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Match the complete marking
Include FC-IO-0001 V1.1 and any revision or assembly number visible on the item. Keep the exact reference on your enquiry and quotation.
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Check the offered item before ordering
Request available label and connector photos. Have your maintenance team compare the offered FC-IO-0001 V1.1 with the installed equipment and applicable Honeywell documentation.
Technical specifications for FC-IO-0001 V1.1
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Manufacturer:Honeywell
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Product Category:DCS Systems
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Spare Part Number:FC-IO-0001 V1.1
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Weight:0.1 kg
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Tariff Code:8537101190
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Function:Control Processor to I/O communication
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Non-redundant chassis:IOCHAS-0001S: 1 module in slot 21
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Redundant chassis:IOCHAS-0001R: modules in slots 20 and 21
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Control Processor connection:CN1
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Address selection connection:CN3
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Bus connection:Front flat-cable connection
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Connector:DIN 41612 type F male; d/b/z rows
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Chassis addressing:CA0–CA3; addresses 1–9
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Supply:5 Vdc
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Current:35 mA
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Supply ripple:Less than 50 mV peak-to-peak
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Coating:FC conformal-coated type
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- FC-IO-0001 V1.1 maintains the processor-to-I/O bus relationship and chassis-address connection in the configured Safety Manager installation.
Function: Control Processor to I/O communication
Connection: Horizontal I/O bus and chassis address selection
Design: FC conformal-coated interface
Connection: Horizontal I/O bus and chassis address selection
Design: FC conformal-coated interface
The IO-0001 design provides the communication interface between the Control Processor and the I/O modules. In an IOCHAS-0001S non-redundant chassis, one module occupies slot 21; an IOCHAS-0001R redundant chassis uses modules in slots 20 and 21. Preserve the offered FC-IO-0001 V1.1 marking when selecting the replacement.
The interface connects to the Control Processor through CN1 and to the horizontal I/O bus through the front flat-cable connection. CN3 provides the chassis-address selection connection. The module uses a DIN 41612 type F male connector with d, b and z rows; the complete connector and cable arrangement must match the installed chassis.
Chassis address selection uses CA0 through CA3 and supports addresses 1 through 9 in the documented arrangement. The design supply is 5 Vdc at 35 mA, with ripple below 50 mV peak-to-peak. Powered replacement can cause a shutdown when safety-related I/O is involved, so isolate or manage the process under the approved Safety Manager procedure before removing the interface.
The interface connects to the Control Processor through CN1 and to the horizontal I/O bus through the front flat-cable connection. CN3 provides the chassis-address selection connection. The module uses a DIN 41612 type F male connector with d, b and z rows; the complete connector and cable arrangement must match the installed chassis.
Chassis address selection uses CA0 through CA3 and supports addresses 1 through 9 in the documented arrangement. The design supply is 5 Vdc at 35 mA, with ripple below 50 mV peak-to-peak. Powered replacement can cause a shutdown when safety-related I/O is involved, so isolate or manage the process under the approved Safety Manager procedure before removing the interface.
Controller platform reference: Safety Manager. Match the installed hardware and configuration.
Technical downloads for FC-IO-0001 V1.1: an original Honeywell reference excerpt and an Apter Power installation planning guide.
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Honeywell FC-IO-0001 V1.1 technical reference
Original Honeywell excerpt - PDF, 8 pages, 145.2 KB. The listed interface and supply values describe IO-0001. Match the offered FC-IO-0001 V1.1 to the installed chassis and revision; the reference data-sheet version is not a separate unit-approval statement. -
Honeywell FC-IO-0001 V1.1 installation planning guide
Prepared by Apter Power - PDF, 5 pages, 96 KB. Identity, configuration, connection and controlled acceptance planning.
The listed interface and supply values describe IO-0001. Match the offered FC-IO-0001 V1.1 to the installed chassis and revision; the reference data-sheet version is not a separate unit-approval statement. The planning guide is prepared by Apter Power; apply the complete manufacturer instructions and the stated applicability boundaries.
System and supply context: The listed interface and supply values describe IO-0001. Match the offered FC-IO-0001 V1.1 to the installed chassis and revision; the reference data-sheet version is not a separate unit-approval statement. Accessories are included only when itemized in the quotation.
Platform applications: The following applications describe Safety Manager functions. Match the complete FC-IO-0001 V1.1 identity to the installed system before selecting a replacement.
Platform applications: The following applications describe Safety Manager functions. Match the complete FC-IO-0001 V1.1 identity to the installed system before selecting a replacement.
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Non-redundant I/O
Link one Control Processor communication path to the applicable non-redundant I/O chassis. -
Redundant I/O
Maintain the paired communication paths in the documented redundant chassis arrangement. -
Chassis identification
Preserve the address-selection connection and installed CA0–CA3 configuration. -
I/O service recovery
Restore processor-to-I/O communication and verify channel behavior after controlled maintenance.
Prepare FC-IO-0001 V1.1 against the installed configuration and applicable Honeywell instructions. Plan isolation and the resulting interruption of system operation before replacement.
Preserve exact version
Match FC-IO-0001 V1.1, the chassis type and the installed I/O configuration.
Plan shutdown consequences
Assess safety-related I/O before powered removal; replacement can initiate a shutdown.
Retain slot assignments
Use slot 21 for the documented non-redundant arrangement and slots 20/21 for redundancy.
Protect cable orientation
Record and preserve CN1, CN3 and horizontal-bus flat-cable orientation.
Retain chassis address
Verify the existing CA0–CA3 selection and avoid duplicate or incorrect chassis addresses.
Test I/O communication
Confirm the processor communication path and controlled field response before normal service.
Alternative Names
FC IO 0001 V1.1
Honeywell FC-IO-0001 V1.1
Technical notes
Installation relationship: The interface connects to the Control Processor through CN1 and to the horizontal I/O bus through the front flat-cable connection. CN3 provides the chassis-address selection connection. The module uses a DIN 41612 type F male connector with d, b and z rows; the complete connector and cable arrangement must match the installed chassis.
Configuration: The listed interface and supply values describe IO-0001. Match the offered FC-IO-0001 V1.1 to the installed chassis and revision; the reference data-sheet version is not a separate unit-approval statement.
Technical reference: Honeywell Safety Manager Hardware Reference, EP-SM.MAN.6284, Release 162 Issue 1.10.
FAQ View All FAQ
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What is the role of FC-IO-0001 V1.1?The IO-0001 interface transfers communication between the Control Processor and the I/O modules.
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Where does FC-IO-0001 V1.1 fit in a non-redundant chassis?The IOCHAS-0001S arrangement uses one IO-0001 module in slot 21.
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How is FC-IO-0001 V1.1 arranged in a redundant chassis?The IOCHAS-0001R arrangement uses two IO-0001 interfaces in slots 20 and 21.
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Which connections are used by FC-IO-0001 V1.1?CN1 connects to the Control Processor, the front flat cable connects to the horizontal I/O bus, and CN3 connects to chassis-address selection.
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What connector design applies to FC-IO-0001 V1.1?The IO-0001 design uses a DIN 41612 type F male connector with d, b and z rows.
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How is chassis addressing associated with FC-IO-0001 V1.1 selected?The documented arrangement uses CA0 through CA3 for chassis addresses 1 through 9. Preserve the installed address selection.
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What supply requirements apply to the design of FC-IO-0001 V1.1?The design uses 5 Vdc at 35 mA, with supply ripple below 50 mV peak-to-peak. Confirm applicability to the actual marked unit.
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Can FC-IO-0001 V1.1 be replaced without affecting safety-related I/O?Do not assume that. Powered replacement can cause a shutdown where safety-related I/O is involved; follow the approved system procedure.
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