image10.png

Speedtronic Mark V Maitenance Training

register_now

Overview:

The 5-day Maintenance course is designed for experienced instrument personnel involved in the daily maintenance of the Mark V control systems and HMI. The course will enable the instrument technician / Engineer to configure HMI displays and confidently, manipulate HMI software tools as well as diagnose problems in Gas Turbine SPEEDTRONIC Mark V Control Systems. The course is designed to provide a solid background in turbine governing systems. Participants increase their skills in IDOS & HMI features, configuration and trouble shooting.

 

DAY 1:

  • Presentation of the program.
  • Participants special interests
  • Equipment Review: Turbine and Control System Basics
  • Use of Documentation: Device Summary, Control Specs, I/O Report
  • Speedtronic Mark V hardware
  • Function, Interpretation and Use Mark V modules: Control/Protection and Power Supply
  • Internal and external Mark V wiring
  • Lab Exercises

 

DAY 2:

  • Overview of HMI documentation and reference manual
  • IDOS & HMI Directory / File structure
  • TCI (Turbine Control Interface)
  • IDOS & HMI troubleshooting: Software Troubleshooting, Arcnet and DCS communications
  • Operator interface facilities (TCI functions)
  • The logic forcing display
  • The rung display
  • The prevote data display
  • The trip history display
  • Alarm display
  • Trouble shooting procedure
  • The backup operator interface
  • Control sequence editor
  • Control sequence documentor
  • Short / long term trending: Configuration and Troubleshooting
  • Historical trip display (Long Term Storage: Configuration and Troubleshooting)
  • View Programs: Troubleshooting Tool for dithering problems
  • Alarm display: Set up, filtration & analysis
  • CIMPLICITY SCREEN EDITOR: frame containers, database etc.
  • Practical: Cimplicity Tutorial.

 

DAY 3

  • Mark V software structure
  • Hardware and Software Voting (TMR and SIFT)
  • Fault Finding using Mark V Studio Tool (Dynamic Control Sequence Program: CSP)
  • Practical Troubleshooting Exercises: CSP, Primitives, Big Block Language (BBL)
  • Sequencing Exercises: Adding an Alarm, Analog Input, Contact Input etc. (IO report, assign file, control constant, MK5MAKE, Sequence editor).
  • Gas turbine sequence: Step by step procedure
  • Control modes: Start-up/Speed/Temperature/Acceleration/Manual /Shutdown/IGV Control
  • Generator Synchronisation: Auto and Manual. Reactive capability curve interpretation (MW vs. MVAR).
  • Load Sharing and Shedding

 

DAY 4

  • (Full Day Practical using Simulation Exercises)
  • Changing an Operator Display
  • Creating a New Display
  • Creating a Demand Display with Push Buttons (Tools)
  • Mark V Servo Regulators (LVDT Calibration): Using the I/O Configurator
    Use of DIAGC (Diagnostic Counters)
  • EEPROM Downloader
  • Hardware Troubleshooting (Use of LCC Display for A7 Troubleshooting: faulty cards, ribbon cable, jumper settings).
  • Trip History Configuration and interpretation
  • Changing Control Constants (online and off line)
  • Flow Chart Explanation of Alarm Troubleshooting

 

DAY 5

  • Trouble shooting real situations. E.g. Load rejection, unexpected trips
  • Practical Exercise: "Not Ready to Start" failure analysis for trips.
  • Software Back-up
  • Configuring a PC into an & HMI
  • Course Review and evaluation

 

register_now

The world’s largest stock of genuine GE Speedtronic spares.

Tel: (+) 914-693-0830

facebook linkedin twitter_icon_small
Copyright © 2001 – 2014 Gas Turbine Controls Corp. and its affiliated companies are not directly affiliated with any of the companies whose products we sell. Many of the names of manufacturers or products in our inventory are trademarks of the respective manufacturer.
Web Design Ipswich