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Gas Turbine With Power Turbine

Price 500.0 INR/ Unit

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MOQ : 5 Units

Gas Turbine With Power Turbine Specification

Accuracy
1% (instrument readings)

Model No
GTP-2S-EDU

Core Components
Gas generator, Power turbine, Digital measurement unit, Exhaust system

Measurement Range
Pressure: 0-5 bar, Temperature: Ambient to 800 C

Warranty
1 year

Temperature Range
Ambient to 800 C

Power Source
Electric (startup), Liquid/gaseous fuel (operation)

Frequency
50 Hz / 60 Hz (dual support)

Capacity
Approximately 4.5 kW (Mechanical Power Output)

Voltage
220/240 V AC

Automation Grade
Semi-automatic

Feature
investigates the behavior during operation of a system with two independent turbines in a two-shaft arrangement.

Equipment Materials
High-grade steel, heat-resistant alloys, toughened glass (enclosure)

Type
Training Equipment

Usage
Educational demonstration and operational analysis

Display Type
Digital display for performance parameters

Dimension (L*W*H)
1750 mm x 900 mm x 1500 mm

Weight
380 kg (approx)

Gas Turbine With Power Turbine Trade Information

Minimum Order Quantity
5 Units

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Supply Ability
1000 Units Per Week

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Gas Turbine With Power Turbine

GAS TURBINE WITH POWER TURBINE

The trainer investigates the behavior during operation of a system with two independent turbines in a two-shaft arrangement. One turbine (the high-pressure turbine) drives the compressor and the other turbine (the power turbine) supplies the effective power. Changes in power output in the power turbine have no influence on the compressor, which is able to keep running at optimum speed at the best efficiency point.

The trainer includes the following components: compressor, tubular combustion chamber and high-pressure turbine; fuel system; starter and ignition system; lubrication system; power turbine; generator; and measuring and control equipment.

The complete unit is called gas turbine. The gas turbine works as an open cyclic process, with the ambient air being drawn out and fed back in. The high-pressure turbine together with the compressor and the combustion chamber are called gas generator as they produce the required gas for the power turbine.

The speed temperatures and pressures and the mass flow rates of the air and fuel are recorded and displayed using sensors. Typical characteristic variables are determined.

Compressor and high-pressure turbine
Speed range 60000_120000 min-I
Pressure ratio: 2.2
Fuel consumption: 120 g/rain
Power turbine
Speed range: 10000...40000 min
Mechanical power: 0...1,5 kW
Electrical power: 0...1 kW
Asynchronous motor: 2,2 kW/400 V
230 V, 60 Hz, 3 phases, complete with all required accessories.

Intuitive Control and Safety

The GTP-2S-EDU is equipped with both manual and automatic controls for precise turbine load and speed adjustments. Multiple safety precautionsincluding over-temp and over-speed protections, emergency shutdown switch, and a noise-reducing, transparent enclosureprotect operators and facilitate secure demonstrations.

Advanced Instrumentation and Data Acquisition

A comprehensive sensor array delivers high-accuracy readings (1%) for temperature, pressure, rotational speed, and torque. Integrated digital display and PC/data logger compatibility enable detailed performance monitoring and analysisvital for research, demonstration, and operator training.

Flexible Fuel Compatibility and Quiet Operation

Operate on kerosene, diesel, or propane for versatile laboratory experimentation. Integrated forced-air cooling and acoustically engineered covers maintain operational noise below 82 dB, ensuring both high performance and a safe working environment.

FAQs of Gas Turbine With Power Turbine:

Q: How does the GTP-2S-EDU Gas Turbine support both manual and automatic operation?

A: The turbine system is designed with dual control modes, allowing operators to adjust turbine load and speed either manually or automatically. This enables flexible demonstration, research customization, and practical operator training in a controlled laboratory environment.

Q: What types of fuels can be used with this gas turbine system?

A: This equipment supports kerosene, diesel, and propane fuels. Flexibility in fuel choice enhances its suitability for academic experiments and instructor-led training on combustion principles and turbine performance.

Q: When should the emergency shutdown feature be activated?

A: The emergency shutdown switch should be used immediately if unsafe conditions arise, such as abnormally high temperature, excessive speed, or any operational anomaly. This safety feature is essential to prevent equipment damage and ensure user protection during experiments.

Q: Where can the noise-reducing and impact-resistant enclosure be beneficial?

A: The transparent, robust enclosure is especially beneficial in laboratory or classroom settings, as it allows safe observation of the turbines operation while minimizing noise exposure and shielding users from moving parts or any accidental impacts.

Q: What is the process for connecting this equipment to a data acquisition system?

A: The turbine includes a built-in interface for computers or data loggers, facilitating real-time acquisition of temperature, pressure, speed, and torque data. Users can easily connect the included digital measurement unit to their preferred data logging system for immediate analysis.

Q: How does the integrated cooling system enhance the turbines operation?

A: The forced-air cooling system maintains optimal operating temperatures for both turbines, ensuring efficient heat dissipation even at high load. This feature extends component life and guarantees consistent, safe performance during extended demonstration sessions.

Q: What are the main benefits of using the GTP-2S-EDU in academic research and operator training?

A: Its accurate measurements, fuel flexibility, safety mechanisms, and detailed data output make it excellent for studying turbine dynamics, operational analysis, and hands-on operator training. The dual-shaft design uniquely allows investigation of independent turbine behavior under varying conditions.

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