Udemy - GE Aeroderivative Gas Turbine Woodward Fuel Valves and Drivers

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Udemy - GE Aeroderivative Gas Turbine Woodward Fuel Valves and Drivers (Size: 1.5 GB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Digital Valve Positioner (DVP) Valve Replaecment
  1. 5. DVP - Valve Replacement.pdf 2.6 MB
  1. Digital Valve Positioner (DVP) Valve Replaecment.mp4 113.5 MB
  2 - GE Aeroderivative Fuel Valves and Drivers Types Part 1
  2. 4. Aero GT Types of Valves and Drivers_Part 1.pdf 2 MB
  2. Identify aeroderivative fuel valve and driver types, explain how servovalves and.mp4 357.4 MB
  3 - GE Aeroderivative Fuel Valves and Drivers Types Part 2
  3. 4. Aero GT Types of Valves and Drivers_Part 2.pdf 1.4 MB
  3. GE Aeroderivative Fuel Valves and Drivers Types - Part 2.mp4 368.1 MB
  4 - GE Aeroderivative Fuel Valves and Drivers Types Part 3
  4. 4. Aero GT Types of Valves and Drivers_Part3.pdf 6.9 MB
  4. GE Aeroderivative Fuel Valves and Drivers Types - Part 3.mp4 296.5 MB
  5 - GE Aeroderivative Fuel Valves and Drivers Types Part 4
  5. 4. Aero GT Types of Valves and Drivers_Part4.pdf 4.7 MB
  5. GE Aeroderivative Fuel Valves and Drivers Types - Part 4.mp4 399.1 MB
  6 - Final Exam
  1. Training Course Final Exam.html 30.8 KB

Description


GE Aeroderivative Gas Turbine Woodward Fuel Valves & Drivers
https://WebToolTip.com
Published 7/2026

Created by Omar Fatouh

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Level: Beginner | Genre: eLearning | Language: English | Duration: 5 Lectures ( 3h 12m ) | Size: 1.6 GB
GE Gas turbines' Woodard Drivers and Actuators types, operation, configuration and applications
What you'll learn

⚡ Classify aeroderivative GT fuel valves by type, fuel, and turbine power rating across LM2500, LM6000, and LMS100 engine families.

⚡ Explain EM35 and LQ driver types, distinguish analog from digital variants, and interpret single and dual feedback configurations.

⚡ Describe how LVDT, RVDT, and Resolver sensors convert valve position to electrical signals and identify the correct type for each valve.

⚡ Explain DVP architecture, interpret its block diagram, identify all I/O types, and describe third-generation features including Zero Cut-Off.

⚡ Read specifications and connection diagrams for gas shutoff and metering valves including GSOV25, USOV, 3103, GS6, GS16, and 1907.

⚡ Read specifications for liquid and water valves including LSOV25, LQ3, LQ6, LQ25T, LQ Bypass, 3151A EML100, and LMS100 SAC valves.

⚡ . Identify gas fuel metering leg arrangements for LM2500 Base/Plus, LM2500 Plus G4, LM6000 PD, and LM6000 PF DLE configurations.

⚡ Use migration timelines and replacement tables to plan EM-to-DVP upgrades and apply service life and overhaul recommendations.

⚡ Configure CANopen drop, daisy-chain, dual CAN, and dual CAN with analog backup networks and set up the CO_DVP block in GAP.

⚡ Apply valve installation requirements, interpret plant wiring diagrams, and use service port procedures for commissioning and calibration.
Requirements

❗ Basic understanding of industrial process control concepts (what a setpoint, sensor, and actuator are) Familiarity with Windows-based PC operation — installing software, navigating file directories, using a network connection Some exposure to industrial instrumentation signals (4-20 mA, discrete inputs/outputs) is helpful but not required

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