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5X00419G02

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Emerson 5X00419G02 is an Ovation Ethernet Link Controller EMOD with a time-stamp designation, serving the control system’s external-I/O communication path.
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Technical specifications for 5X00419G02

  • Manufacturer:
    Emerson
  • Part Number:
    5X00419G02
  • Product Family:
    Ovation
  • Product Type:
    Ovation Ethernet Link Controller EMOD with Time Stamp
  • Stock:
    1
  • Platform:
    Ovation
  • Assembly:
    Ethernet Link Controller EMOD
  • Manufacturer designation:
    With time stamp
  • I/O category:
    Bus interface
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Interface Role ELC Setup Service Scope Product Applications

Features:

  • Link-controller identity: The EMOD serves an Ovation bus-interface position rather than a field analog-input channel.
  • Time-stamp designation: The exact Emerson spare-parts entry distinguishes this assembly by its time-stamp wording.
  • Configured integration: ELC data paths rely on the installed Ovation project and its external-device mapping.
5X00419G02 is the exact assembly code to use when the installed Ovation position calls for an Ethernet Link Controller EMOD with time stamp.

An ELC can bring external device information into an Ovation project, but the module label alone does not identify the plant’s configured protocol or field-device population.

For a replacement, the local project, interface arrangement and accepted commissioning tests matter alongside the physical spare.

Apter Power can help confirm the Emerson 5X00419G02 Ovation Ethernet Link Controller EMOD with Time Stamp and installed ELC configuration before quotation.
Emerson 5X00419G02 Ovation Ethernet Link Controller EMOD with Time Stamp Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Ovation position: Treat the assembly as a bus-interface component rather than a direct analog or discrete channel.
  • External-data path: The ELC family supports communication between Ovation points and configured non-Ovation I/O.
  • Project relationship: Ovation engineering defines the link object that gives received data its control-system meaning.
  • Scope boundary: The spare-parts listing does not identify a plant-specific field network or connected device list.
  • Developer Studio: The ELC family is configured within the Ovation engineering environment.
  • Link configuration: Servers, ports, lines and scan blocks define a particular communication path.
  • Point mapping: External RTU or I/O values become usable only after the intended Ovation points are mapped.
  • Configuration Tool: The ELC family has a dedicated tool for building and maintaining its communication setup.
  • Installed record: Retain the ELC configuration and network addressing before removing a working assembly.
  • Firmware context: The recovered module must fit the controlled Ovation software and firmware baseline.
  • Fault boundary: A failed external point can originate at its device, link, configuration or controller-side interpretation.
  • Return to service: Prove the intended point updates and diagnostics after hardware change rather than relying on power indication alone.
  • Third-party I/O: Supports an Ovation ELC integration in which external I/O points are represented in the control system.
  • Remote device data: Carries configured information from non-Ovation RTUs into Ovation points.
  • System intercommunication: Serves an engineered link between Ovation and compatible external equipment.
  • Existing ELC spare: Restores the exact time-stamp-designated assembly position where the plant specifies 5X00419G02.
Description
5X00419G02 belongs to the Ovation bus-interface side of the I/O system. It is an Ethernet Link Controller electronics assembly with a time-stamp designation, not an analog input card or a controller CPU.

Where an Ovation application uses an ELC to exchange third-party I/O data, 5X00419G02 sits within a configured link rather than acting as a standalone field instrument. The value of a replacement depends on the installed network and point mapping returning together.

Before an outage, 5X00419G02 should be identified against the existing ELC position and project. The official spare-parts listing fixes the assembly identity; it does not establish which interface, protocol license or firmware arrangement a particular plant has configured.
Alternative Names
5X00419 G02 5X00419-G02
Technical notes
Emerson designates 5X00419G02 as an Ethernet Link Controller EMOD with time stamp, but the spare-parts entry does not define clock source, event resolution or sequence-of-events performance. Do not use that label alone to certify historical event ordering. Establish the installed Ovation time configuration and acceptance method before relying on stamped records after replacement.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
A control cabinet needs an analog-input spare, and stores has 5X00419G02. Can this assembly fill that need?
No. It is an Ethernet Link Controller EMOD, not an analog-input module. Keep the link-controller spare for its Ovation interface position and source the specified input assembly for the measurement channel.
An Ovation RTU stops updating after 5X00419G02 is changed, but other ELC points still move. Is another module exchange the first response?
No. The surviving points show that at least part of the ELC path is operating. Isolate that RTU’s configured port, line, scan block and point mapping before attributing one device path to the replacement hardware.
All external points behind 5X00419G02 stop updating while ordinary controller I/O continues. Should maintenance replace the controller CPU?
Not on that symptom alone. The affected signals share the ELC integration path, so examine its diagnostics, network connection and loaded configuration before expanding the repair to the controller CPU.
A purchasing quote substitutes a different ELC assembly for 5X00419G02 because both are described as link controllers. Is that a direct replacement?
No direct interchangeability is established by that description. Emerson lists the time-stamp-designated 5X00419G02 as a distinct assembly; approve another code only after the installed configuration and an OEM-supported substitution are established.
A redundant Ovation ELC arrangement uses 5X00419G02 and only one spare is budgeted. Does that number alone cover the outage plan?
No. The ELC family can be configured simplex or redundant, so the installed architecture determines the required hardware scope. Identify both positions and the recovery plan before treating one spare as sufficient.
A replacement 5X00419G02 is purchased for an RTU link, but the protocol license is missing. Will the hardware quote alone restore polling?
No. ELC protocol licensing is a separate part of the configured communication path. Include the required licensed protocol and existing project scope in the recovery plan; a physically fitted EMOD alone does not enable the RTU exchange.

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