FC-IO-0001
FC-IO-0001
FC-IO-0001
FC-IO-0001
FC-IO-0001
FC-IO-0001
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    Apter Power reviews extender identity, connector condition, rack position, and official chassis records before quotation.

FC-IO-0001 V1.1

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Inside Honeywell Safety Manager racks, FC-IO-0001 V1.1 links the vertical and horizontal I/O buses through coded chassis placement instead of processing field channels.
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Technical specifications for FC-IO-0001 V1.1

  • Manufacturer:
    Honeywell
  • Part Number:
    FC-IO-0001 V1.1
  • Product Family:
    Honeywell Safety Systems
  • Product Type:
    Safety Manager I/O Extender Module
  • Stock:
    1
  • Module role:
    Vertical-to-horizontal I/O bus extender
  • Mechanical format:
    4 TE, 3 HE
  • Supply voltage:
    5 V DC
  • Current consumption:
    Approximately 35 mA
  • Supply ripple:
    Less than 50 mV peak-to-peak
  • Connector coding:
    A5 and A7
  • Documented approvals:
    CE, TÜV, UL, CSA and FM
  • Weight:
    0.12 kg
  • Estimated shipping dimensions:
    2x19x12.8cm
  • 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 Bus Bridging Rack Addressing EMC & Power Product Applications

Features:

  • Bus extension: bridges the vertical and horizontal Safety Manager I/O buses
  • Coded placement: A5 and A7 connector coding protects the intended chassis position
  • Low-power module: documented 5 V DC operation at approximately 35 mA
FC-IO-0001 V1.1 maintains the documented I/O bus path inside a Honeywell Safety Manager rack.

Its value lies in correct coded placement and reliable connector continuity, not in field-channel processing or standalone control.

A service review should therefore focus on the complete label, version, chassis slot, bus connectors, adjacent hardware and approved system drawing.

Availability of FC-IO-0001 V1.1 is subject to Apter Power inventory and sourcing confirmation.

Verified resources for FC-IO-0001 V1.1:

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.

  • Vertical bus: verify the chassis-side connection before energizing the rack.
  • Horizontal bus: inspect continuity and mating surfaces across the extender path.
  • Signal role: treat the board as a bus component, not a field I/O point.
  • Documentation: match the installed arrangement to the official hardware drawing.
  • A5 coding: confirm the keyed connector assigned to the extender location.
  • A7 coding: compare the second coded interface with the chassis record.
  • Board version: retain the complete V1.1 identification during procurement.
  • Mechanical fit: inspect guides, fasteners and neighboring modules before insertion.
  • Supply: verify stable 5 V DC delivery at the documented load.
  • Ripple: keep the supply ripple below the published limit.
  • Connectors: correct contamination, oxidation or mechanical damage before reuse.
  • Compliance: maintain the documented installation conditions behind the listed approvals.
  • Safety Manager racks: extend the I/O bus through the approved chassis arrangement.
  • System maintenance: restore a documented extender position after board failure.
  • Rack refurbishment: retain coded bus continuity during approved hardware service.
Description
Bus continuity between the vertical and horizontal Safety Manager I/O paths is the specific system responsibility of FC-IO-0001 V1.1. The extender occupies a coded rack position and carries the internal connection across the approved chassis arrangement rather than acting as an independent field module.

During chassis refurbishment, FC-IO-0001 V1.1 preserves the documented transition between the two bus sections. Its value is therefore tied to the installed rack drawing, board version, connector condition and mechanical position, not to a stand-alone control function.

A replacement decision for FC-IO-0001 V1.1 should begin with the installed label and the exact extender location. Technicians should retain the original orientation and compare the mating interfaces with the Honeywell hardware record before the rack returns to service.
Alternative Names
Honeywell FC-IO-0001 V1.1 Safety Manager FC-IO-0001 V1.1 extender FCIO0001 V1.1 FS-IO-0001 I/O extender
Technical notes
Incorrect coded placement is the principal risk for FC-IO-0001 V1.1. Match the A5/A7 interfaces to the approved chassis drawing, inspect both mating connectors for damage or contamination, and stop installation if the extender position, board version or mechanical arrangement differs from the recorded rack configuration.
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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 one Safety Manager I/O section loses communication, how should FC-IO-0001 V1.1 be isolated from a wider rack fault?
Compare communication on both sides of the extender, inspect its two bus interfaces, confirm the recorded rack position, and stop parts substitution if the upstream chassis path is also unstable.
Can FC-IO-0001 V1.1 be moved to another slot while a Safety Manager rack is refurbished?
Only the documented coded position should be used. Reconcile the chassis drawing and A5/A7 interfaces before moving the board; a free mechanical slot does not establish an approved bus path.
What should a technician preserve before removing FC-IO-0001 V1.1 from a running rack?
Photograph the complete label, board orientation, coded connectors, adjacent hardware and cable or backplane condition so the original bus transition can be reconstructed without guesswork.
Why might FC-IO-0001 V1.1 look correctly seated but still leave downstream I/O unavailable?
A damaged or contaminated mating surface, incorrect coded position, unstable rack supply or loss of continuity on either bus interface can prevent the extender path from operating.
How does FC-IO-0001 V1.1 change troubleshooting when ordinary field points still appear healthy?
Treat it as an internal rack-path component. Compare which chassis sections communicate, then inspect the extender boundary before disturbing field wiring that remains operational.
When should work on FC-IO-0001 V1.1 stop and shift to chassis-level diagnosis?
Stop repeated board changes when connector damage, rack-power instability or loss of continuity exists outside the extender; correct the shared chassis condition first.