
Explore the foundation fieldbus open standard, its digital bus network, distributed control, and how cross-vendor devices enable remote monitoring, reduced installation costs, and asset management.
Compare foundation fieldbus with conventional 4-20 mA, highlighting loop current proportional to pressure, voltage signal conversion, and easy, low-cost single-pair wiring versus distributed analog i/o with multiple devices.
Connects high-speed digital communication over a two-wire local area network, powering multiple devices and exchanging measurements, diagnostics, and control data. Transmits discrete digital values with error detection.
Introduce Foundation Fieldbus as a real-time digital network connecting sensors, actuators, and controllers with two-way communication, easy startup and configuration, and access to diagnostic data for cost savings.
Understand foundation fieldbus networks and their high-speed, intrinsically safe architecture for communication between controllers and field devices, with separate power and use of existing cables.
Learn the basic configuration of Foundation Fieldbus, covering twisted-pair wiring, field devices like sensors and actuators, junction boxes, trunk cables, and terminators at each end to ensure reliable digital signaling.
Introduces the foundation of the fieldbus segment, including the power cable, terminators, and power supply, and explains the two segments: the visible segment and the high-speed segment.
Learn the components of the H1 segment, including its network, terminators at both ends, and the power conditioner that isolates the network from the power supply.
Explore the high speed internet segment of foundation fieldbus, detailing fast, deterministic communication between linking devices and the control system, using a dual, redundant star topology for robustness and security.
Discover why the ff segment terminator is crucial in fieldbus networks; extra terminators may reduce signal by ~30 percent, while missing terminators raise signal by ~7 percent.
Foundation Fieldbus basics, including field barriers and device couplers, wiring, and short-circuit protection, plus termination options such as screw terminals and pluggable terminals.
Explore Foundation Fieldbus power supplies that isolate and condition DC power, enabling reliable field device operation with grounding, noise control, and current limiting.
Explore foundation fieldbus network topologies, highlighting home run cabling with a junction box terminator, segment length limits, and the risk of communication loss when a device is removed.
Learn to select foundation fieldbus cables that meet standards for reliability. Assess jacket, insulation, and installation to protect against noise and damage.
Learn Foundation Fieldbus installation and wiring through FF cable termination techniques for reliable connections and proper system integration.
Prepare the FF cable for termination as part of Foundation Fieldbus installation and wiring from A to Z.
Learn to properly terminate fieldbus cables to ensure reliable foundation fieldbus installation and wiring from A to Z. Master best practices for termination techniques and cable integrity.
Explore complete foundation fieldbus wiring and signal flow, from the central bus to lighting and sensors, showing device connections, power paths, and data transmission.
Explore foundation fieldbus segment design, including segment length limits, device counts, power supplies, and how segments link within a distributed control system under intrinsically safe and barrier current constraints.
Ground shielded cables in foundation fieldbus systems at a single point near the controller or distributed controller to prevent accidental grounding, which can cause intermittent grounding and communication errors.
Learn essential tools for foundation fieldbus installation and troubleshooting, including using a digital multimeter to measure voltage, current, and ground resistance, plus using the BP six monitor for bus status.
Foundation FieldBus installation and Wiring A to Z
What is foundation Fieldbus
Foundation Fieldbus is an all-digital, serial, two-way communications system that serves as the base-level network in a plant or factory automation environment. It is an open architecture, developed and administered by FieldComm Group.
Foundation Fieldbus is an open standard, which allows you to use Foundation Fieldbus products from different vendors interchangeably.
COURSE DESCRIPTION
Students will become familiar with the basic concepts and new terminology related to the FOUNDATION Fieldbus integrated architecture. The technology introduces new terminology that control personnel must be confident with if they intend to be successful. Students will understand the key strategies for wiring and installation of a fieldbus network. Special emphasis will be made on such design issues as power requirements, device types and topologies
BACKGROUND AND PREREQUISITES
In this course we assumes little or no prior knowledge of FOUNDATION technology, but students should be familiar with process control. Students should already be acquainted with existing 4-20mA technology found in present day installations.
AGENDA
FOUNDATION Fieldbus Fundamentals
Overview
Terminology
Benefits
Wiring and Installation
Comparison to 4-20 mA
Maximum Devices/Lengths
Segment Components
Segment Layouts
Segment Requirements
Basic Configuration of Foundation Fieldbus
FF Cable Selection and Installation
FF Cable Termination
How to Prepare FF Cable for Termination
How to Properly Terminate Fieldbus Cable
Complete Foundation Fieldbus wiring and Signal flow
Foundation Fieldbus Segment Design
FF Grounding Best Practices
Tools Requirement for FF installation and troubleshooting
WHO SHOULD ATTEND :
This course has been designed for Technician, Engineers, developers, end users, marketing professionals, system integrators and others interested in obtaining a fundamental knowledge of FOUNDATION Fieldbus technology.