The ABB Bailey NTCF23 is a high-performance Communication Interface Module designed for the ABB Bailey INFI-90 Distributed Control System (DCS). As part of the well-established Bailey control product lineup, the NTCF23 delivers dependable, high-speed data communication between system modules while ensuring stability, synchronization, and accurate process information flow.
Built for critical industrial operations, the NTCF23 module supports efficient communication routing and advanced diagnostic functions. Its long-term durability and robust architecture make it a preferred choice in power plants, chemical facilities, refineries, and other demanding industrial environments.
1. Product Overview
The ABB NTCF23 Communication Module functions as a key communication interface within INFI-90 system racks. It regulates the data exchange between controllers, I/O modules, and supervisory units, enabling real-time communication across the entire Bailey DCS. The module enhances system reliability and operational continuity, especially in large distributed control networks.
2. Key Features
✔ High-Speed Industrial Communication
NTCF23 enables fast, stable, and secure data transfer across the INFI-90 communication bus, supporting real-time control applications.
✔ Fully Compatible with ABB Bailey INFI-90 DCS
Designed to integrate seamlessly with Bailey backplanes, racks, and controllers.
✔ Advanced Diagnostic & Monitoring Functions
Built-in self-diagnostic tools continuously monitor communication status and module health.
✔ Rugged Industrial Design
Engineered to operate in environments with temperature variations, electromagnetic interference, and continuous vibration.
✔ Easy Maintenance & Replacement
Modular and hot-swappable, allowing fast replacement without shutting down critical plant operations.
3. Technical Specifications
Electrical Specifications
Power Source: Received from standard INFI-90 module rack backplane
Voltage Requirements: +5 VDC and ±15 VDC (Bailey standard supply)
Power Consumption: Low-power, highly stable operational design
Communication & Protocol Support
Bus Type: INFI-90 communication bus
Function:
Communication routing
Synchronization between control modules
Data packaging and transmission
Latency: Optimized for real-time industrial process control
Redundancy: Supports fault-tolerant communication configurations
Processor & Functional Logic
Processing Unit: Industrial microcontroller designed for communication processing
Functions:
Data exchange management
System communication control
Error detection and correction
Communication status reporting
Environmental Specifications
Operating Temperature: 0°C to +60°C
Storage Temperature: –20°C to +85°C
Relative Humidity: 5% to 95% (non-condensing)
EMI Resistance: High immunity to industrial electrical noise
Mechanical Specifications
Module Type: Standard Bailey plug-in card
Mounting Style: Fits INFI-90 racks such as IEMMU, IMM, and similar units
Cooling Method: Natural convection (passive cooling)
Material: Industrial-grade PCB and protective components
4. Application Industries
The NTCF23 is widely used in facilities requiring stable and coordinated control communication, including:
Thermal power plants, hydro power stations, and gas turbine units
Oil & gas processing and refining plants
Chemical and petrochemical factories
Water processing & wastewater treatment systems
Steel, metallurgy, and heavy manufacturing plants
Paper & pulp industries
Its resilience and long service life make it an ideal replacement module for legacy Bailey INFI-90 systems.
5. Advantages for Industrial Automation
Improves overall communication speed and reliability
Ensures consistent data integrity across the INFI-90 DCS
Reduces downtime with quick-swap design
Enhances system stability with advanced diagnostics
Extends the usable lifecycle of ABB Bailey systems
6. SEO-Optimized Product Summary
The ABB Bailey NTCF23 Communication Module is an essential component of the INFI-90 DCS platform. Engineered for high-speed, reliable data exchange, the NTCF23 delivers stable communication, strong diagnostics, and long-term industrial durability. Its compatibility with Bailey control systems makes it a critical module for maintaining and upgrading existing INFI-90 installations.






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