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VE6049M04

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Emerson VE6049M04 is an RM100 smart-switch media module with eight 100 Mbps SFP ports for per-port fiber selection.
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Technical specifications for VE6049M04

  • Manufacturer:
    Emerson
  • Part Number:
    VE6049M04
  • Product Family:
    DeltaV
  • Product Type:
    DeltaV RM100 8-Port 100 Mbps SFP Expansion Module
  • Stock:
    1
  • Platform:
    DeltaV RM100 smart switch
  • Module Type:
    Media expansion module
  • Port Count:
    8
  • Port Interface:
    SFP
  • Port Speed:
    100 Mbps
  • Media Selection:
    Fiber connection selected per port
  • Primary Product Model:
    VE6049M04
  • Alternative Name:
    RM100-EM-8SFP
  • 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 RM100 Expansion Fit SFP Link Design Port Commissioning Product Applications

Features:

  • RM100 expansion role: Add SFP-based media connections without treating the module as a complete switch.
  • Per-link design: Choose supported transceivers from the fiber plant and the device at the far end.
  • Controlled identity: Use VE6049M04 as the primary product model while retaining RM100-EM-8SFP as an alternate identifier.
VE6049M04 expands an RM100 smart switch and does not replace the chassis, power system or network configuration.

The module supplies SFP positions; successful links still depend on supported transceivers and a matched optical path.

Commissioning should prove every installed link at both ends before it carries control-network traffic.

For VE6049M04 sourcing, Apter Power can help confirm the RM100 chassis, SFP choice and RM100-EM-8SFP alternative identifier.
Emerson VE6049M04 DeltaV RM100 8-Port 100 Mbps SFP Expansion Module 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.
  • Chassis decision: Confirm the installed RM100 and supported module position before ordering because a standalone media-module identity does not prove chassis fit.
  • Expansion boundary: Use this module to add interfaces, not as a replacement for the complete managed switch.
  • Model control: Reconcile the primary model and alternate identifier on the same physical item so purchasing does not create duplicate or mismatched spares.
  • Stop decision: Hold installation when the RM100 chassis revision or supported expansion position cannot be confirmed from the installed hardware.
  • End-to-end match: Select each supported SFP with the remote device and fiber plant in view; matching only the local connector can leave the link dark.
  • Media choice: Base the transceiver decision on the actual fiber type and route rather than assuming one SFP fits every port.
  • Optical margin: Verify the link budget before commissioning so distance and passive losses do not create intermittent control-network faults.
  • Compatibility stop: Reject VE6050 gigabit transceivers for this module because Emerson states they are not compatible with VE6049 modules.
  • Link proof: Test the local and remote ends together before assigning control traffic, because a local link indication alone may not prove the intended path.
  • Port mapping: Record which process-network connection occupies each module position so later maintenance does not disturb the wrong route.
  • Fault isolation: Swap only with a known-supported SFP after checking fiber cleanliness and the remote endpoint, avoiding an unnecessary media-module change.
  • Release decision: Keep a link out of service when optical margin or endpoint identity remains uncertain.
  • Control-network fiber: Add supported optical paths to an RM100 installation after the chassis and end-to-end link design are confirmed.
  • Cabinet interconnects: Extend managed-network connections between engineered plant locations whose fiber route and remote endpoints are documented.
  • Media migration: Introduce an approved SFP link only where the RM100 chassis and complete fiber design support it.
  • Maintenance replacement: Restore an identified expansion module after supported SFP, fiber and remote-end faults are excluded.
Description
VE6049M04 is the media expansion module that adds selectable SFP-based fiber connections to an Emerson DeltaV RM100 smart switch. The module provides the expansion interfaces, while the chosen transceivers and link design determine the optical connection.

VE6049M04 is also identified as RM100-EM-8SFP in the supplied product records. Replacement selection depends on the installed RM100 chassis, supported module position and an optical design that matches both ends of each link.
Alternative Names
RM100-EM-8SFP RM100-EM8SFP
Technical notes
VE6049M04 is the RM100 eight-port SFP expansion module, and Emerson identifies VE6050 gigabit transceivers as incompatible with VE6049 modules. Confirm the chassis, supported expansion position, approved SFP family and matching optical design at both link ends before installation; an unapproved transceiver or unresolved port assignment is a stop condition.
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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.
When a network engineer needs additional fiber connections on an RM100, what confirms VE6049M04 is the right expansion?
Proceed only when the installed RM100 chassis supports the module position and the required links can use approved SFPs. The expansion module is not a complete switch, so chassis and network design remain separate acceptance decisions.
If an optical link remains down after installing VE6049M04, what should a technician check before replacing it?
Keep the module in place while the supported SFP, fiber path, cleanliness and remote endpoint are verified. A mismatch anywhere in the end-to-end optical design can keep the link down even when the expansion hardware is healthy.
Can a VE6050 gigabit transceiver be used to increase link speed on VE6049M04?
Reject that substitution and select a transceiver approved for the VE6049 design. Emerson states that VE6050 gigabit transceivers are incompatible, so fitting one would not create a supported faster link.
How should purchasing handle the RM100-EM-8SFP identifier when ordering VE6049M04?
Use the primary model and alternate identifier together with the installed RM100 details. This confirms that both references describe the requested expansion item without turning the alias into a separate product.
When only one port shows intermittent traffic, does that point to a failed VE6049M04?
Isolate the affected SFP, fiber route and remote endpoint before changing the multiport module. A single-link optical margin or contamination problem can appear as a port fault while the remaining expansion hardware is healthy.
What proves VE6049M04 is ready to carry control-network traffic after commissioning?
Release each connection only after the intended endpoints communicate over the documented fiber path with acceptable optical margin. A local link light alone does not prove correct routing or reliable end-to-end service.

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