When an automated machine stops, the alarm is not always the cause.
A failed sensor, missing permissive, incorrect feedback signal, drive fault, pressure problem, or communication interruption can stop an entire production process. Replacing the first suspicious component without understanding the complete machine sequence can waste time and leave the underlying problem unresolved.
Industrial Automation Troubleshooting Handbook for Maintenance Technicians provides a structured approach to locating faults across interconnected electrical, mechanical, pneumatic, hydraulic, and control systems.
Rather than treating each component in isolation, this handbook shows how to follow a machine's functional chain, interpret available evidence, develop testable fault hypotheses, and verify the source of a malfunction before making corrective changes.
Inside, you will explore:
Systematic methods for turning vague fault reports into clear diagnostic questions.
Machine states, permissives, interlocks, trips, and control sequences.
Electrical drawings, control power, sensors, actuators, and signal tracing.
PLC inputs and outputs, HMI indications, motors, and variable-speed drives.
Pneumatic and hydraulic faults affecting machine movement and performance.
Industrial communication problems and intermittent failures.
Root cause analysis, controlled restoration, verification, and maintenance documentation.
Practical diagnostic workflows, checklists, comparison tables, and decision points help connect technical knowledge to real maintenance situations.
Written for industrial maintenance technicians, electricians, controls technicians, mechanics, apprentices, commissioning personnel, and technical trainers, this handbook is designed to support clearer fault isolation and more consistent maintenance decisions.
Move beyond trial-and-error repairs. Build a systematic approach to diagnosing machine failures, verifying corrective actions, and restoring dependable operation.
Add this handbook to your technical reference library today.