Expert articles on root cause analysis: failure investigation and prevention strategies.
Oil leaking from a HYDAC MFBN160GA10A10B02 gearbox indicates sealing, venting, or assembly problems. A detailed analysis identifies root causes and offers practical solutions for prevention.
A sudden collapse of the SE33400750 filter element was attributed to contamination, overpressure and lack of monitoring. Applying accurate diagnostic methods is critical to ensure…
Chain drive elongation and sprocket wear are critical failure modes in industrial drive systems. This article presents a systematic root cause analysis, supported by real…
The VICKERS 02-137187-CCR 2520V17A5-1CC-22-R is cracked due to misalignment, torque overload and fatigue cracking. The analysis led to corrective measures and a preventive strategy. Discover…
Encoder signal loss on a REXROTH GMR160/620K202.1 is often due to cable degradation, EMI, and connector corrosion. Thorough analysis and rapid diagnosis are essential to…
A damaged bearing on a VFD controlled motor shows EDM marks and elevated temperature. The root cause is lack of ground connection and absence of…
Ball screw backlash increase is often caused by preload loss, contamination, and lubrication failure. This article provides a systematic root cause analysis and practical solutions…
DANFOSS 09999998 plug failure is due to improper design, improper fit and lack of maintenance. To prevent future failures, it is recommended to replace the…
This article analyzes encoder signal loss in machine tools, identifying damaged cable shielding, electromagnetic interference (EMI), and connector degradation as root causes. It provides a…
This technical guide from UNITEC-D GmbH examines drive-induced bearing currents in three-phase motors, analyzes damage patterns such as flooding and pitting, and presents detailed measurement…
Chain stretching and gear wear can cause an emergency stop. Carrying out regular prevention and using certified components allows you to reduce risks. Visit the…
Thermal relay nuisance tripping in industrial motors often stems from ambient temperature, load profile, and sizing errors. A systematic root cause analysis identifies key factors…
