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Bearing Technology & Lubrication Systems
June 23, 2026
Jadwal Pelatihan Bearing Technology & Lubrication Systems
| Tanggal | Tempat | Kota | | 01 - 02 Juli 2026 | - | Online |
| 01 - 02 Juli 2026 | - | Bandung |
Bearing Technology & Lubrication Systems
DESKRIPSI Bearing Technology & Lubrication Systems
Pelatihan Bearing Technology & Lubrication Systems dirancang untuk memberikan pemahaman mendalam mengenai teknologi bearing dan sistem pelumasan yang digunakan pada berbagai mesin industri. Bearing dan sistem pelumasan merupakan komponen vital dalam menjaga keandalan, efisiensi, dan umur pakai peralatan berputar (rotating equipment).
Program ini membahas prinsip kerja bearing, pemilihan bearing yang tepat, teknik pemasangan dan pemeliharaan, karakteristik pelumas, desain sistem pelumasan, monitoring kondisi, analisis kegagalan, serta strategi peningkatan keandalan peralatan. Melalui kombinasi teori, studi kasus, dan diskusi teknis, peserta akan memperoleh kompetensi untuk mengoptimalkan performa mesin dan meminimalkan downtime akibat kegagalan bearing maupun sistem pelumasan.
MANFAAT PELATIHAN Bearing Technology & Lubrication Systems
Setelah mengikuti pelatihan ini, peserta diharapkan mampu:
- Memahami prinsip dasar teknologi bearing dan sistem pelumasan.
- Mengidentifikasi berbagai jenis bearing dan aplikasinya pada mesin industri.
- Memilih bearing sesuai dengan kondisi operasi dan kebutuhan peralatan.
- Memahami karakteristik pelumas dan metode pelumasan yang efektif.
- Mengelola sistem pelumasan untuk meningkatkan umur peralatan.
- Melakukan inspeksi, monitoring, dan analisis kondisi bearing.
- Mengidentifikasi penyebab kegagalan bearing dan pelumas.
- Menerapkan strategi maintenance berbasis reliability dan predictive maintenance.
- Mengoptimalkan performa rotating equipment melalui program lubrication excellence.
Introduction to Bearing Technology
Konsep Dasar Bearing
- Fungsi bearing dalam sistem mekanis
- Prinsip kerja bearing
- Friction dan wear
- Pengaruh bearing terhadap reliability mesin
Klasifikasi Bearing
- Rolling Bearing
- Plain Bearing
- Journal Bearing
- Thrust Bearing
Terminologi Bearing
- Inner ring
- Outer ring
- Rolling elements
- Cage
- Seals dan shields
Types and Applications of Bearings
Ball Bearings
- Deep Groove Ball Bearing
- Angular Contact Bearing
- Self-Aligning Ball Bearing
Roller Bearings
- Cylindrical Roller Bearing
- Tapered Roller Bearing
- Spherical Roller Bearing
- Needle Roller Bearing
Thrust Bearings
- Ball Thrust Bearing
- Roller Thrust Bearing
Aplikasi Bearing pada Industri
- Electric Motor
- Pump
- Compressor
- Gearbox
- Conveyor System
- Turbine
Bearing Selection and Life Calculation
Faktor Pemilihan Bearing
- Beban radial dan aksial
- Kecepatan putaran
- Temperatur operasi
- Lingkungan kerja
Perhitungan Umur Bearing
- Dynamic load rating
- Static load rating
- L10 Bearing Life
- Service Factor
Bearing Clearance dan Fit
- Internal clearance
- Shaft fit
- Housing fit
Bearing Installation, Alignment & Maintenance
Teknik Pemasangan Bearing
- Cold mounting
- Hot mounting
- Hydraulic mounting
Alignment Techniques
- Shaft alignment
- Laser alignment
- Soft foot correction
Pemeliharaan Bearing
- Preventive maintenance
- Inspection procedures
- Storage and handling
Keselamatan Kerja
- Safe work practices
- Bearing handling safety
Fundamentals of Lubrication
Dasar-Dasar Pelumasan
- Fungsi pelumas
- Friction reduction
- Heat transfer
- Corrosion protection
Regime Pelumasan
- Boundary lubrication
- Mixed lubrication
- Hydrodynamic lubrication
- Elastohydrodynamic lubrication
Jenis Pelumas
- Mineral oil
- Synthetic oil
- Grease
- Specialty lubricants
Lubrication Systems
Sistem Pelumasan Industri
- Oil Bath Lubrication
- Splash Lubrication
- Circulating Oil System
- Oil Mist System
- Centralized Lubrication System
Komponen Sistem Pelumasan
- Reservoir
- Pump
- Filter
- Cooler
- Pressure Control Devices
Desain Sistem Pelumasan
- Flow requirements
- Pressure requirements
- Filtration standards
Lubricant Selection and Lubrication Management
Pemilihan Pelumas
- ISO VG Classification
- Viscosity Selection
- OEM Recommendations
- Operating Conditions
Program Lubrication Management
- Lubrication scheduling
- Lubrication routes
- Lubricant storage
- Contamination control
Best Practices
- Clean lubrication techniques
- Oil transfer procedures
- Lubricant labeling system
Oil Analysis and Condition Monitoring
Oil Analysis Program
- Objectives and benefits
- Sampling procedures
- Sampling frequency
Parameter Pengujian Oli
- Viscosity
- Water content
- Particle count
- Oxidation
- TAN (Total Acid Number)
- TBN (Total Base Number)
Condition Monitoring
- Vibration analysis
- Thermography
- Ultrasound inspection
- Trend monitoring
Bearing & Lubrication Failure Analysis
Bearing Failure Modes
- Fatigue failure
- Misalignment
- Improper mounting
- Electrical damage
- Contamination
Lubrication-Related Failures
- Under lubrication
- Over lubrication
- Wrong lubricant selection
- Contaminated lubricant
Root Cause Analysis
- Failure investigation process
- Fishbone diagram
- 5 Why Analysis
- Corrective and preventive actions
Reliability Improvement & Case Studies
Reliability Concepts
- MTBF
- MTTR
- Availability
- Reliability Engineering
Maintenance Strategies
- Reactive Maintenance
- Preventive Maintenance
- Predictive Maintenance
- Reliability Centered Maintenance (RCM)
Case Studies
- Bearing failure investigation
- Lubrication system improvement
- Oil contamination control
- Reliability improvement project
Workshop
- Analisis kerusakan bearing
- Interpretasi hasil oil analysis
- Penyusunan action plan peningkatan reliability
