Two Minute Tips
Operator-Driven Reliability: Empowering the Front Line for Better Asset Performance
In any industrial facility, operators are the first line of defense against equipment failure. They are closest to the machines, see them every day, and often notice the earliest signs of trouble. This is the foundation of Operator-Driven Reliability (ODR)—a proactive approach that empowers operators to take ownership of equipment health and contribute directly to reliability outcomes.
- Shaiful Hady Mohamad
- Handy Engineering
Tag It Right: Equipment Tagging Using ISO 14224 for Smarter Maintenance and Analysis
Effective asset management starts with clear identification—and that's where equipment tag numbering comes into play. In industrial settings, especially where reliability and maintenance data are critical, standardized equipment tagging isn’t just helpful—it’s essential.
- Shaiful Hady Mohamad
- Handy Engineering
Optimizing Vibration Sensor Positioning: A Key Step Toward Reliable Condition Monitoring
In condition monitoring and predictive maintenance, vibration analysis is one of the most effective techniques for detecting early signs of mechanical failure in rotating machinery. However, the accuracy and value of vibration data heavily depend on one critical factor: correct sensor positioning.
- Shaiful Hady Mohamad
- Handy Engineering
Failure Mode and Effect Analysis (FMEA): A Proactive Tool for Managing Risk
In industrial and engineering environments, the ability to foresee and prevent failure is a key element of effective asset management. One of the most practical and widely adopted methodologies for this purpose is Failure Mode and Effect Analysis (FMEA).
- Shaiful Hady Mohamad
- Handy Engineering
Magnetostriction: The Reason for 100Hz or 120Hz Vibration in Electric Motors
Whenever a magnetic object or ferrous object is subjected to a magnetic field, it reacts to the forces. This phenomenon is called magnetostriction.
- Wael Salman
- Dietsmann France
Choosing the Right Maintenance Strategy
Maintenance is more than just fixing what’s broken—it's a strategic discipline that directly impacts uptime, cost efficiency, safety, and asset longevity. With increasing pressure on operational performance, selecting the right maintenance strategy for each asset is no longer optional—it’s essential.
- Shaiful Hady Mohamad
- Handy Engineering
Beyond the Quick Fix: Unlocking True Root Cause Analysis
Quick fixes may restore operations temporarily, but they rarely eliminate the real problem behind equipment failures. Root Cause Analysis (RCA) digs deeper to identify and correct the underlying issues, ensuring long-term reliability and preventing repeat breakdowns.
- Shaiful Hady Mohamad
- Handy Engineering
The Diagnostic Process
Tony Planamento from AME Solutions discusses how misalignment is detected, how its root cause is identified, and how vibration analysis is used to resolve the issue.
- Tony Planamento
- AME Solutions
How Vibration Analysis Prevented a Catastrophic Failure
In a recent vibration analysis of a paper machine’s drying cylinder, we identified a 22238 C4 bearing on the drive side in an advanced stage of wear. In the first month of data collection, the overall acceleration level was already at 1.9 Gs, rising to 3.78 Gs the following month. Based on this data, we recommended an intervention during the next scheduled shutdown.
- Felipe Shishito
- Abecom