Description

Brief Product Description

The ABB NIOC-01C (3BSE009858R1) is a high-speed I/O communication and control board equipped with a 32-bit RISC processor. It serves as a critical interface for ABB industrial drives and AC 800M controllers, managing complex data exchange and fieldbus connectivity in demanding automation environments.

​Product Description

High-Speed Processing and Memory Architecture

The ABB NIOC-01C, designated by part number 3BSE009858R1, delivers significant computational power through its integrated 32-bit RISC processor. This architecture allows the module to handle intensive real-time tasks with precision. To support complex logic and data buffering, the board features a robust memory configuration consisting of 16MB of Flash and 8MB of RAM. This combination ensures that the module can store sophisticated firmware and manage high-volume data traffic without latency, which is essential for stabilizing high-performance inverter drive systems.

Versatile Network Integration and I/O Capacity

This module excels as a communication hub within large-scale industrial networks. It natively supports PROFIBUS-DP protocols, allowing for seamless integration into various Distributed Control System (DCS) environments. Furthermore, the NIOC-01C can manage up to 128 S800 I/O modules, providing extensive scalability for expansive plant layouts. By utilizing a dual-channel architecture, the board offers the communication redundancy required for mission-critical operations. This design ensures that even if one channel encounters interference, the process remains under control, thereby preventing costly unplanned shutdowns.

Ruggedized Design for Extreme Industrial Conditions

ABB engineered the 3BSE009858R1 to operate reliably where standard electronics often fail. The module supports an impressive temperature range from -25°C to +70°C, making it suitable for unconditioned cabinets in refineries, power plants, and remote pump stations. It operates efficiently on a 24V DC power source with a typical consumption of only 5W, minimizing internal heat generation. Additionally, the module supports hot-swapping capabilities, which allows maintenance personnel to replace units without powering down the entire system. This focus on durability and serviceability maximizes system availability in the most challenging manufacturing sectors.

Technical Specification Overview