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Regarding Power Academy training offerings please contact
power-academy.energy@siemens-energy.com


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  1. Remote-Equipment
  2. Omnivise T3000
  3. OT3K_ENG_R - Description

Omnivise T3000 Engineering Remote course (OT3K_ENG_R)

Short Description

  • The participant will learn the basic principles and views of I&C engineering, diagnostics and operation of the Omnivise T3000 system. Each student will implement a basic control system model, using the workbench to create both function diagrams and plant displays. Emphasis will be placed on sensor processing/coupling for analog and binary signals, along with motor/actuator control applications.

Objectives

  • Upon successful completion of this course, the student should be able to:
    • Explain the operation of the control system and network structure
    • Identify the automation hardware components
    • Navigate through the online documentation
    • Distinguish between hardware and software problems
    • Create logic and process diagrams for an actual plant model
    • Understand operation and configuration modes of operation
    • Use the diagnostic view to isolate faults in the system
    • Create a “Trend” plant display
    • Acquire a good understanding of the usage of Power Plant specific Automation Blocks such as: Sub Loop Controller, Motor Block, Analog Signal Monitoring, Set Point Adjustment, Servo, Device Change Over, RESELect and Operating Hours Counter.
Type Face-to-face training
Duration 3 days Course Length is 3 days.
Language en

Target Group

  • Electrical engineer, electronics technician or competent individual with an electronics background and knowledge of PC operations using MS Windows®. Prior experience with a distributed control system is desirable.

Content

  • System hardware and software architecture, redundancy
  • Peripherals
  • System documentation
  • Engineering
    • Function diagram
    • Plant display
    • Archive
  • Integrated engineering, using AF-blocks and prototypes, creating macros, creating trend displays
  • Operation
    • Faceplates
    • Trends
    • Alarms
    • Display navigation
  • Diagnostics
    • Change of parameters
    • Dynamic function diagram
    • Forcing ports
  • Commissioning
    • Point view
  • Plant display hierarchy
  • Engineering examples
    • I/Os
    • Logic
    • Motor
    • Graphics
  • Omnivise T3000 system summary.

Prerequisites

  • Electrical engineer, electronics technician or competent individual with an electronics background and knowledge of PC operations using MS Windows®. Prior experience with a distributed control system is desirable.

External Fee

Price 'per seat' $4792 USD.

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