ABB SPICT13A – Communication Interface Module for Industrial Control Networks

The ABB SPICT13A is a plug-in communication interface module designed for stable, long-life operation in process control environments. From my experience, SPICT-series boards are typically used as interface/coupler modules between a controller backplane and a plant network, helping engineers link operator stations, historians, and third‑party systems without disturbing running units. If you’re maintaining legacy ABB architectures, this model seems to be a reliable drop‑in option to keep systems communicating smoothly with minimal downtime.

Our Order Placement Process and Guarantees

• Warranty: 365 days
• Delivery time: 1 week if in stock; no more than one month at the latest
• Payment: 50% advance payment, full payment before delivery
• Express options: FedEx, UPS, DHL

Key Features

• Backplane-powered design – Typically draws low power directly from the system rack, so no external PSU is needed.
• Stable communications for DCS/PLC networks – Helps bridge controllers and plant-level systems; useful for legacy modernization and maintenance.
• Slot-in, service-friendly form factor – Installs into a standard ABB rack position; front screws and guided rails keep it straightforward.
• Status indicators for quick diagnostics – You might notice clear LED states that make fault tracing faster during shift checks.
• Designed for cabinet environments – Typically performs best in conditioned control rooms, with proper ventilation and EMC practices.
• Supports lifecycle extensions – In many cases, it allows you to keep existing I/O and controllers online while upgrading higher-level systems.

Technical Specifications

Related or Supporting Products

• ABB INICT13A – Computer transfer/interface module used to link control networks with host systems; often paired in legacy ABB DCS environments.
• ABB INNIS01 – Network interface module for plant network connectivity; helpful when segmenting or extending network nodes.
• ABB INNPM12 – Network processor module; provides higher throughput and diagnostics in complex networks.
• Rack power supplies and backplanes – Ensure the installed rack PSU capacity covers additional modules with margin.
• Shielded cables and BNC/RJ45 accessories – Choose connectors and cables matched to the module’s specific front interface.

Installation & Maintenance

• Cabinet & environment – Install in a clean, dry control cabinet with adequate airflow. Keep ambient temperature within 0–60 °C. Avoid direct vibration; use proper grounding.
• Wiring & EMC – Use shielded cables for network runs, maintain separation from high‑voltage lines, and bond shields at a single point to reduce ground loops.
• Backplane & slotting – Confirm slot assignment and addressing before insertion. Power down if the system is not designed for online replacement; with redundant pairs, online swap may be possible in most cases.
• ESD handling – Wear a wrist strap, keep the module in antistatic packaging until install, and avoid touching exposed circuitry.
• Routine checks – Inspect connectors quarterly, clean dust with dry air, review LED status after startups, and log firmware/revision levels. Firmware updates should follow your site’s MOC procedure.
• Spares strategy – Keeping one tested spare on the shelf typically shortens recovery time dramatically during unplanned events.

Quality & Certifications

• Manufactured to industrial standards; typically CE compliant with EMC/low-voltage directives
• UL/CSA recognition is common for ABB control modules used in North America
• Produced under ISO 9001 quality systems
• RoHS status may vary by production year; many legacy units operate under applicable exemptions
• Covered by our 365‑day warranty; each unit is functionally checked before dispatch and packed in ESD‑safe materials