Safety Instrumented Systems (SIS) Class Descriptions

Course Description

This is an engineering course designed for personnel who will configure, maintain, and program, using functional block diagrams and user-defined function blocks, in the Yokogawa ProSafe-RS Safety System.

Duration

5 days

Objectives/Outcomes

Upon completing the course, the learner will be able to exhibit the ability to:

• Setup and configure ProSafe-RS hardware
• Program safety function blocks and user-defined function blocks
• Integrate ProSafe-RS with Centum VP or CS3000 process control system

Intended Audience

ll System/Process Engineers or Technicians whom are responsible for performing design and configuration procedures for the ProSafe-RS system.

Course Prerequisites

• Centum VP Operations Course or Higher recommended

Technical Requirements

• Basic file/folder manipulation in a Windows environment
• Knowledge of Centum Control Window or Operator Window
• Basic Logic design

Materials

Each learner will be provided with the appropriate course workbook.

Requirements to Be Awarded Certification

• Submit completed course Registration Form
• Fulfill financial obligations
• Fulfill the 90% attendance requirement by signing-in each day of facilitated course
• Fulfill the 70% or above overall scoring requirement on labs and projects

Evaluation Methods

• Laboratory exercises
• Question and answer sessions

Course Syllabus

Day 1

• Define “Risk Analysis” and “Safety” Procedures
• Identify the “Safety Standards” used in the Process Industry
• Compare “Distributed Control Systems” and “Safety Systems”
• Identify the major components and uses of the ProSafe-RS hardware
• Navigate through the SCS Manager (Workbench) software
• Identify the various project Application Builders for ProSafe-RS hardware

Day 2

• Define ProSafe-RS project “Security Level” setting and procedures
• Identify ProSafe-RS “Password” setting options and procedures
• Create a ProSafe-RS project using Function Blocks
• Perform virtual “simulation mode” on the ProSafe-RS project
• Identify and explain the ProSafe-RS “debug mode” procedure
• Identify and explain ProSafe-RS “Locking and Forcing” procedures
• Explain and perform an “Offline Download” of the ProSafe-RS project
• Perform “debugging mode” in the ProSafe-RS project
• Perform SCS Simulation (Test Function) mode procedures

Day 3

• Define and create “Instances” within the ProSafe-RS project
• Define and create “typicals” within the ProSafe-RS project
• Define and create “User-defined Function Blocks” within the ProSafe-RS project
• Identify various function blocks used for integration with the Centum DCS
• Create a ProSafe-RS project utilizing integrating function blocks
• Perform ProSafe-RS and Centum integration procedures
• Control and monitor integration function blocks via HIS

Day 4

• Design a ProSafe-RS project using functional specifications
• Identify and create the ProSafe-RS project using advanced function blocks
• Perform project verification and analysis for project downloading
• Perform “integration” with this project
• Control and monitor from HIS for proper project operation

Day 5

• Perform “database” maintenance procedures on a ProSafe-RS project
• Define and perform “Version Control Tool” procedures on a project
• Identify and define the use of “Sequence of Event” function blocks
• Launch the Sequence of Events viewer for verification of operation

Intellectual Property Rights

Yokogawa’s Education Center owns unlimited exclusive rights to all works, including literary works, pictorial, graphic and sculptural works, architectural work, works of visual art and other work that may be subject matter of copyright protection; advertising and marketing concepts; information; data, formulas, designs specifications, and flowcharts; trade secrets; and any invention that may be subject matter of patent protection; and all statutory protection obtained or obtainable thereon.