MACHINERY DIAGNOSTIC

DESKRIPSI

Peoplewill learn to read and interpret vibration data plots and to recognize common rotating machinery malfunctions. Students will develop these abilities by gaining understanding of the fundamental principles that govern rotating machinery vibration. Application of these principles will enable students to understand the basic root causes of machinery malfunctions and their corrective actions. Multiple hands-on labs will give students opportunity to practice their skills using real machine case histories and lab stations equipped with rotor kits and advanced diagnostic instruments. See Outline for more.

OBJECTIVES

To provide the knowledge and skills to better operate, maintain, manage, diagnose and design rotating machinery using vibration information and fundamentals of rotating machinery diagnostics.

OUTLINE

1. Basic Machine Vibrations
2. Measuring vibration
3. Sensor vibration nd selection
4. Vibration limit and standard
5. Specific pattern of vibration

• Vibration Alignment
• Vibration Unbalance
• Vibration on bearing
• Vibration on gear
• Vibration impeller
• Vibration by cavitasion

1. Vibration by resonance
2. Data Acquisition
3. Data Processing
4. Machine Condition Evaluation and Periodic Monitoring
5. Balancing of Rotating Machines
6. Case study
7. vibration on diesel and gas engine, solar turbine, compressor

PESERTA

1. Rotating equipment engineers, operators, vibration analysts and technicians, supervisors and managers responsible for operation, maintenance and reliability of rotating equipment.
2. OEM designers of rotating equipment who require knowledge of the root causes of vibration and the mechanisms that lead to harmful malfunctions.

INSTRUKTUR

Ir. Y. Agus Jayatun, MT & Team