Gas Turbine Study Apparatus TH-3132
Experiments & Learning Outcomes
This system enables a wide range of hands-on experiments, helping students bridge theory with practical understanding:
- Study of the Joule–Brayton Cycle (Gas Turbine Cycle)
- Analysis of a scaled gas turbine power plant
- Understanding the start-up procedure of a gas turbine system
- Measurement of airflow rate vs turbocharger speed
- Investigation of pressure and temperature variations in the combustion chamber
- Determination of specific fuel consumption
- Calculation of output power vs turbine speed
- Performance analysis under different input conditions
- Study of safety systems in gas turbine operation
- Observation of two-shaft turbine behavior during operation
Technical & Functional Features
- Two-Shaft Configuration: Separate turbocharger and power turbine for realistic performance study
- High-Speed Operation:
- Turbocharger: up to 90,000 rpm
- Power turbine: up to 23,000 rpm
- Combustion System: LPG (propane/butane) fuel with spark ignition
- Power Generation: 1 kW alternator with resistive load
- Efficient Heat Management: Water/oil heat exchanger and lubrication system
- Integrated Measurement System:
- Digital voltmeter, ammeter, RPM meters
- Temperature indicators
- Pressure gauges and U-manometer
- Complete Flow Visualization via mimic diagram panel
- Low Noise Operation with intake and exhaust silencing
Advanced Computerized Version (Optional)
For modern laboratories, the system can be equipped with data acquisition and analysis software (LabVIEW-based):
- Real-time monitoring of all parameters
- Automated data logging and analysis
- Sensor-based measurement system
- Easy integration with Windows-based computers
Educational Advantages
- Provides real-world understanding of gas turbine power plants
- Enhances analytical and experimental skills
- Ideal for Mechanical, Electrical, and Power Engineering labs
- Supports practical demonstrations, research, and project work
🔌 Utility Requirements
- Power Supply: 220/380V, 3-phase, 50–60 Hz
- Gas Supply: LPG (minimum 5 bar)
- Water Supply: Standard laboratory connection
Scope Of Delivery
- 1 experimental unit
- 1 instruction manual
Advanced Training System for Thermodynamics & Power Generation Studies
The Gas Turbine Study Apparatus (TH-3132) is a comprehensive, lab-scale training system designed to demonstrate the working principles, performance, and real-life applications of a two-shaft gas turbine power plant. Built on a robust wheeled frame with a clear mimic diagram panel, this unit allows students to visually understand and analyze each stage of gas turbine operation—from air compression to power generation.
This apparatus simulates a real power generation system, where compressed air and fuel are combusted, expanded through turbines, and converted into electrical energy using an alternator. The generated energy is safely dissipated through a resistive load, making it ideal for laboratory environments.
