IBA ibaFOB-4i-S | 4-Channel ibaNet Fiber Optic Acquisition Board

  • Manufacturer: IBA AG
  • Model: ibaFOB-4i-S
  • Order Number: 11.115200
  • Product Type: Fiber Optic Communication Interface Card
  • Bus Interface: PCI Short Card
  • Fiber Ports: 4 optical input links
  • Communication Technology: ibaNet Fiber Optic Communication
  • Primary Function: Connects industrial PCs with iba measurement, acquisition, and automation devices
  • Data Transfer Method: DMA-based transfer to PC memory
  • Supported Devices: ibaPADU, ibaNet750, ibaLink signal modules, iba bus monitors, ABB AC800PEC and Siemens TDC interfaces
  • Fiber Type: 62.5/125 μm multimode fiber with ST connectors
  • Maximum Fiber Distance: Up to 2000 m
  • Operating Temperature: 0°C to 50°C
Category: SKU: IBA ibaFOB-4i-S

Description

Product Overview

IBA ibaFOB-4i-S is a high-speed fiber optic communication card developed for industrial measurement and automation systems requiring reliable data exchange between a PC-based analysis platform and distributed field devices. The card is part of the ibaFOB family of process coupling interfaces and provides a direct connection between industrial PCs and iba measurement hardware such as ibaPADU acquisition units, ibaNet750 systems, and ibaLink signal modules.

The ibaFOB-4i-S uses four independent optical input links to receive measurement and process data from connected ibaNet devices. By using fiber optic communication, the card provides electrical isolation between the PC system and field equipment, reducing the influence of electromagnetic interference commonly found in power plants, motor control environments, and heavy industrial installations.

The IBA ibaFOB-4i-S operates through DMA-based data transfer, allowing acquired data to be transferred directly into PC memory without placing excessive load on the processor. This architecture is designed for applications requiring deterministic acquisition cycles and synchronized measurement channels.

Typical system architecture:

Industrial Equipment → iba Measurement Device → Fiber Optic Link → ibaFOB-4i-S → Industrial PC → iba Software Platform

The ibaFOB-4i-S is widely used in applications involving high-speed signal recording, drive diagnostics, power system analysis, and commissioning of complex automation equipment. The card can interface with systems such as ABB AC800PEC and Siemens automation platforms through compatible iba communication components.

For replacement applications, engineers should verify the PCI interface requirement, iba software compatibility, driver version, connected field modules, and fiber optic network configuration. A physically matching card may not operate correctly if the ibaNet topology or software environment differs from the original installation.

 

Technical Specifications

Parameter Specification
Manufacturer IBA AG
Model ibaFOB-4i-S
Order Number 11.115200
Product Type Fiber Optic Communication Interface Card
Interface Type Short PCI Card
Optical Channels 4 fiber optic input links
Communication System ibaNet
Fiber Connector Type ST
Fiber Cable Type 62.5/125 μm multimode fiber
Maximum Fiber Distance Up to 2000 m
Data Transfer DMA-based PC memory transfer
Supported Data Rate ibaNet 2 Mbit/s to 32 Mbit/s modes
Synchronization External synchronization support
Power Supply PCI bus powered
Current Consumption Approx. 950 mA maximum
Operating Temperature 0°C to 50°C
Storage Temperature -25°C to 70°C
Cooling Method Air cooled
Weight Approx. 200 g

Specifications are based on IBA technical documentation for the ibaFOB-4i-S interface card.

 

Main Features and Advantages

ibaFOB-4i-S

Four-Channel Fiber Optic Data Acquisition

The ibaFOB-4i-S provides four optical input channels for connecting multiple ibaNet devices.

Typical connected equipment:

  • ibaPADU analog/digital acquisition units
  • ibaLink signal modules
  • ibaNet750 remote I/O systems
  • Industrial bus monitoring devices

This allows multiple measurement sources to be collected by one industrial PC.

 

Fiber Optic Electrical Isolation

The optical interface provides separation between the PC hardware and industrial field equipment.

Benefits include:

  • Reduced electrical interference
  • Improved measurement stability
  • Safe communication over long distances
  • Suitable operation near high-power equipment

Fiber communication is especially useful in environments containing:

  • Large motors
  • Variable frequency drives
  • High-voltage switching equipment
  • Power converters

 

Deterministic Data Transmission

The ibaFOB-4i-S supports deterministic ibaNet communication profiles with configurable cycle times and synchronized measurement acquisition.

Typical applications include:

  • Oscilloscope-style recording
  • Drive commissioning
  • Dynamic system analysis
  • Protection system verification

 

Industrial PC Integration

The card is designed for installation inside industrial computers used for measurement and analysis.

Common software environments include:

  • ibaPDA
  • ibaAnalyzer
  • ibaScope

The interface card acts as the hardware communication layer between software and field devices.

 

Compatibility With Legacy iba Systems

The ibaFOB-4i-S was developed as a successor to earlier ibaFOB communication cards while maintaining compatibility with existing iba fiber optic networks.

This makes it useful for maintaining long-service industrial measurement installations.

 

Application Scenarios

 

Power Generation Monitoring

Used for:

  • Turbine measurement
  • Generator analysis
  • Protection testing
  • Drive system diagnostics

 

Steel and Metal Processing

Applications include:

  • Rolling mill monitoring
  • Motor analysis
  • Converter diagnostics

 

Industrial Drive Commissioning

Used with:

  • ABB drive systems
  • Siemens automation systems
  • High-performance motion systems

 

Process Data Acquisition

Suitable for:

  • High-speed signal recording
  • Fault investigation
  • Equipment performance analysis

 

Related Components

Model Function
ibaFOB-io-S Fiber optic input/output interface card
ibaFOB-4o Four-channel fiber optic output card
ibaPADU Series Analog/digital acquisition units
ibaNet750-BM WAGO-based ibaNet interface
ibaLink-SM Series PLC signal coupling modules
ibaFOB-4i-Dexp PCI Express successor generation

 

Engineer’s Guide: Field Pitfalls

 

⚠️ Verify PCI Interface Compatibility

The ibaFOB-4i-S is a PCI card.

Before replacement check:

  • Industrial PC motherboard type
  • Available PCI slot
  • Operating system support
  • Driver availability

It should not be assumed compatible with newer PCI Express-only systems.

 

⚠️ Check Fiber Network Configuration

Communication problems may originate from:

  • Fiber cable damage
  • Incorrect ST connector installation
  • Excessive attenuation
  • Incorrect ibaNet configuration
  • Faulty remote device

Inspect the complete optical path before replacing the card.

 

⚠️ Confirm iba Software and Driver Version

The hardware requires compatible iba software support.

Verify:

  • ibaPDA version
  • Card driver version
  • License configuration
  • Device firmware

 

⚠️ Refurbished Card Testing Requirements

A proper evaluation should include:

  1. PCI detection test
  2. Driver recognition test
  3. Optical link verification
  4. ibaNet communication test
  5. Channel acquisition test
  6. Synchronization verification
  7. Continuous data recording test

A card recognized by the PC is not necessarily fully functional.

 

Frequently Asked Questions

What is IBA ibaFOB-4i-S?

It is a PCI fiber optic communication interface card used to connect industrial PCs with iba measurement and automation devices.

How many fiber channels does ibaFOB-4i-S provide?

It provides four fiber optic input links.

What fiber cable does it use?

It uses 62.5/125 μm multimode fiber with ST connectors.

Can ibaFOB-4i-S connect to ABB systems?

Yes. Compatible iba interfaces can connect to systems such as ABB AC800PEC through iba communication components.

What should be checked before replacement?

Verify:

  1. Model: ibaFOB-4i-S
  2. Order number: 11.115200
  3. PCI slot compatibility
  4. iba software version
  5. Fiber topology
  6. Connected iba devices
  7. Driver configuration