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    Apter Power matches the SE4100 assembly scope, protocol requirements and carrier arrangement before quotation.

SE4100

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Emerson SE4100 is a simplex DeltaV Ethernet I/O Card assembly for integrating supported Ethernet-based I/O nodes.
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Technical specifications for SE4100

  • Manufacturer:
    Emerson
  • Part Number:
    SE4100
  • Product Family:
    DeltaV
  • Product Type:
    DeltaV Simplex Ethernet I/O Card Assembly
  • Stock:
    1
  • Assembly type:
    Simplex EIOC assembly
  • Maximum I/O nodes:
    300
  • Control modules:
    2,000
  • Values sent:
    Up to 4,000 per second
  • Values received:
    Up to 500 per second
  • Supply voltage:
    24 VDC nominal, ±10%
  • Maximum current:
    325 mA
  • Operating temperature:
    -40 to 70 °C
  • Enclosure rating:
    IP20
  • Tariff Code:
    8537101190
  • 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 Node Limits Assembly Scope Operating Limits Applications

Emerson SE4100 DeltaV Simplex Ethernet I/O Card Assembly Overview

  • Complete simplex EIOC assembly
  • Capacity for as many as 300 Ethernet I/O nodes
  • Up to 4,000 transmitted values per second

SE4100 combines the EIOC and its required carrier hardware as one defined simplex assembly.


The controller-side capacity supports concentrated Ethernet I/O integration without presenting the unit as an isolated interface card.


Power, environmental and enclosure limits define the cabinet conditions for the complete assembly.

For SE4100 documentation review, configuration matching and quotation support, contact Apter Power.
Emerson SE4100 DeltaV Simplex Ethernet I/O Card Assembly 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.
  • I/O nodes: Capacity for as many as 300 Ethernet I/O nodes
  • Control modules: Capacity for as many as 2,000 control modules
  • Send throughput: Up to 4,000 transmitted values per second
  • Receive throughput: Up to 500 received values per second
  • Interface: One Ethernet I/O Card in the simplex assembly
  • Carrier: Dual horizontal carrier supplied with the assembly
  • Protection: Universal carrier protection cover included
  • Connections: Two copper isolation ports and two power plugs
  • Supply: 24 VDC nominal input with a ±10% range
  • Current: 325 mA maximum demand in simplex service
  • Temperature: -40 to 70 °C operating range
  • Enclosure: IP20 equipment rating
  • Package units: Ethernet data integration for supported packaged equipment
  • Skid systems: DeltaV interface for supported skid-mounted controls
  • Plant I/O: Concentration of distributed Ethernet I/O nodes
  • Modernization: Simplex EIOC assembly service in DeltaV cabinets
Description
Emerson SE4100 is the simplex DeltaV Ethernet I/O Card assembly supplied with the EIOC, dual horizontal carrier, universal carrier protection cover, two copper isolation ports, and two power plugs. The complete hardware scope lets an integrator establish the Ethernet I/O interface without treating the card as a bare module.

Emerson SE4100 supports as many as 300 I/O nodes and 2,000 control modules, with throughput ratings up to 4,000 values sent and 500 values received per second. This capacity brings package equipment and distributed Ethernet devices into DeltaV while control remains coordinated through one engineered interface.

Emerson SE4100 operates from 24 VDC nominal power, draws up to 325 mA in simplex service, and is specified for -40 to 70 °C. Match the protocol, node count, carrier placement, network segmentation and controller loading before commissioning the assembly.
Alternative Names
DeltaV simplex EIOC assembly Ethernet I/O Card simplex assembly
Technical notes
Before commissioning SE4100, verify 24 VDC capacity, carrier position, IP addressing, supported Ethernet protocol, node ownership, and unresolved communication diagnostics.
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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.
How should SE4100 be sized for an Ethernet I/O project?
Use the 300-node, 2,000-control-module, and stated value-throughput limits as engineering ceilings, then leave margin for diagnostics and future additions. Confirm actual loading in the target DeltaV release.
What must be checked before moving package-unit data through SE4100?
Confirm the supported protocol, tag direction, update rate, data types, and network ownership with the package supplier. Prove the mapping offline before enabling process commands.
How should SE4100 be powered in a simplex cabinet?
Provide a stable 24 VDC nominal supply with adequate margin above the 325 mA maximum EIOC demand and account for the rest of the carrier load. Verify polarity and protective grounding before energizing.
What records should be preserved before replacing SE4100?
Save the DeltaV configuration, node inventory, network settings, module assignments, alarm state, and existing wiring or port labels. The replacement should not proceed without a restorable baseline.
How should intermittent node loss be diagnosed around SE4100?
Start with power quality, port status, addressing, switch configuration, traffic loading, and protocol ownership. Hold process release until the affected nodes remain stable through a controlled operating test.
Which EIOC capacity and protocol details belong in a quotation for SE4100?
State that a simplex EIOC assembly is required and include the installed DeltaV version, protocol mix, node count, carrier arrangement, copper port requirement, and requested spares.
When should network segmentation be reviewed for SE4100?
Review segmentation whenever new skids, high-update-rate data, or routed connections are added. Keep control traffic predictable and validate the final design against DeltaV engineering limits.

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