Industrial Automation Knowledge

Practical industrial automation notes on electrical fundamentals, PLCs, robots, vision, servo systems, industrial networks, and machine control.

Learn Automation with MINATA #14: Fuses and Circuit Breakers — Short-Circuit and Overcurrent Protection
Learn Automation with MINATA #13: Thermal Overload Relays — Protecting the Motor from Prolonged Overload
Learn Automation with MINATA #12: Contactors — Switching Motors and Power Loads the Right Way
Learn Automation with MINATA #11: Control Relays — When They Are Needed and How to Wire Them Correctly
Learn Automation with MINATA #10: Normally-Open and Normally-Closed Contacts (NO/NC) — The Foundation of Every Safety Circuit
Learn Automation with MINATA #09: Pushbuttons, Selector Switches and Pilot Lights — The Simple Interface of an Automated Machine
Learn Automation with MINATA #08: Energy Isolation: Seven Lockout and Tagout Steps Before Machine Repair
Learn Automation with MINATA #07: Measuring Voltage With a Meter: Five Steps to Avoid a Wrong Reading
Learn Automation with MINATA #06: Short Circuit, Overload and Earth Leakage — Three Faults Need Three Protections
Learn Automation with MINATA #05: Protective Earthing — A Fault Current Must Have a Safe Path
Learn Automation with MINATA #04: Single-Phase and Three-Phase Power — From the Wall Outlet to the Industrial Motor
Learn Automation with MINATA #03: Direct Current and Alternating Current — Don't Choose a Supply by the Volt Number Alone
Learn Automation with MINATA #02: Electrical Power — Why the Right Voltage Can Still Overload
Learn Automation with MINATA #01: Voltage, Current and Resistance — Understand Before You Touch the Circuit

View all MINATA technical articles