Handbook of Instrumentation and Process Control: Industrial Measurement, Sensors, Transmitters, PLCs, DCS, SCADA, PID Loops, Control Valves, Calibration, and Safety Systems

Modern plants depend on one thing above all: reliable information moving from the process to the control system and back again.
Handbook of Instrumentation and Process Control is a practical, field-oriented guide to the measurement, automation, control, and safety systems that keep industrial processes operating accurately, efficiently, and safely. Rather than treating instruments as isolated devices, this handbook follows the complete control-loop lifecycle, from selecting and installing a measurement device to commissioning, calibration, troubleshooting, maintenance, and replacement.
Inside, readers will learn how to:
• Measure temperature, pressure, level, flow, pH, conductivity, dissolved oxygen, position, speed, and other process variables
• Understand sensors, smart transmitters, 4–20 mA loops, HART, Fieldbus, Modbus, industrial Ethernet, and wireless systems
• Work with PLC, DCS, SCADA, historians, and industrial cybersecurity boundaries
• Apply feedback control, PID tuning, cascade, ratio, feedforward, override, and split-range strategies
• Select, size, and troubleshoot control valves, actuators, VFDs, motors, pumps, and compressors
• Perform calibration, loop checking, commissioning, start-up verification, and evidence-based troubleshooting
• Understand alarm management, hazardous areas, intrinsic safety, SIS, SIL, proof testing, reliability, and management of change
Each chapter combines applied physics, selection guidance, worked calculations, field practice, plant cases, troubleshooting evidence, assessment questions, and worked answers.
Ideal for instrumentation technicians, controls engineers, maintenance professionals, engineering students, and anyone who wants to understand how modern industrial measurement and control systems work as one connected system.