Name: Honeywell FC-IO-0002 | Safety Manager A.R.T. I/O Extender...
Brand: Honeywell
Price: 3250.00 USD
Availability: InStock

Description

Model: FC-IO-0002
Brand: Honeywell
Series: Safety Manager A.R.T.
Core Function: Transfers I/O communication and distributes watchdog and 5 V power
Type: I/O Extender Module
Key Specs: 2 watchdog inputs; 18 watchdog outputs; dual 5 V DC power inputs; 4 TE × 3 HE form factor
Approvals: CE, TÜV, UL, CSA

Product Introduction

Honeywell FC-IO-0002 is an I/O Extender Module used in the Safety Manager A.R.T. I/O chassis. Unlike a conventional analog or digital I/O card, it handles the infrastructure around the I/O modules: communication transfer, watchdog distribution, and 5 V DC power distribution.

The module uses two watchdog inputs and up to 18 watchdog outputs, while its power section accepts two diode-ORed 5 V DC inputs. Its compact 4 TE × 3 HE form factor fits the dedicated Safety Manager chassis. For a replacement, chassis position and jumper configuration deserve attention—this is not a generic PLC expansion card.

Key Technical Specifications

Parameter	Specification
Model	FC-IO-0002
Manufacturer	Honeywell
Product Family	Safety Manager A.R.T.
Product Type	I/O Extender Module
Watchdog Inputs	2, maximum 10 mA
Watchdog Outputs	18, maximum 25 mA
Power Inputs	2 × 5 V DC, diode-ORed
Power Input Current	100 mA
Power Outputs	2 groups
Output Group Current	> 1.25 A per group
Voltage Drop	0.2–0.8 V
Form Factor	4 TE, 3 HE
Approvals	CE, TÜV, UL, CSA
Chassis Application	Safety Manager A.R.T. I/O chassis

The published Safety Manager documentation identifies this part as a conformal-coated I/O extender for the applicable I/O chassis. The TÜV certification list also records FC-IO-0002 as an I/O extender module within the Safety Manager certification family.

Honeywell FC-IO-0002

Application and Selection Notes

The module sits in a dedicated I/O chassis rather than directly performing process signal conversion. Its communication path transfers controller information toward the I/O modules, while the watchdog circuitry distributes control signals to individual module positions. This allows the system to isolate an affected output module when a watchdog condition occurs.

A particularly important detail is the dual-extender arrangement. In the documented A.R.T. architecture, two extender modules occupy positions 20 and 21. One controls I/O bus 1; if it fails, the redundant extender can assume control of the bus arrangement.

That makes this part a maintenance-critical chassis component. It should not be selected by appearance alone.

Quality Inspection and Shipping

For an MRO spare, I would use this inspection sequence:

Incoming inspection: Verify the complete part number, Honeywell identification, revision, connectors, and chassis interface.
Visual inspection: Check the PCB, conformal coating, connector pins, mounting edges, and signs of corrosion or previous repair.
Live Test: Install it in a compatible Safety Manager A.R.T. test chassis and verify startup status and LED indication.
Watchdog Test: Check the applicable watchdog input/output paths and verify correct response through the test configuration.
Power Test: Verify the dual 5 V input arrangement and output-group behavior against the approved test procedure.
Configuration Check: Record chassis position and relevant jumper settings.
Final QC: Complete a Test Report, photograph the module, use ESD protection, and pack it with sufficient mechanical protection for export shipment.

The actual installed chassis should be used for functional testing where possible. A generic PLC test bench would not prove Safety Manager-specific behavior.

Common Replacement Pitfalls

Chassis position: The A.R.T. architecture uses specific extender positions. Confirm the existing rack layout before replacement.

Jumper configuration: Safety Manager diagnostic documentation specifically points technicians toward checking I/O-rack CA0–CA3 jumper settings when an extender fault occurs. Record the old settings before removal.

Watchdog wiring: Do not assume every output position has the same system behavior. Follow the chassis wiring documentation.

Power redundancy: The two 5 V inputs are diode-ORed. Check both supply paths rather than testing only one.

Wrong product category: FC-IO-0002 is an I/O extender, not an 8-channel analog input or 16-channel digital output module. Several third-party listings incorrectly describe it using generic PLC I/O specifications, so those figures should not be used for engineering selection.

Personally, I would photograph the old module, chassis position, and jumper settings together before removal. That three-picture record can save a surprising amount of troubleshooting time.