\"Condition Monitoring and Control Systems for Rotating Machinery\"
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\"Condition Monitoring and Control Systems for Rotating Machinery\" presents the basic knowledge of condition monitoring and control systems for rotating machinery. Taking Bently’s 3300 and 3500 models as examples, it explains the methods, principles, and applications of condition monitoring for rotating machinery ； Taking Woodward Company’s 505 and 505E as examples, it explains the automatic control systems and operation of turbines ； Taking Tricon’s ITCC as an example, it explains the centralized control of unit systems and its practical application.
I bought this book; it’s really good. Thank you for sharing it.
The complete set of nine books, all of them are well-written.
Downloaded. It seems I bought 2 copies of this set; there are too many paper books – electronic versions are better for storage. Thank you! It’s used as a reference again when giving lectures or creating questions.
This post was last edited by zhoudingshengs on 2023-11-28 at 10:26. Agree!
The last edit to this post was made by zhoudingshengs on November 28, 2023, at 11:49. The chapters of this book are as follows:
Part I: Overview of Condition Monitoring and Control Systems for Rotating Machinery
Chapter 1: Basic Concepts of Condition Monitoring for Rotating Machinery
Section 1: Vibration Measurement
Section 2: Position Measurement
Section 3: Measurement of Other Parameters
Chapter 2: Sensor Systems
Section 1: Key Performance Indicators
Section 2: Eddy Current Non-Contact Sensors
Chapter 3: Basic Principles of Condition Control for Rotating Machinery
Section 1: Speed (Load) Control
Section 2: Anti-surge Control
Part II: Bently Condition Monitoring Systems
Chapter 1: 3300 Condition Monitoring System
Section 1: System Composition and Functions
Section 2: Fault Detection and Handling Methods
Section 3: Installation Considerations and Routine Maintenance
Chapter 2: 3500 Condition Monitoring System
Section 1: Hardware
Section 2: Software Usage
Section 3: Probe Installation
Section 4: Communication Architecture
Part III: Woodward 505&505E Systems
Chapter 1: Controllers
Section 1: Control Functions of the Controller
Section 2: Function Keys of the Controller
Chapter 2: Electrical Connections and Input/Output
Section 1: Electrical Connections and Requirements
Section 2: Inputs and Outputs
Chapter 3: Functional Configuration
Section 1: Ratio/Limiter Configuration
Section 2: Speed Priority vs. Steam Inlet/Outlet Priority
Section 3: Turbine Startup
Section 4: Turbine Control
Chapter 4: Programming Configuration
Section 1: Explanation of the Basic Program Structure
Section 2: Programming and Configuration
Section 3: Error Messages in Programming and Configuration
Section 4: Calibration and Testing of Valves/Actuators
Appendix: 505E Programming Mode Worksheet
Part IV: Unit Control Systems
Chapter 1: Hardware Composition and Working Principles
Section 1: System Configuration
Section 2: System Structure and Working Principles
Section 3: Card Structure and Working Principles
Section 4: Installation
Section 5: Maintenance and Fault Handling
Chapter 2: Software
Section 1: Programming Software Tristation MSW
Section 2: Tristation 1131
Chapter 3: Functions of the System
Section 1: Anti-surge Control
Section 2: Speed Control
Section 3: Application of the TS3000 System (ITCC)
Part I: Overview of Condition Monitoring and Control Systems for Rotating Machinery
Chapter 1: Basic Concepts of Condition Monitoring for Rotating Machinery
Section 1: Vibration Measurement
Section 2: Position Measurement
Section 3: Measurement of Other Parameters
Chapter 2: Sensor Systems
Section 1: Key Performance Indicators
Section 2: Eddy Current Non-Contact Sensors
Chapter 3: Basic Principles of Condition Control for Rotating Machinery
Section 1: Speed (Load) Control
Section 2: Anti-surge Control
Part II: Bently Condition Monitoring Systems
Chapter 1: 3300 Condition Monitoring System
Section 1: System Composition and Functions
Section 2: Fault Detection and Handling Methods
Section 3: Installation Considerations and Routine Maintenance
Chapter 2: 3500 Condition Monitoring System
Section 1: Hardware
Section 2: Software Usage
Section 3: Probe Installation
Section 4: Communication Architecture
Part III: Woodward 505&505E Systems
Chapter 1: Controllers
Section 1: Control Functions of the Controller
Section 2: Function Keys of the Controller
Chapter 2: Electrical Connections and Input/Output
Section 1: Electrical Connections and Requirements
Section 2: Inputs and Outputs
Chapter 3: Functional Configuration
Section 1: Ratio/Limiter Configuration
Section 2: Speed Priority vs. Steam Inlet/Outlet Priority
Section 3: Turbine Startup
Section 4: Turbine Control
Chapter 4: Programming Configuration
Section 1: Explanation of the Basic Program Structure
Section 2: Programming and Configuration
Section 3: Error Messages in Programming and Configuration
Section 4: Calibration and Testing of Valves/Actuators
Appendix: 505E Programming Mode Worksheet
Part IV: Unit Control Systems
Chapter 1: Hardware Composition and Working Principles
Section 1: System Configuration
Section 2: System Structure and Working Principles
Section 3: Card Structure and Working Principles
Section 4: Installation
Section 5: Maintenance and Fault Handling
Chapter 2: Software
Section 1: Programming Software Tristation MSW
Section 2: Tristation 1131
Chapter 3: Functions of the System
Section 1: Anti-surge Control
Section 2: Speed Control
Section 3: Application of the TS3000 System (ITCC)
There’s too much information; it’s only right to share it. You’re too kind!