Fieldbus products and integration solutions

ABB is a technology leader in digital automation communication networks providing device integration, wireless and wired products and systems for the 21st century - to make the Internet of Things, Services, and People a reality.

Fieldbuses have nearly always developed around a common theme of reduced wiring. However, the use of digital designs for field devices increased the benefits beyond wiring to enable maintenance practices and value-added asset management.

At present, the ultimate reduction in wiring is wireless. This has many forms and will undoubtedly have a considerable impact on the future. Integration of process and power automation is the next frontier in delivering a unified environment to increase availability, reduce costs, and drive energy efficiency.

Highlights

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ABB FIM - the world's first FDI-based tool for field device management

A new era is coming with FDI fieldbus technology – are you ready?

Key issues faced by users of device management tools and how Field Device Integration (FDI) specification attempts to answer them.

Simultaneous control and monitoring of everything within a single controller

From electrical switchgear and synchronized variable frequency drives to third party PLCs, intelligent digital instrumentation and standard instrumentation connected to long-installed, previous-generation I/O subsystems

Centralized WirelessHART device management and condition monitoring

Capture and exploit diagnostic data within existing HART field devices more easily, access wireless process variables for use in a real-time monitoring and non-critical control environments.

Two fieldbus routes for drives: Double the Fieldbus is twice as nice

This could transform the way you look at your process control: ABB’s latest series of variable-speed drives offers two option slots for fieldbus modules allowing, e.g. a PROFIBUS module and an Ethernet module to be run at the same time.

Measurement made easy with cutting-edge “smart” field devices
The fundamentals of IEC61850

Electrical Integration with 800xA goes beyond IEC 61850 devices

Besides the substation with IEC 61850 devices, 800xA’s full integration with open standards like PROFINET, PROFIBUS and Modbus, it can control every substation within industrial plants.

Electrical integration in power and water industires with Symphony Plus
Handheld configuration tool for field instruments: faster, simpler, less costly

Latest generation field device installations made easier with ABB services

PROFIBUS and FOUNDATION™ Fieldbus applications:

  • Consulting and training
  • Planning and design
  • Commissioning
  • Life cycle support

Our offerings

Supported technologies

Which protocol is the best?

The right answer is “it depends on the application and what’s already installed”. An optimized solution will probably use more than one fieldbus type. For example, new ‘analog’ installations benefit greatly from FOUNDATION Fieldbus, while new ‘discrete’ installations can benefit from PROFIBUS, PROFINET, DeviceNet, and Ethernet/IP. Electrical Integration depends on the equipment supported protocol, but IEC 61850, Ethernet/IP and PROFIBUS could all prove useful. The most common view is to look at the current installed base, whether HART, PROFIBUS, DeviceNet, MODBUS, or others. Why replace when you can integrate?

What’s the value with Fieldbus and similar technologies?

Capital expenditures
Many installations of fieldbuses are similar in CAPEX cost to conventional installations using remote I/Os. Savings are realized in reduced installation and commissioning costs. In addition, multi-function devices, e.g. pressure-temperature-flow, can reduce the number of devices required from three to one, and require only a single process penetration (instead of three). This generates big savings!

Operational expenditures
Plant operators who apply fieldbuses for device management and maintenance benefit greatly. Even standard HART, with devices communicating at 1200 baud, creates opportunities to implement maintenance strategies that optimize asset performance and utilization, eliminate unnecessary maintenance, avoid unplanned interruptions to plant operations, or extend plant turnaround cycles. For example, programs focused on reducing a reactor unit’s maintenance costs and increasing asset utilization by 15% or more can result in substantial savings.

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