• ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit
  • ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit
  • ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit
  • ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit
Product Overview The ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit is a fiber optic termination component used within ABB Bailey Infi 90 control-system installations. It provides a structured t……
ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit
  • ABB Bailey
  • NTCF21
  • Fiber Optic Termination Unit
  • Sweden (SE)
  • 160.02 × 228.6 × 213.36 mm
  • 2.721 kg
  • Xiamen, China
  • New & In Stock
  • T/T, PayPal, Western Union
  • 1 Year
  • 1-3 Working Days
  • DHL, UPS, TNT, FedEx and EMS.
  • 24-Hour Service
  • COO
  • 3

Our advantage

ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit

Global Logistics

We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.

ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit

Brand new and original

Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.

ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit

24-hour service

We provide 7*24 hours service to our customers. We will be there whenever you need us.

ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit

Price advantage

All our products are priced very favorably because we have our own warehouse and supply.


Company Information
E-mail [email protected]
Mobile +8615980777398
Whatsapp +8615980777398
WeChat 15980777398

Product Overview

The ABB Bailey NTCF21 Infi 90 Fiber Optic Termination Unit is a fiber optic termination component used within ABB Bailey Infi 90 control-system installations. It provides a structured termination point for fiber optic communication connections and forms part of the physical communication infrastructure between associated Infi 90 system equipment.

In an Infi 90 control cabinet, the NTCF21 can be used where fiber optic links connect distributed control-system sections. The termination arrangement keeps the optical connections organized and accessible, which is particularly useful in large control cabinets where multiple communication paths need to be identified during commissioning or maintenance.

In a process plant, for example, an Infi 90 control section may exchange information with equipment located in another cabinet or system area through a fiber optic link. The NTCF21 can be incorporated into this type of communication arrangement, with the connected optical path carrying system communication data between the two locations.

For replacement work, technicians should verify the complete NTCF21 model, existing fiber connections, connector assignments, cable routing, and associated Infi 90 communication equipment before disconnecting the installed unit.


Technical Specifications

ParameterSpecification
Manufacturer ABB Bailey
Model NTCF21
Product Family Infi 90
Product Type Fiber Optic Termination Unit
Primary Function Fiber Optic Signal Termination
System Role Fiber Optic Communication Interface
Application Industrial Automation / Process Control
Installation Infi 90 Control System
Dimensions 160.02 × 228.6 × 213.36 mm
Weight 2.721 kg

Product Features

  • ABB Bailey Infi 90 Fiber Optic Termination Unit
  • Model NTCF21
  • Provides a termination point for fiber optic communication connections
  • Used within Infi 90 control-system installations
  • Supports organized fiber optic cabinet wiring
  • Suitable for distributed control-system communication architectures
  • Applicable to large industrial process-control installations
  • Provides an accessible point for fiber connection inspection and maintenance
  • Suitable for Infi 90 communication-system replacement work
  • Can be incorporated into control-system communication paths between separated equipment areas

Working Principle

The NTCF21 provides the physical termination interface for fiber optic communication connections associated with the Infi 90 system.

Infi 90 Communication Equipment → NTCF21 → Fiber Optic Cable → Remote Infi 90 Equipment

The associated communication equipment exchanges system data through the fiber optic path. The NTCF21 provides the termination point where the optical connection is organized within the control-system installation.

Fiber optic communication can be used between separated control cabinets, distributed system sections, or other areas where an optical communication path is appropriate. The termination unit keeps these connections structured so that technicians can identify and service the communication path more easily.

Typical information exchanged through the communication architecture may include:

  • Control-system data
  • Process information
  • Equipment status
  • System diagnostic information
  • Communication data between distributed system sections

The NTCF21 functions as part of the physical communication interface rather than executing control logic or independently processing the Infi 90 application.


Role in an Infi 90 Control Architecture

The NTCF21 operates at the fiber optic communication interface layer of an ABB Bailey Infi 90 control architecture.

Infi 90 Control System → Communication Equipment → NTCF21 → Fiber Optic Network → Remote Infi 90 System

System ElementFunction
NTCF21 Provides fiber optic termination and connection
Infi 90 Communication Equipment Handles control-system data communication
Fiber Optic Cable Carries optical communication signals
Infi 90 Controller Executes configured process-control strategies
Infi 90 I/O Modules Interface with field process signals
Remote Infi 90 Equipment Exchanges data with the local control system
Control Cabinet Houses control and communication hardware
Operator Station Provides monitoring and operator functions

Industrial Applications

ApplicationTypical Use
Process Automation Terminating fiber optic communication within distributed control systems
Oil and Gas Connecting separated Infi 90 system sections
Chemical Processing Supporting optical communication between control cabinets
Power Generation Linking distributed plant-control equipment
Water Treatment Connecting remote automation system sections
Large Manufacturing Plants Organizing fiber communication across production areas
Industrial Infrastructure Providing structured fiber optic termination
Infi 90 System Maintenance Replacing existing fiber optic termination hardware

Installation and Maintenance

  1. Confirm the complete NTCF21 model before installation or replacement.
  2. Identify the associated Infi 90 communication equipment.
  3. Record the existing fiber connection arrangement before disconnecting the unit.
  4. Label each fiber connection according to the system documentation.
  5. Inspect fiber connectors for contamination, damage, or improper seating.
  6. Check the fiber cable routing for excessive bending or mechanical stress.
  7. Verify the cabinet mounting arrangement before installing the replacement unit.
  8. Install the NTCF21 in the approved control-system location.
  9. Reconnect the fiber connections according to the documented arrangement.
  10. Confirm that all connectors are fully seated.
  11. Check communication between the local and remote Infi 90 equipment.
  12. Record the final fiber connection arrangement for future maintenance.

When troubleshooting a communication problem, check the NTCF21 termination, fiber connectors, cable path, associated communication equipment, and remote Infi 90 equipment individually to locate the interruption.


Related Components

ComponentFunction
NTCF21 Provides fiber optic termination
NTCF01 Provides fiber optic termination
NTCF02 Provides fiber optic termination
NTCF03 Provides electrical-to-optical termination
Infi 90 Communication Equipment Handles system communication
Fiber Optic Cable Carries optical communication signals
Infi 90 Controller Executes process-control strategies
Infi 90 I/O Modules Interface with field process signals

Recommended Related Models

Model / Product FamilyProduct TypeTypical Application
ABB Bailey NTCF01 Fiber Optic Termination Unit Fiber communication termination
ABB Bailey NTCF02 Fiber Optic Termination Unit Fiber optic communication connections
ABB Bailey NTCF03 Electric to Optical Termination Unit Electrical-to-optical communication interface
ABB Bailey NTAO01 Analog Output Termination Unit Analog output field termination
ABB Bailey NTAI01 Analog Input Termination Unit Analog input field termination
ABB Bailey Infi 90 Communication Series Communication Equipment Infi 90 system communication

Key Advantages

  • ABB Bailey Infi 90 fiber optic termination interface.
  • Provides an organized connection point for fiber optic communication.
  • Suitable for distributed Infi 90 control architectures.
  • Applicable to large industrial control installations.
  • Supports fiber communication between separated system sections.
  • Facilitates fiber connection identification during maintenance.
  • Suitable for existing Infi 90 replacement projects.

Technical FAQs

What is the ABB Bailey NTCF21 used for?

The NTCF21 is an Infi 90 Fiber Optic Termination Unit used to terminate and organize fiber optic communication connections associated with the control-system architecture.

How does the NTCF21 fit into an Infi 90 communication path?

The unit sits within the physical fiber communication path between associated Infi 90 communication equipment and the fiber optic cable. It provides the termination point rather than performing the control-system communication processing itself.

What should be checked before replacing an NTCF21?

The existing fiber connection assignments, cable routing, connector condition, associated communication equipment, and system documentation should be checked before removing the unit. The original connection arrangement should be recorded for reinstallation.

What are the first areas to inspect when an NTCF21 communication path fails?

Check the fiber connectors and termination points first, followed by the fiber cable path and associated communication equipment. Local and remote Infi 90 communication diagnostics can then be used to determine whether the problem is at the termination, optical link, or system-equipment level.



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