Instrument Maintenance Technician

Author: Shi Yinxuan et al. Wang Danjun
Publisher:
Publish Date: 2001-01-01
Features: This book is one of the "Technical Worker Position Training Readers." The entire book is divided into 4 chapters. Chapter 1 introduces the basic knowledge of instrumentation and related fields for instrumentation maintenance workers. Chapter 2 focuses on the maintenance, repair, calibration, installation, and fault handling of common detection instruments. Chapter 3 covers conventional control instruments and distributed control systems. Chapter 4 introduces application examples of various control systems, analyzing abnormal phenomena during operation and their solutions. The book emphasizes practicality and skill development, combining practical field experience to analyze application examples, providing readers with more practical knowledge. It is suitable for instrumentation maintenance workers in industrial sectors such as petrochemical, chemical, refining, light industry, and metallurgy, as well as serving as a reference for instrumentation engineering technicians.
Introduction: The book is divided into 4 chapters. Chapter 1 focuses on the basic knowledge of instrumentation and related fields for instrumentation maintenance workers. Chapter 2 focuses on the maintenance, repair, calibration, installation, and fault handling of common detection instruments. Chapter 3 covers conventional control instruments and distributed control systems. Chapter 4 introduces application examples of various control systems, analyzing abnormal phenomena during operation and their solutions.
Table of Contents:
- Chapter 1: Basic Knowledge
1. Measurement Error Knowledge
2. Instrument Quality Indicators
3. Protection of Instrument Equipment
4. Industrial Instrument Maintenance
- Chapter 2: Detection Instruments
1. Temperature Measurement
2. Pressure Measurement
3. Flow Measurement
4. Liquid Level Measurement
- Chapter 3: Control Instruments
1. Panel Instruments
2. Distributed Control Systems (DCS)
- Chapter 3: Control Systems
1. Automatic Control Systems
2. Engineering Parameter (PID) Tuning and the Impact of Control Laws on Transient Processes
3. Analysis of Factors Affecting Control System Quality
4. Elements and Block Diagrams of Simple Control Systems
5. Typical Control Systems
6. Case Studies of Typical Control Systems
7. Establishment of Mathematical Models for Optimization Control and Typical Simple Control Objects
8. Control of Out-of-Range Parameters
9. Pneumatic Actuators