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Ovation® Enterprise Historian (eDB) (OV240-WIN)



 

Duration
Five Days

Promo

 

 

Prerequisites
Students must have a good understanding of the Ovation® Solaris-based system architecture and how database point records are built and maintained in the Ovation system. It is recommended that students attend the OV100-UNX course prior to attending this course. The OV230-UNX course will also prepare students for this course, but neither course is required.

Description
This course will teach students to set up and retrieve historical data using the Historian and how to create and generate periodic, event, and trip reports using the Report Server. Students will create the historical database for the Historian and will configure its subsystems. Basic troubleshooting skills will be presented to help students determine problem conditions. This course is intended for students who will configure, access and maintain the Historian and Report Server drops of the Ovation system.

Course Objectives
Upon successful completion of this course, using the reference material provided, the student will be able to:

  1. List the Ovation Historian subsystem, and explain and outline the archiving function
  2. Retrieve data from the HSR storage device using the graphical user interfaces (GUIs)
  3. Use "archive" and "drive" status functions to maintain the optical media
  4. Set up the Operator Event, Sequence of Events (SOE), and Alarm subsystems
  5. Determine the proper deadbands for using the statistical analysis package
  6. Add points to the Ovation Historian
  7. Choose the proper configuration for a given Historian and configure it to archive to an optical disk
  8. Describe the subsystems of the Report Server
  9. Create and generate reports to print either periodically or when triggered by a specified event
  10. Design and save a report. Configure the Report Server.
  11. Analyze and correct system problems with available tools

Course Components

Module 1

  • Describe the different peripheral devices that make-up the Historian drop
  • Identify the secondary hard drive partitioning for data storage
  • Locate and describe the SCSI interface and addressing scheme of each peripheral device

Module 2

  • List the subsystems that make-up the Historian by type and the history subsystems contained in each: 

Numerical Point Data

  • Main History Subsystem
  • Long-Term History Subsystem
  • Laboratory History
  • Point Attribute History
  • Event History
Message Data
  • Alarm History Subsystem
  • Operator Event History Subsystem
  • ACSII Event History Subsystem
  • Sequence of Events History Subsystem

File Data

  • File History Subsystem

Module 3

  • Describe the menu procedures for data retrievals
  • Utilize the graphical user interface displays to retrieve different information from the Historian
  • Interpret the data returned from the Historian
  • Alter collection time periods for data retrieval
  • Filter data collection types and specifics

Module 4

  • Identify the secondary and tertiary subsystems of the Ovation Historian
  • Utilize the graphical user interface to determine archive drive status
  • Reconfigure the optical drive Status and Write modes
  • Address the operator attention response window
  • Interpret volume database and status information
  • Modify volume database name associations
  • Alter time span period of a volume set
  • Interpret volume set review data
  • Startup and shutdown historian subsystems

Module 5

  • Utilize the ADMIN tool to configure the Historian disk and collection parameters
  • Utilize the ADMIN tool to configure user interfaces to the Historian
  • Install and download saved configurations to the Software Server and Historian
  • Customize Historian user interface windows

Module 6

  • Access the Ovation Historian to retrieve secondary and tertiary data
  • Define and create groups of historical trends
  • Interpret retrieved data from the Ovation Historian

Module 7

  • Define database points for historical collection
  • Display and modify data statistics
  • Configure the scan frequency, deadband algorithm, and deadband value
  • Generate HSR PIC files
  • Query/download the compiled PIC files to the Historian
  • Restart Historian subsystems

Module 8

  • Define the different types of available reports
  • Build and modify a periodic report
  • Incorporate live and historical data into the report
  • Build and incorporate graphical charts 
  • Query/download completed reports to the Log Server
  • Generate reports from the Log Server

Module 9

  • Define the different types of available reports
  • Build and modify an event report
  • Incorporate live and historical data into the report
  • Build mathematical statements into the report 
  • Query/download completed reports to the Log Server
  • Generate reports from the Log Server

Module 10

  • Define the different types of available reports
  • Build and modify a trip report
  • Incorporate l ive and historical data into the report
  • Add clip art, headers and footers into the report
  • Query/download completed reports to the Log Server
  • Generate reports from the Log Server

Return to Ovation Training Index Page

 
   
OV001-UNX Ovation® Project Planning
OV001-WIN Ovation® Project Planning
OV010-UNX Ovation® Operator
OV010-WIN Ovation® Operator
OV100-UNX Starting with Data Acquisition
OV100-WIN Starting with Data Acquisition
OV115-WIN Solaris to Windows®
OV120-UNX Upgrade to Ovation®
OV120-WIN Upgrade to Ovation®
OV200-UNX-1.8X Building & Maintaining Ovation® Control (AutoCAD)
OV200-UNX-1.9X Building & Maintaining Ovation® Control (AutoCAD-free)
OV200-WIN-3.0X Building & Maintaining Ovation® Control
OV200-WIN-3.1X Building & Maintaining Ovation® Control
OV210-UNX Building Ovation® Graphics
OV210-WIN Building Ovation® Graphics
OV215-WIN Ovation® Software Project
OV216-WIN Ovation® Hardware Project
OV217-UNX-1.8.X Hardware/ Software Project
OV220-UNX Ovation® System Installation
OV220-WIN Ovation® System Installation
OV230-UNX Ovation® System Administration
OV230-WIN Ovation® System Administration
OV240-UNX Ovation® Historical Data Collection & Reports
OV240-WIN Ovation® Enterprise Historian (eDB)
OV245-WIN Ovation® Process Historian
OV246-WIN Ovation® Report Building
OV248-WIN EDS™
OV250-UNX Configuring the Ovation® Serial Link Controller I/O Module
OV250-WIN Configuring the Ovation® Serial Link Controller I/O Module
OV260-UNX Configuring the Ovation® Data Link Server
OV265 Ovation® Expert Transition
OV270-UNX Ovation® with HART and Smart Devices
OV270-WIN Ovation® with HART and Smart Devices
OV275-WIN AMS™ Suite: Intelligent Device Manager
OV280-WIN Ovation® SCADA System
OV295-UNX/
OV295-WIN
Ovation Third-Party I/O Interfaces
OV300-UNX Ovation® Troubleshooting
OV300-WIN Ovation® Troubleshooting
OV310-UNX Advanced Ovation® Graphics
OV310-WIN Advanced Ovation® Graphics
OV320-UNX Ovation® Network Administration
OV320-WIN Ovation® Network Administration
OV330-UNX Ovation® Advanced Control
OV330-WIN Ovation® Advanced Control
OV340-WIN Ovation® Applications with Fieldbus
OV360-WIN Ovation® Security for 2.4 and Higher Level Systems
OV370-WIN Ovation® Steam Turbine Control
OV380-WIN Ovation® Boiler Control
OV400-UNX Ovation® Certification
OV400-WIN Ovation® Certification
SP-GPA SmartProcess® Global Performance Advisor

 

 
   

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