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    Honeywell documentation lists FS-IOBUS-HBR as the horizontal bus assembly for the redundant IOCHAS-0001R chassis.

FS-IOBUS-HBR

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FS-IOBUS-HBR is a non-conformal-coated redundant horizontal i/o bus backplane for Honeywell Safety Manager systems.
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Technical specifications for FS-IOBUS-HBR

  • Manufacturer:
    Honeywell
  • Part Number:
    FS-IOBUS-HBR
  • Product Family:
    Honeywell Safety Systems
  • Product Type:
    Redundant horizontal I/O bus backplane
  • Stock:
    1
  • Bus configuration:
    Redundant horizontal I/O bus
  • Associated chassis:
    IOCHAS-0001R
  • I/O module connectors:
    18 flat-cable connectors
  • I/O slot range:
    Slots 1–18
  • Extender connectors:
    2 flat-cable connectors, slots 20 and 21
  • Extender cables:
    2 × 10-pin flat-cable assemblies
  • Extender modules:
    Two IO-0001 modules
  • Coating:
    Non-conformal-coated FS version
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 Specifications Applications Safety & Compliance Performance & Efficiency

Product overview:

  • Horizontal I/O bus for the redundant R chassis
  • 18 I/O module connectors
  • Two 10-pin IO-0001 cable assemblies

FS-IOBUS-HBR carries the two redundant Safety Manager I/O bus paths across the paired module positions in IOCHAS-0001R.

Each extender connection belongs to a defined processor path, so the two 10-pin cables must remain correctly separated and labeled.

Verified resources for FS-IOBUS-HBR:

Verified specifications for FS-IOBUS-HBR:

  • Bus configuration: Redundant horizontal I/O bus
  • Associated chassis: IOCHAS-0001R
  • I/O module connectors: 18 flat-cable connectors
  • I/O slot range: Slots 1–18
  • Extender connectors: 2 flat-cable connectors, slots 20 and 21
  • Extender cables: 2 × 10-pin flat-cable assemblies
  • Extender modules: Two IO-0001 modules
  • Coating: Non-conformal-coated FS version

Typical applications:

  • Redundant horizontal I/O bus distribution
  • Paired Safety Manager I/O module connections
  • Two-path chassis signal routing

HBR is selected specifically for the R chassis where two IO-0001 modules carry separate controller communication paths.

Safety and compliance:

  • Two physically defined extender paths
  • Cable routing follows odd/even module pairing
  • Connector orientation is critical to redundant operation

Mark both redundant cables before removal and verify processor-path separation during post-maintenance checks.

Performance and efficiency:

  • Eighteen module connections across two bus paths
  • Two compact 10-pin extender assemblies
  • In-chassis redundant signal distribution

The horizontal layout connects a full redundant I/O set while minimizing point-to-point cable routing inside the chassis.

Description

FS-IOBUS-HBR is a non-conformal-coated redundant horizontal i/o bus backplane for the Honeywell Safety Manager platform. FS-IOBUS-HBR provides eighteen flat-cable connectors for the paired I/O positions and two additional connectors for IO-0001 modules in slots 20 and 21.

Two 10-pin flat-cable assemblies connect the redundant horizontal backplane to the respective extender modules. Confirm the R chassis, odd/even path allocation, cable labels and connector orientation before replacement.

Alternative Names
FS-IOBUS-HBR FS IOBUS HBR Honeywell FS-IOBUS-HBR Honeywell FS IOBUS HBR Safety Manager FS-IOBUS-HBR FS-IOBUS-HBR Redundant horizontal I/O bus backplane FSIOBUSHBR Redundant horizontal I/O bus backplane Honeywell Safety Manager FS-IOBUS-HBR
Technical notes
FS-IOBUS-HBR is the redundant horizontal I/O bus backplane for IOCHAS-0001R. Its two 10-pin assemblies connect paired I/O paths to the two IO-0001 extenders.
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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 is FS-IOBUS-HBR integrated into a Safety Manager configuration?
It is used with IOCHAS-0001R, IOB-0001R, paired redundant modules and two IO-0001 extenders.
Which technical interfaces or ratings define FS-IOBUS-HBR?
The key documented points are Bus configuration: Redundant horizontal I/O bus; Associated chassis: IOCHAS-0001R; I/O module connectors: 18 flat-cable connectors; I/O slot range: Slots 1–18. Confirm these values against the installed chassis and project hardware list.
Which compatibility checks are required before installing FS-IOBUS-HBR?
Verify R-chassis architecture, two extender positions, odd/even path mapping, 10-pin cable orientation and the redundant backplane revision.
Which slot, bus position or chassis location is specified for FS-IOBUS-HBR?
Install it horizontally in the R chassis and connect the two 10-pin assemblies to the IO-0001 modules in slots 20 and 21.
What diagnostic symptoms can indicate a FS-IOBUS-HBR connection or hardware problem?
A reversed, damaged or open flat cable on FS-IOBUS-HBR can isolate one or more I/O slots or one redundant processor path. Inspect connector orientation, cable strain and the IO-0001 connection before replacing modules.
Can FS-IOBUS-HBR replace a related FS, FC, S or R version directly?
IOBUS-HBS has only one extender path and cannot directly replace this redundant HBR assembly.
Which commissioning checks should be completed after fitting FS-IOBUS-HBR?
Verify each slot cable, the IO-0001 extender connection, odd/even path separation where applicable and error-free I/O communication after the chassis is reassembled.
Which engineering data is needed to match and quote FS-IOBUS-HBR?
Provide the complete FS-IOBUS-HBR reference, controller and chassis type, Safety Manager release, slot or bus arrangement, coating requirement, existing hardware revision, required quantity and project approval requirements.