FBM205-P0914XG
FBM205-P0914XG
FBM205-P0914XG
FBM205-P0914XG
FBM205-P0914XG
FBM205-P0914XG
Ask our team:
  • Phone: +86 181 0690 9650
  • E-Mail info@apterpower.com
  • Lifecycle status

    Discontinued / Obsolete by OEM
    Apter Power supports legacy identity, documentation, quotation, and migration evidence.

FBM205-P0914XG

/ 4.9
1001 reviews | Need a Specific Revision?
Foxboro FBM205-P0914XG is a redundant analog I/O module with four isolated input channels and four isolated output channels for I/A Series fieldbus service.
In Stock
Ships by Saturday, October 17
Fast Shipping Available
Get a quick price for FBM205-P0914XG
Quantity
*E-mail
Company
*Mobile
*Content
Upload (gif, jpg, jpeg, png, bmp, doc, docx, xls, xlsx, ppt, pdf, csv)

Technical specifications for FBM205-P0914XG

  • Manufacturer:
    Invensys
  • Part Number:
    FBM205-P0914XG
  • Product Family:
    Foxboro
  • Product Type:
    Redundant Four-Channel Analog Input/Output Module
  • Stock:
    1
  • Analog input channels:
    4
  • Analog output channels:
    4
  • Signal range:
    0–20.4 mA
  • Channel isolation:
    Galvanically isolated
  • Operating arrangement:
    Redundant pair
  • HART boundary:
    Electrically compatible; no HART digital communication
  • Current superseding reference:
    RH914XG
  • Redundant adapter reference:
    RH916NN
  • Weight:
    0.284 kg
  • Estimated shipping dimensions:
    11.4x4.5x10.4cm
  • 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 Redundant Signal Path Loop Integration Supersession Plan Product Applications

Features:

  • Redundant operation: paired modules provide a documented fault-tolerant analog path
  • Balanced I/O: four inputs and four outputs share one isolated current-loop module
  • Controlled supersession: RH914XG is the official current reference for migration review
Foxboro FBM205-P0914XG is designed for analog loops that require a redundant I/A Series fieldbus module arrangement.

Its isolation and paired input/output role keep signal acquisition and control output inside one documented fault-tolerant architecture.

Selection must preserve the redundant partner, adapter, baseplate positions, field termination, software context, and supersession evidence.

Apter Power supports document review and quotation for the Invensys FBM205-P0914XG Redundant Four-Channel Analog Input/Output Module for legacy-system requirements beyond End-of-Life (EOL) by the manufacturer (OEM).
Invensys FBM205-P0914XG Redundant Four-Channel Analog Input/Output Module Manuals,Datasheets,Link
Important Notice: No qualified exact-model English PDF is attached. Use the complete product model in every document request.
  • Paired modules: the design maintains an alternate FBM path when one side is unavailable.
  • Adjacent positions: the redundant arrangement depends on the documented baseplate placement.
  • Shared field interface: the approved adapter and termination path must remain with the pair.
  • Fault response: diagnostics should identify the affected side before replacement work begins.
  • Isolated channels: galvanic separation helps contain interaction among the documented current loops.
  • Input/output balance: one module pair serves four measurements and four control signals.
  • HART limit: electrical compatibility does not provide HART digital communication through this FBM.
  • Polarity control: every loop should be reconciled with the field termination drawing before energization.
  • Official successor: Schneider Electric identifies RH914XG as superseding P0914XG.
  • Adapter review: the RH916NN arrangement belongs in any current migration study.
  • Software boundary: control configuration and diagnostics must be checked before mixing generations.
  • Stop condition: unresolved baseplate, termination, or partner differences prevent a direct-swap conclusion.
  • Redundant process measurements: acquire four isolated analog current inputs with a partner module.
  • Fault-tolerant control outputs: drive four documented current loops through the paired architecture.
  • Installed I/A Series maintenance: replace an exact P0914XG identity while preserving its redundant context.
  • Modernization planning: evaluate RH914XG with the required adapter, baseplate, software, and field interfaces.
Description
Redundancy is built into the intended use of FBM205-P0914XG: the module operates as one half of a fault-tolerant pair while combining four analog inputs with four analog outputs. The partner path keeps control from depending on a single fieldbus module.

Each 0–20 mA channel on FBM205-P0914XG is galvanically isolated. HART instruments can remain electrically connected, but their digital messages are not carried by this module, so asset-data expectations must be assigned elsewhere in the architecture.

Schneider Electric identifies RH914XG as the superseding reference for FBM205-P0914XG. A migration decision still has to account for the redundant adapter, baseplate, control software, and field wiring; the new reference is not proof of an unconditional drop-in exchange.
Alternative Names
Foxboro FBM205 P0914XG Foxboro FBM 205 P0914XG Foxboro FBM205-P0914 XG Foxboro P0914XG P0914XG FBM205 P0914XG analog I/O I/A Series FBM205 analog I/O module Foxboro redundant 4-in 4-out module Foxboro FBM205 redundant analog module
Technical notes
For FBM205-P0914XG service, verify the redundant partner, baseplate positions, RH916NN adapter arrangement, field termination assembly, current-loop polarity, and software configuration before disturbing the pair. Schneider Electric documents RH914XG as the superseding reference; retain a controlled migration record and do not infer zero-change interchange from that relationship alone.
Exceptional Service

Our Mission

  • 100% Satisfaction

    We believe expertise is priceless. With over 20 years of experience, and top engineers on staff, we can help you solve or avoid problems that threaten your business.
  • Trust Guaranteed

    Not only do we have a vast inventory, our team makes sure every piece of equipment is in working condition. Your purchases are also backed by our Warranty.
  • Expertise

    Time is money, especially when your equipment is down. We work quickly to get your equipment on its way so you can get it back up and running.

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.
Can FBM205-P0914XG be replaced without identifying its redundant partner?
No. Record both module positions, partner identity, adapter, baseplate, and termination path first; disturbing one side without the pair context can defeat redundancy.
Will FBM205-P0914XG pass HART digital device data through the module?
No. The official documentation states electrical compatibility with HART devices but not HART digital communication, so asset-data requirements need a supported path elsewhere.
Should RH914XG be treated as a zero-change replacement for FBM205-P0914XG?
No. It is the official superseding reference, but adapter, baseplate, software, redundant pairing, and field termination still require engineering review.
What should stop energization after FBM205-P0914XG is installed?
Stop if loop polarity, current range, termination mapping, redundant diagnostics, or partner communication does not match the approved commissioning record.
How should maintenance isolate a fault before exchanging FBM205-P0914XG?
Use I/A Series diagnostics and loop records to identify the affected side, confirm the partner is healthy, follow the approved switchover procedure, and only then remove hardware.
What evidence should accompany a quotation for FBM205-P0914XG?
Provide the full legacy code, photos, baseplate and slot positions, partner module, adapter and termination references, software release, required condition, and migration intent.

Product Browsing History