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Total Maintenance Management for Hydraulic & Pneumatic System
May 16, 2026
Jadwal Pelatihan Total Maintenance Management for Hydraulic & Pneumatic System
| Tanggal | Tempat | Kota | | 09 - 10 Juni 2026 | - | Jakarta |
Training Total Maintenance Management for Hydraulic & Pneumatic System
DESKRIPSI Training Total Maintenance Management for Hydraulic & Pneumatic System
Sistem hidrolik dan pneumatik merupakan teknologi utama yang banyak digunakan dalam berbagai sektor industri seperti manufaktur, otomotif, pertambangan, oil & gas, packaging, hingga sistem otomasi pabrik. Kedua sistem ini memiliki peran penting dalam menggerakkan mesin, mengontrol proses produksi, serta mendukung efisiensi operasional melalui mekanisme tenaga fluida (fluid power system).
Namun dalam praktiknya, sistem hidrolik dan pneumatik sangat rentan terhadap berbagai permasalahan seperti kebocoran, kontaminasi fluida, penurunan tekanan, keausan komponen, hingga kegagalan sistem akibat kurangnya perawatan yang terstruktur. Tanpa sistem pengelolaan maintenance yang tepat, kondisi ini dapat menyebabkan downtime produksi, peningkatan biaya operasional, serta penurunan reliability mesin.
Pendekatan Total Maintenance Management menjadi solusi strategis dalam mengelola sistem hidrolik dan pneumatik secara menyeluruh melalui integrasi preventive maintenance, predictive maintenance, corrective maintenance, serta reliability centered maintenance (RCM). Pendekatan ini tidak hanya berfokus pada perbaikan kerusakan, tetapi juga pada pencegahan kegagalan serta optimalisasi kinerja sistem secara berkelanjutan.
TUJUAN Training Total Maintenance Management for Hydraulic & Pneumatic System
- Memahami prinsip kerja sistem hidrolik dan pneumatik secara terpadu
- Mengidentifikasi potensi kegagalan pada sistem fluid power
- Menerapkan strategi total maintenance management secara efektif
- Melaksanakan preventive, predictive, dan corrective maintenance
- Mengoptimalkan reliability dan performance sistem
- Melakukan troubleshooting dan analisis kerusakan sistem
- Overview Hydraulic & Pneumatic Systems
- Components & System Configuration
- Failure Mode in Fluid Power Systems
- Hydraulic system failure
- Pneumatic system failure
- Leakage, pressure loss, contamination
- Mechanical wear & fatigue
- Maintenance Concept & Strategy
- Preventive maintenance concept
- Predictive maintenance approach
- Corrective maintenance system
- Reliability centered maintenance (RCM)
- Total productive maintenance (TPM)
- Hydraulic Maintenance Management
- Hydraulic oil management
- Filtration & contamination control
- Pump & valve maintenance
- Pressure system inspection
- Hydraulic troubleshooting
- Pneumatic Maintenance Management
- Condition Monitoring Techniques
- Maintenance Planning & Scheduling
- Maintenance planning system
- Job scheduling technique
- Spare part management
- Maintenance documentation system
- KPI maintenance (MTBF, MTTR, Availability)
- Troubleshooting & Root Cause Analysis
- Systematic troubleshooting method
- Hydraulic & pneumatic fault diagnosis
- RCA (Root Cause Analysis) technique
- Failure reporting system
- Safety in Maintenance Activities
- Hydraulic & pneumatic safety hazards
- High pressure safety control
- LOTO (Lock Out Tag Out) system
- PPE requirement
- Emergency response procedure
- Reliability Improvement Strategy
- Equipment reliability improvement
- Cost optimization in maintenance
- Life cycle asset management
- Continuous improvement strategy
