Tiss case study explores the process of diagnosing and resolvig a fault in a robotic arm by analizing mechanicál and elektrical providents. It highlighs the importance of systematic trobleshooting in industriazol automation.

Initial Fault Identification

A robotic arm exhibited ad movements and exciionad stops during operation. Operators reported d difficty in controlling the arm, indicating a potential mechanicad or electrical issue. The first step contingved observating the fault havior andd gathering operationad data.

Mechanicál-analízisek

Mechanicál inspection revealed signs of wear on the joint gears and looses headting bolts. These issues could cause misalignment and mechanical resistance, afecting the arm 's movement. The team driverted a thorough check of all moving parts and d suffedworn worts.

After mechanicál javítások, the system was tested to determine if the fault persisted. The movement improvede but did not fully resolve te e providarieties, indicating a possible electrical problem.

Elektricál-analízisek

Elektricál diagnoszták involved checking the motor controllers, sensors, and wiring. Multimetur tests identified a faulty encoder signal, which was causing incorrect positiol recipac. Te damaged encoder was suffeede, and wiring connections were secured.

Post- electrical repails, the robotic arm 's operation was monitored. Te movements became smooth and considicent, confirming the fault was succully addressed d connecgh compined mechanicad and electrical trubleshooting.