication module, RS-232/RS-485 multi-protocol

Power Supply Modules

• 5X00300G01: 24 VDC I/O power supply module, standard rail-mount
• 1C31166G01: Redundant power supply module, WDPF/Ovation transition-era hardware

Sourcing Hard-to-Find & Obsolete Ovation Parts

DriveKNMS maintains a dedicated inventory program for Emerson Ovation modules that have reached end-of-manufacture or end-of-support status. For power plants and process facilities operating on extended asset lifecycles, the inability to source a single failed I/O module can result in forced unit derating or unplanned outage. DriveKNMS addresses this through three supply channels: new-old-stock (NOS) units sourced from decommissioned plant inventories, factory-refurbished modules with documented restoration to original specification, and tested-serviceable units with full functional verification records. All obsolete Ovation modules supplied by DriveKNMS are accompanied by traceability documentation covering origin, test results, and firmware revision where applicable. Customers operating sites with WDPF-to-Ovation migration projects can also source legacy 1C31xxx-series hardware through DriveKNMS to support phased replacement programs.

Quality Control for the Ovation Range

Ovation I/O modules present specific test challenges due to their proprietary backplane communication protocol and the precision requirements of analog signal chains. DriveKNMS applies a structured verification process to all Ovation modules prior to dispatch. Analog output modules including the 5X00301G01 are tested under live loop conditions using calibrated current measurement equipment, with output linearity verified across the full 4–20 mA range at multiple setpoints. Digital I/O modules are exercised through full channel-count switching cycles with contact resistance measurement on relay output types. Controller modules undergo boot sequence verification, memory integrity checks, and communication handshake testing against a reference Ovation I/O subsystem. All modules are inspected for capacitor condition, connector pin integrity, and conformal coating status before packaging. Test records are retained and available to customers on request.

© 2026 DriveKNMS. All trademarks belong to their respective owners. Specifications are for reference only and subject to change without notice. Verify all parameters against official documentation before installation.