(CD202) Omnivise T3000 Advanced Hardware

This course explores the hardware devices commonly found in the Control Room. Students will gain an understanding of what each device is used for and how to properly implement, maintain, and troubleshoot. The student will also learn how to properly administer each device in T3000, create each device’s management proxy, and appropriate communication containers when necessary. The course focuses on all users dealing with I&C engineering, and service.

Description

Dates 2024
Jan. 29- Feb. 01, Feb. 26-29, March 25-28, April 22-25, May 20-23, July 29- Aug. 01, Aug 26-29, Sep 30- Oct. 03, Oct 28-31, Dec. 02-05

Contact us for more information.  Please include desired course and dates.

 

Objectives

Upon successful completion of this course, the student should be able to:

  • Describe the CS3000/AS3000 modules
  • Understand how the CS3000 device is used for communication with T3000 and 3rd party devices
  • Configure an AS3000 device for use as an Automation Processor
  • Understand the Addfem Module
  • Address an Addfem POCO
  • Create a runtime container for use with an FM458
  • Load and Troubleshoot an FM458 Runtime Container
  • Understand Network Time Protocol (NTP)
  • Configure a Buerk Clock
  • Understand the OPC server and client container
  • Reset OPC communication
  • Create management proxies for the various devices
  • Upgrade the firmware on S7 Automation Processor.
  • Set up a Scalance
  • Upgrade the firmware on a Scalance module.

Course contents

Buerk Clock

Thin Clients

Scalance

CS3000

AS3000

Addfem (POCO & Native)

FM458

S7 AP Firmware Upgrade

OPC

Prerequisites

This course requires a good understanding of Omnivise T3000 system architecture and basic Power Plant layout. Student will have existing knowledge of how to create, test and modify function diagrams or plant displays using engineering and operational views.

Prior completion of Omnivise T3000 Engineering is strongly recommended.

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