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Help CenterABB Bailey INICT01 Computer Transfer Module – Bridging Host Computers to INFI 90 Systems
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The ABB Bailey INICT01 is a Computer Transfer Module designed to connect a host computer (historian, MES, dispatch, or engineering workstation) to an INFI 90/NET 90 control system. From my experience, it’s the go-to serial bridge when you need dependable data exchange without re-architecting a legacy cabinet. You might notice that teams often choose the INICT01 to keep proven controllers in service while adding modern reporting or supervisory applications on the IT side.
Key FeaturesComputer Transfer interface for INFI 90 – Acts as the gateway between a host computer and the INFI 90 module bus, enabling read/write data exchange and supervisory commands.
Dual serial channels (typically EIA‑232/RS‑232C) – Front-access serial ports with configurable baud, parity, and handshaking for straightforward integration with industrial PCs or serial servers.
INFI 90 compatibility – Works within standard INFI 90/NET 90 architectures, communicating with controllers and process modules through the module bus.
Front-panel diagnostics – Status LEDs and test points help technicians verify link health and session activity during commissioning.
Field-replaceable form factor – Plugs into the standard INFI 90 rack; replacement is typically quick when observing site procedures.
Configurable to site standards – Practical DIP switch or firmware parameters let you align serial settings to existing SCADA or historian requirements.
| Brand / Model | ABB Bailey INICT01 (Computer Transfer Module) |
| Power Requirements | Powered via INFI 90 module backplane (5 VDC nominal via rack supply) |
| Operating Temperature | Control cabinet environment; typically 0 to 50 °C |
| Signal I/O Types | Serial host connections (commonly RS‑232C), INFI 90 module bus |
| Communication Interfaces | Front-panel serial ports; backplane interface to INFI 90 system |
| Installation Method | Plug-in module for standard INFI 90 rack with front wiring access |
The INICT01 typically shows up where a host system needs a stable, serial path into the control layer. Common examples:
Power generation – Exporting key process values to a plant historian or energy management system.
Oil & gas / petrochemical – Supervisory setpoint updates and event logging from legacy units to plant IT.
Water & wastewater – Serial link to dispatch centers or regional SCADA for reporting and alarms.
Metals, pulp & paper – Bridging older controllers with quality tracking or production planning tools.
Field note: A utility client used an INICT01 to feed a new historian through an RS‑232 serial server. Commissioning took half a shift, and they kept their original controller strategy untouched—which seemed to be the deciding factor.
Protects your installed base – Maintain existing INFI 90 assets while adding host connectivity, avoiding premature controller replacements.
Low integration risk – Serial settings match common SCADA/historian defaults; fewer moving parts means fewer surprises.
Spares & lifecycle strategy – A practical way to standardize on a proven part number across multiple units or sites.
Serviceability – Front diagnostics and predictable behavior help maintenance teams troubleshoot quickly.
Compatibility – Designed for INFI 90/NET 90 architectures, which, in many cases, is exactly what brownfield plants need.
Cabinet & mounting – Install in a standard INFI 90 rack with proper ventilation. Keep ambient temperature within control-room norms and allow front access for serial wiring.
Wiring – Use shielded serial cables; ground shields at one end to limit noise. Verify pinout before connecting to a PC, serial server, or modem.
Configuration – Set baud rate, parity, and handshaking to match the host. A quick loopback test can save a lot of time during commissioning.
Safety – De-energize the rack slot per site procedure before insertion/removal. If the module is mission-critical, coordinate a brief maintenance window to prevent unintended host alarms.
Routine care – Periodically inspect connectors, clean dust with dry air, and record firmware/config versions. Firmware updates may be applicable depending on revision; keep a backup of working settings.
Typically compliant with industrial safety and EMC requirements (e.g., CE, UL). Exact markings can vary by production year and region.
Manufacturer’s standard warranty is commonly 12 months for new units; refurbished units may follow supplier policy.
Traceability via model and serial labels simplifies lifecycle documentation.
ABB Bailey INNIS01 (Network Interface Module) – Interfaces the INFI 90 system with the plant/network backbone; often paired in systems that require broader network connectivity beyond the serial host link.
ABB Bailey INPCI01 (PC Communication Interface) – A PC-side interface option used in many legacy deployments to streamline communication to the control network from an industrial computer.
ABB Bailey INICT03A (Computer Transfer Module, later revision) – Consider if you need a newer hardware revision or extended features; site standards sometimes specify this model for consistency.
Industrial RS‑232 serial server – If the host is Ethernet-only, a serial device server with isolation can bridge TCP/IP to the INICT01’s serial ports with minimal change to plant wiring.
Shielded serial cabling and DB adapters – Pre-terminated RS‑232 cables and DB‑9/DB‑25 adapters reduce commissioning time and common pinout mistakes.
If you’re replacing an existing INICT01, matching the current serial settings and documenting the host’s expectations (baud, parity, protocol framing) usually gets you to runtime fast. One thing I appreciate is how predictable these modules are once the basics are set—most downtime tends to be cabling or pinout related rather than the module itself.
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