Training Failure Analysis in Hydraulic System

DESCRIPTION Training Failure Analysis in Hydraulic System

Sistem hydraulic merupakan komponen kritikal dalam berbagai sektor industri seperti manufaktur, pertambangan, konstruksi, oil & gas, marine, dan heavy equipment. Gangguan atau kegagalan pada hydraulic system dapat menyebabkan downtime produksi, kerusakan equipment, peningkatan biaya maintenance, kehilangan produktivitas, hingga risiko keselamatan kerja. Kegagalan hydraulic system umumnya disebabkan oleh contamination, pressure fluctuation, overheating, component wear, improper maintenance, installation error, hingga operational overload. Oleh karena itu, diperlukan kemampuan dalam melakukan failure analysis untuk mengidentifikasi akar penyebab kerusakan, mengevaluasi mode kegagalan, dan menentukan corrective action maupun preventive action yang tepat.

TUJUAN Training Failure Analysis in Hydraulic System

• Memahami failure mechanism pada hydraulic system
• Mengidentifikasi mode dan penyebab kegagalan hydraulic component
• Melakukan root cause analysis hydraulic failure
• Menyusun corrective dan preventive action plan
• Meningkatkan reliability hydraulic equipment dan mengurangi downtime

MATERI Training Failure Analysis in Hydraulic System

1. Introduction to Hydraulic Failure Analysis
2. Hydraulic System Fundamentals
3. Common Failure Modes in Hydraulic System
   • Pump failure
   • Valve failure
   • Cylinder failure
   • Hose and fitting failure
   • Seal degradation
   • Filtration system failure
4. Hydraulic Contamination Analysis
   • Solid contamination
   • Water contamination
   • Air contamination
   • Contamination source identification
   • Cleanliness standard
5. Wear & Damage Mechanism Analysis
   • Abrasive wear
   • Adhesive wear
   • Fatigue failure
   • Corrosion
   • Cavitation damage
   • Thermal degradation
6. Hydraulic Performance Failure Analysis
   • Pressure drop analysis
   • Flow reduction analysis
   • Overheating analysis
   • Noise and vibration failure indicator
7. Root Cause Analysis Techniques
   • 5 Why analysis
   • Fishbone diagram
   • Failure tree analysis
   • Failure Mode and Effect Analysis (FMEA)
8. Inspection & Testing for Failure Analysis
   • Visual inspection
   • Pressure testing
   • Flow testing
   • Oil analysis
   • Temperature monitoring
9. Corrective & Preventive Action Strategy
10. Case Study & Workshop

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Jadwal Pelatihan Failure Analysis in Hydraulic System

Tanggal	Tempat	Kota
18 - 19 Juni 2026	-	Bandung
11 - 12 Agustus 2026	-	Yogyakarta
6 - 7 Oktober 2026	-	Yogyakarta
10 - 11 November 2026	-	Yogyakarta
8 - 9 Desember 2026	-	Yogyakarta