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Block Logic Saturn Genset
June 24, 2026
Jadwal Pelatihan Block Logic Saturn Genset
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Block Logic Saturn Genset
DESKRIPSI Block Logic Saturn Genset
Pelatihan Block Logic Saturn Genset dirancang untuk memberikan pemahaman komprehensif mengenai sistem kontrol, logika operasi (block logic), interlock, proteksi, alarm, dan troubleshooting pada Saturn Gas Turbine Generator (Genset) yang digunakan di industri minyak dan gas, pembangkit listrik, LNG, petrokimia, dan fasilitas industri lainnya.
Pelatihan ini membahas filosofi kontrol generator set berbasis turbin gas Saturn, sequence start-up dan shutdown, sistem proteksi generator dan turbin, logic diagram, cause and effect matrix, serta teknik analisis gangguan operasional. Dengan memahami block logic dan sistem kontrol, peserta dapat melakukan monitoring, troubleshooting, dan optimasi operasi genset secara lebih efektif dan aman.
MANFAAT PELATIHAN Block Logic Saturn Genset
Setelah mengikuti pelatihan ini, peserta diharapkan mampu:
- Memahami prinsip kerja Saturn Gas Turbine Genset.
- Memahami filosofi kontrol dan block logic genset.
- Membaca dan menginterpretasikan logic diagram serta cause-effect matrix.
- Memahami sequence start-up, loading, unloading, dan shutdown genset.
- Mengidentifikasi alarm, trip, dan sistem proteksi genset.
- Melakukan troubleshooting gangguan operasi berdasarkan logic control.
- Memahami integrasi sistem mekanikal, elektrikal, instrumentasi, dan kontrol.
- Meningkatkan keandalan dan keselamatan operasi genset.
Introduction to Saturn Gas Turbine Genset
Overview Saturn Genset
- Pengenalan Saturn Gas Turbine Generator
- Fungsi dan aplikasi genset turbin gas
- Konfigurasi sistem genset
- Komponen utama genset
Prinsip Kerja Genset
- Konversi energi mekanik menjadi energi listrik
- Hubungan turbin, generator, dan sistem kontrol
- Operating philosophy
Saturn Gas Turbine Fundamentals
Komponen Turbin Gas
- Air intake system
- Compressor section
- Combustion system
- Turbine section
- Exhaust system
Operating Principles
- Starting system
- Fuel control system
- Speed control
- Load control
Performance Parameters
- Turbine speed
- Exhaust temperature
- Fuel consumption
- Generator output
Generator System Fundamentals
Komponen Generator
- Rotor
- Stator
- Excitation system
- AVR (Automatic Voltage Regulator)
Parameter Operasi Generator
- Voltage
- Current
- Frequency
- Power factor
- Active dan reactive power
Generator Protection Basics
- Overcurrent
- Overvoltage
- Undervoltage
- Reverse power
Block Logic Fundamentals
Konsep Block Logic
- Filosofi sistem kontrol
- Logic functions
- Interlock system
- Sequence control
Logic Elements
- AND Logic
- OR Logic
- NOT Logic
- Timer Functions
- Latching Functions
Reading Logic Diagrams
- Functional block diagram
- Logic narrative
- Control schematics
Start-Up, Loading & Shutdown Logic
Pre-Start Checks
- Start permissive conditions
- Auxiliary system readiness
- Safety verification
Start-Up Sequence
- Cranking
- Ignition
- Warm-up
- Speed acceleration
Generator Synchronization
- Synchronizing process
- Load acceptance
- Load sharing
Shutdown Sequence
- Normal shutdown
- Emergency shutdown
- Cool-down procedure
Interlock and Protection System
Turbine Protection Logic
- High exhaust temperature
- High vibration
- Overspeed protection
- Low lube oil pressure
Generator Protection Logic
- Differential protection
- Ground fault protection
- Reverse power protection
- Frequency protection
Interlock Philosophy
- Start interlock
- Running interlock
- Shutdown interlock
Emergency Shutdown (ESD)
- ESD levels
- ESD response
- Safety shutdown sequence
Instrumentation and Monitoring System
Instrumentation Overview
- Pressure transmitters
- Temperature transmitters
- Speed sensors
- Vibration sensors
Monitoring Parameters
- Bearing temperature
- Lube oil pressure
- Fuel gas pressure
- Generator voltage
- Generator frequency
Data Trending and Monitoring
- Performance monitoring
- Alarm tracking
- Event analysis
Alarm, Trip & Troubleshooting
Alarm Management
- Alarm classification
- Alarm response procedures
- Operator actions
Trip Analysis
- First-out indication
- Sequence of events (SOE)
- Trip investigation techniques
Troubleshooting Techniques
- Fault finding methodology
- Cause and effect analysis
- Root Cause Analysis (RCA)
Common Problems
- Failure to start
- Failure to synchronize
- High vibration trip
- High temperature trip
- Generator protection trip
Reliability and Maintenance Strategy
Maintenance Concepts
- Preventive Maintenance
- Predictive Maintenance
- Condition-Based Maintenance
Reliability Improvement
- MTBF
- MTTR
- Availability analysis
Performance Optimization
- Fuel efficiency improvement
- Reliability enhancement
- Best operating practices
Workshop & Case Studies
Case Study 1
- Failure during start-up sequence
Case Study 2
- Generator synchronization failure
Case Study 3
- Turbine overspeed trip analysis
Case Study 4
- High vibration shutdown investigation
Workshop
- Membaca dan menganalisis block logic diagram
- Analisis cause and effect matrix
- Investigasi alarm dan trip records
- Penyusunan corrective action dan preventive action
