Failure analysis and diagnostic guides for industrial components
Introduction: The warning signal that triggers research Cavitation in pumps is a common phenomenon that can lead to catastrophic failures if not detected in time.…
An ABB RN13076101307610 coupling was analyzed to identify the root causes of a failure. The main causes are torque overload, incorrect alignment and lubricant degradation.…
Coupling failure modes such as misalignment, torque overload, and fatigue cracking are analyzed using real-world evidence. A systematic root cause investigation identifies the primary causes…
VICKERS 02-322621 hydraulic cylinder leakage can occur due to contamination, deviations or pressure peaks. Carrying out a systematic analysis and taking recommended actions will ensure…
This technical article investigates the root cause of pitting and spalling failures in gear teeth of Festo VPEV 1/8 reducers. Through analysis of evidence such…
A customer reported recurring failures on the FIBRO 246.7.040.050 conveyor belt. The cause was an imbalance between the crown, idler alignment and load distribution. This…
Chain and pulley wear in machine tools is a common problem that requires precise analysis. This article presents an investigation of the root causes and…
Deflection of the conveyor belt occurs due to the absence of a ring, incorrect centering of the idlers and insufficient level of lubrication. The use…
Motor winding failure of Telemecanique ZBE102 is caused by insulation breakage, voltage imbalance and overload. Technicians can identify these causes with a quick diagnostic checklist…
A leak in an SK210-20/2116U-210FED-VB-18* hydraulic cylinder revealed three possible causes: contamination, offset and pressure spikes. Rigorous analysis identified contamination as the primary cause. Corrective…
