Scientico

Leading Manufacturer and Exporter of Thermodynamics Lab Equipment

Scientico is a trusted name in the industry, providing high-quality thermodynamics laboratory equipment for educational and industrial purposes. Our extensive range is designed to deliver accurate results, ensure reliability, and meet the needs of engineering and technical institutions worldwide.

Our Product Range:

1. Separating and Throttling Calorimeter

   • Designed for precise measurement of steam dryness fraction and understanding steam properties.
   • Ideal for thermodynamics and fluid mechanics labs.

2. Single Cylinder Four-Stroke Petrol Engine Test Rig

   • Enables comprehensive analysis of engine performance under various conditions.
   • Provides critical insights into fuel efficiency and engine dynamics.

3. Actual Engine Model

   • Real, sectioned engine models showcasing internal components and their operations.
   • Perfect for hands-on training in mechanical engineering courses.

4. Single Cylinder Four-Stroke Water-Cooled Diesel Engine

   • Demonstrates diesel engine principles and cooling system operations.
   • Accurate and durable for long-term use in academic setups.

5. Four-Stroke Water-Cooled Diesel Engine

   • Multi-cylinder design for advanced learning and performance evaluation.
   • High-quality materials for extended durability and reliability.

6. Mechanical Heat Pump Trainer

   • Illustrates the working principles of air-to-water heat pumps.
   • Ideal for energy systems and thermodynamics studies.

7. Multi-Cylinder Four-Stroke Petrol Engine Test Rig

   • Advanced equipment for detailed engine performance testing and analysis.
   • Features cutting-edge technology for accurate measurements and insights.

Why Choose Scientico?

• Unmatched Quality: All products are built to meet international standards.
• Comprehensive Solutions: Our equipment covers all key aspects of thermodynamics training and research.
• Global Reach: Renowned as a leading exporter of thermodynamics lab equipment worldwide.
• Customer Support: Dedicated assistance and after-sales service to ensure client satisfaction.

Contact us today for catalogs, commercial offers, or to discuss your specific requirements.

As a trusted lab equipment manufacturer, we bring you top-of-the-line solutions designed for advanced engineering and mechanical labs. Our products are meticulously crafted to meet international standards, ensuring durability, precision, and reliability in every application.

We specialize in manufacturing and exporting Thermo Dynamics Lab Equipment and Mechanical Lab Equipment, catering to the needs of engineering institutions, research facilities, and industrial training centers. With cutting-edge designs and modern features, our equipment guarantees exceptional performance, aiding students and professionals in understanding critical concepts effectively.

Why Choose Us?

• Expertise in Manufacturing: With years of experience as a leading Mechanical Lab Equipment manufacturer, we deliver only the best.
• Global Export Capabilities: Recognized as a reliable Thermo Dynamics Lab Equipment exporter, our products are trusted worldwide.
• Custom Solutions: We tailor our equipment to meet diverse laboratory requirements, ensuring compatibility and efficiency.

Applications

Our products are ideal for:

1. Engineering Colleges and Universities: For practical learning and experimentation.
2. Research and Development Centers: For precision testing and analysis.
3. Industrial Training Facilities: For hands-on training in real-world applications.

Features

• Precision-engineered for high performance.
• Designed with user safety and convenience in mind.
• Durable construction for long-term reliability.
• Easy-to-install and maintain.

Q&A Section

Q: What types of lab equipment do you offer?
A: We specialize in a wide range of equipment, including Thermo Dynamics Lab Equipment, Mechanical Lab Equipment, and training solutions for engineering applications.

Q: Do you export your products internationally?
A: Yes, we are a recognized Thermo Dynamics Lab Equipment exporter and serve clients globally.

Q: Are your products customizable?
A: Absolutely! We offer customized solutions to meet specific laboratory and institutional requirements.

Q: Why should we choose your brand?
A: As a leading lab equipment manufacturer, we prioritize quality, innovation, and customer satisfaction. Our equipment is designed to deliver precise results and withstand rigorous use.

Motor Cycle Dynamometer Test Bench – Model No: SCI-910
Manufacturer and Exporter: SCIENTICO

The Motor Cycle Dynamometer Test Bench by SCIENTICO is a state-of-the-art solution designed for modern motorcycle workshops, offering high-precision testing capabilities for a wide range of motorcycles—from scooters to high-performance sports bikes. This freestanding test bench ensures quick, efficient, and reliable engine and vehicle testing, making it an essential tool for development, evaluation, and maintenance in motorcycle workshops.

Key Features

• Versatile Testing Capabilities: Ideal for testing individual engine units as well as complete vehicles, including scooters and sports bikes.
• Quick Testing Process: A full test—including loading, testing, and unloading the motorcycle—can be completed in under 3 minutes, saving valuable time and increasing workshop efficiency.
• Automatic Wheel Clamp: Facilitates easy alignment and frame checks, with a fully automated clamp system that requires no straps.
• Comprehensive Cooling and Safety Features: Equipped with cooling fans for both the engine and exhaust pipes, along with safety barriers, including Perspex screens and CE safety specifications.
• Precise Measurement Systems: Features a wheel speed sensor and roller speed sensor for highly accurate measurements, ensuring reliable testing results every time.
• Durable Construction: The test bench is housed in a robust, monobloc chassis made of 3mm steel, with a chequer plate deck for added durability and stability.

Specifications

• Exhaust Gas Extraction Fan: Includes a dedicated exhaust gas extraction fan for cleaner testing environments.
• Cooling Fans: Rear tyre cooling fan and engine cooling fans to prevent overheating during tests.
• CE-Compliant Safety Features: Fully CE-compliant safety barriers and roller brake, ensuring a safe working environment for operators.
• Non-Slip Roller: The roller is equipped with a groove for alignment checks and includes a safety brake for added safety.
• Electric Starter Control: Optional electric starter control for added convenience.
• User-Friendly: The system features an integral folding access ramp that doubles as a safety barrier for easy and safe loading.

Dimensions and Weight

• L x W x H: 1600 x 900 x 1200 mm
• Weight: Approx. 280 kg

Applications

• Motorcycle Workshops: Perfect for motorcycle workshops and repair shops that need a reliable, fast, and accurate testing solution for a variety of motorcycles.
• Development and Evaluation: Ideal for the development and evaluation of motorcycle performance, as well as diagnostics and maintenance.
• Research and Education: Suitable for research institutions and educational setups focusing on motorcycle engine dynamics and performance analysis.

Why Choose SCIENTICO?

As a leading manufacturer and exporter of thermodynamics lab equipment, SCIENTICO is known for delivering high-quality, precision-engineered products. The Motor Cycle Dynamometer Test Bench offers efficient, reliable, and safe testing for modern motorcycle engines, supporting development and diagnostic work across a wide range of vehicles

Axial Flow Turbine Test Bed – Model No: SCI-901
Manufacturer and Exporter: SCIENTICO

The Axial Flow Turbine Test Bed by SCIENTICO, a leading thermodynamics lab equipment manufacturer and exporter, is a state-of-the-art solution designed for comprehensive aeronautical and turbine research. This advanced equipment is built to deliver precision and safety while minimizing laboratory space requirements, making it a reliable choice for academic institutions and industrial research labs worldwide.

Key Features

• High-Performance Axial Flow Turbine: A single-stage radial compressor and low-mass axial flow turbine ensure robust performance and efficiency.
• Sturdy Design: A durable metal frame provides stability and precise thrust measurements during experiments.
• Enhanced Safety: A tough, transparent polycarbonate safety screen ensures operator safety while maintaining full visibility of the engine.
• Advanced Software Integration: User-friendly PC software enables seamless control and data acquisition via a single USB interface.
• Innovative Fuel and Lubrication System: Operates with common paraffin or kerosene, eliminating the need for hard-to-source aviation fuels or external lubrication systems.
• Compact and Portable: The small-scale design optimizes laboratory space usage and is easy to install.

Specifications

• Thrust: 200N (typical)
• Fuel Options: Paraffin, Jet A-1, JP-4/Kerosene
• Exhaust Gas Temperature: 800°C
• Mass Flow: 450 g/s
• Engine RPM: 105,000rpm (typical)
• Dimensions: 880 x 510 x 1185 mm
• Weight: Approx. 150 kg

As a trusted lab equipment manufacturer and thermodynamics lab equipment exporter, SCIENTICO ensures every unit meets rigorous safety and performance standards. This test bed is suitable for aeronautical studies, engine performance testing, and advanced turbine research.

Applications

• Aeronautical research
• Laboratory experiments in thermodynamics
• Turbine performance evaluation
• Academic and industrial testing

Frequently Asked Questions (FAQ)

Q1: What fuels are compatible with this turbine test bed?
A1: The Axial Flow Turbine Test Bed can operate on paraffin, Jet A-1, and JP-4/Kerosene, offering flexibility and convenience.

Q2: Does this equipment require external lubrication or a battery system?
A2: No, the system integrates lubricant with fuel, and it does not require an external battery or charger.

Q3: Is the equipment safe for laboratory use?
A3: Yes, the unit includes a tough polycarbonate safety screen and has been tested for optimal performance and safety.

Q4: Can this equipment be integrated into a soundproof enclosure?
A4: Yes, it is designed for easy installation into test cells or soundproof enclosures using a single USB interface.

Why Choose SCIENTICO?

With years of expertise as a thermodynamics lab equipment manufacturer and exporter, SCIENTICO delivers high-quality, durable, and precision-engineered lab equipment to meet global research needs. Our commitment to innovation ensures that each product supports cutting-edge scientific exploration

Model No: SCI-917Manufacturer and Exporter: SCIENTICO

The Turbo Jet Engine Test Bench by SCIENTICO is a cutting-edge educational tool designed to analyze and study the operational behavior of jet engines. This trainer is ideal for educational institutions, research laboratories, and technical training centers focused on thermodynamics, aerodynamics, and propulsion systems.

Description

This experimental test bench incorporates a jet engine with key components such as a compressor, annular combustion chamber, turbine, and propelling nozzle. It includes a fully integrated fuel system, starter and ignition system, and measurement and control equipment. The system simulates an open cyclic process, drawing ambient air and feeding it back to study the fundamentals of jet propulsion.

Key operational stages include:

1. Compression: Ambient air is compressed in the single-stage radial compressor.
2. Combustion: Compressed air is mixed with fuel, ignited, and transformed into high-energy gas.
3. Expansion: The gas energy drives the turbine and is expelled at high velocity through the nozzle, generating thrust.

The system features advanced data acquisition for recording speed, temperature, and mass flow rates, with the ability to display data digitally or transmit it to a PC via USB.

Features

• Comprehensive Study of Jet Engine Operations: Includes start-up procedures, specific thrust measurements, and fuel-air ratio (lambda) analysis.
• Real-Time Data Monitoring: Equipped with sensors to record speed, temperature, pressure, and fuel consumption, with software for advanced analysis.
• Automatic Start-Up: Electric starter ensures smooth and efficient engine activation.
• Interactive Learning: Ideal for studying specific thrust, fuel consumption, and operational behavior of jet engines.
• Compact Design: Fully integrated components for a streamlined, user-friendly experience.

SpecificationsJet Engine

• Maximum Thrust: 82N at 117,000 RPM
• Speed Range: 35,000–117,000 RPM
• Maximum Fuel Consumption: 22L/h (full load)
• Exhaust Gas Temperature: 610°C
• Sound Level: 130 dB(A) at 1m distance
• Fuel Type: Kerosene or petroleum with turbine oil
• Starter: Electric starter
• Fuel Tank Capacity: 5L

Measuring Ranges

• Differential Pressure: 0–150 mbar
• Combustion Chamber Pressure: 0–2.5 bar
• Temperature Sensors: 2x 0–1200°C, 1x 0–400°C
• Speed: 0–120,000 RPM
• Fuel Consumption: 0–25L/h
• Force: 0 to ±200N

Power Requirements

• 230V, 50Hz, 1 Phase
• 230V, 60Hz, 1 Phase
• 120V, 60Hz, 1 Phase

Dimensions and Weight

• Dimensions (L x W x H): 1200 x 900 x 330 mm
• Weight: Approx. 120 kg

Applications

• Educational Training: Perfect for engineering programs studying jet propulsion and thermodynamic systems.
• Research and Development: Facilitates advanced study of jet engine performance and fuel efficiency.
• Technical Skill Developmen

Why Choose SCIENTICO?

As a leading manufacturer and exporter of thermodynamics lab equipment, SCIENTICO is committed to delivering high-quality, innovative solutions for technical education and training. The Turbo Jet Engine Test Bench (Model No: SCI-917) exemplifies our dedication to advancing engineering education worldwide.

Model No: THM-SCI-556
Origin: India

Manufacturer and Exporter of Air-to-Water Heat Pump Trainer

The Scientico Bench Top Mechanical Heat Pump Trainer is a comprehensive educational tool designed to demonstrate the principles of air-to-water heat pump systems. Engineered with precision, this trainer features a compressor, finned-tube evaporator with fan, thermostatic expansion valve, and a coaxial coil heat exchanger as the condenser. All components are strategically arranged for clear visibility and ease of use, making it ideal for hands-on learning in engineering and thermodynamics labs.

The system operates by condensing compressed refrigerant vapor in the condenser’s outer pipe, releasing heat to the water in the inner pipe. Simultaneously, the liquid refrigerant evaporates under low pressure in the finned-tube evaporator, absorbing heat from ambient air.

The hot water circuit incorporates a tank, pump, and condenser as the heater, with heat dissipated via an external cooling water connection. Flow rate adjustments and measurements are seamlessly managed through a valve and integrated measuring instruments.

Key Features:

• Comprehensive Heat Pump Design: Demonstrates air-to-water heat pump operation.
• Thermodynamic Cycle Representation: Enables plotting on the log p-h diagram.
• Energy Balance Analysis: Facilitates precise evaluation of energy exchanges.
• Performance Testing:
  • Compressor pressure ratio.
  • Ideal and real coefficient of performance (COP).
  • Real COP's dependence on air-to-water temperature differences.
  • Operational behavior under load conditions.

Technical Specifications:

• Compressor: Capacity 372W at 7.2/32°C.
• Condenser: Coaxial coil heat exchanger with 0.55L refrigerant and 0.3L water content.
• Evaporator: Finned tube with a transfer area of ~0.175m².
• Pump:
  • Max. Flow rate: 1.9m³/h.
  • Max. Head: 1.4m.
• Hot Water Tank Volume: ~4.5L.
• Refrigerant: R134a/22/A (1kg, CO₂ equivalent: 0.6t).
• Measuring Ranges:
  • Pressure: 2x (-1…15bar).
  • Temperature: 4x (0…100°C), 2x (-100…100°C).
  • Power: 0…6000W.
  • Water flow rate: 0…108L/h.
  • Cooling water flow rate: 10…160L/h.
• Power Supply:
  • 230V, 50Hz, 1 phase.
  • 230V, 60Hz, 1 phase.

Dimensions and Weight:

• Dimensions (L x W x H): 1600 x 800 x 1600 mm.
• Weight: ~185 kg.

Applications:

Ideal for engineering labs, research facilities, and training centers, this air-to-water heat pump trainer is perfect for teaching advanced thermodynamics, energy efficiency concepts, and practical system design.

Why Choose Scientico?

As a leading manufacturer and exporter of laboratory equipment, Scientico ensures unparalleled quality, innovation, and after-sales support for academic and industrial training needs.

For inquiries, catalogs, and commercial offers, contact us today.

4 Stroke 4 Cylinder Diesel Engine – Motor Driven Actual Cut Section Working Model with Valve Timing Attachment

Manufacturer and Exporter of Educational Diesel Engine Models

The Scientico 4 Stroke 4 Cylinder Diesel Engine Model is a motor-driven, dissectible working model designed to provide an in-depth understanding of internal engine construction and operation. This cut section engine is carefully sectioned to reveal the intricate details of critical components like valves, pistons, pumps, crankshaft, and camshaft, allowing students and engineers to easily comprehend their functions.

Mounted on a durable iron frame, the engine features a flywheel and is equipped with a valve timing attachment to demonstrate the precise timing mechanisms at work. Ideal for hands-on training and educational demonstrations, this model effectively showcases the functioning of individual parts and their interconnections in a real-world diesel engine.

Key Features:

• Dissectible Cut Section Engine: Provides a clear view of internal engine components for educational purposes.
• Motor Driven: Simulates actual engine operation with real-time demonstrations.
• Valve Timing Attachment: Demonstrates the timing mechanism in action.
• Sturdy Iron Frame: Ensures durability and stability for practical demonstrations.
• Flywheel Included: Demonstrates rotational motion and the role of the flywheel.
• Comprehensive Educational Tool: Ideal for technical training in mechanical and automotive engineering.
• Key Card & Literature: Includes detailed instructions and interesting literature about engine operation.

Specifications:

• Engine Type: 4-Stroke, 4-Cylinder Diesel Engine.
• Components: Includes valves, pistons, pumps, crankshaft, camshaft, flywheel, and valve timing attachment.
• Mounting: Sturdy iron frame for secure placement during demonstrations.
• Operation: Fully functional model for demonstrating the engine's working principle.

Educational Applications:

Perfect for mechanical engineering students, automotive workshops, and technical training centers, this model helps students gain a deeper understanding of the mechanical systems in a diesel engine. Ideal for use in engine operation studies, valve timing analysis, and diesel engine functioning demonstrations.

Why Choose Scientico?

As a leading manufacturer and exporter of engine trainers and mechanical engineering models, Scientico provides high-quality educational tools designed to enhance practical learning and technical knowledge.

For inquiries, catalogs, and commercial offers, contact us today.

Scientico, a premier Steam Power Plant Trainer manufacturer, brings you an advanced Thermal power plant simulator for education, tailored to meet the growing demand for hands-on learning in engineering and technical institutions. This state-of-the-art Steam generation lab equipment India provides a comprehensive understanding of thermal power plant systems, making it an indispensable asset for energy studies and power generation training programs.

Description Of Mini Steam turbine Trainer by Scientico : 

The Steam Power Plant Trainer by Scientico is a compact, high-performance educational tool designed to bridge the gap between theoretical knowledge and practical application. This Compact steam power plant trainer demonstrates the entire energy conversion cycle, from generating steam to producing electricity, through real-world simulation of a thermal power plant.

With precision-engineered components, this Electricity generation trainer for schools and colleges is ideal for understanding the transformation of mechanical energy into electrical energy. Designed with cutting-edge technology, it serves as a reliable Mechanical energy to electrical energy trainer for academic and research purposes.

Key Features and Specifications

1. Steam Power Plant Working Unit:

• Demonstrates the complete process of thermal power generation.
• Shows the transformation of heat energy into steam, driving turbines to create mechanical energy.
• Converts mechanical energy into electricity using an alternator.

2. Boiler and Turbine System Details:

• Type: Electrically heated boiler with high efficiency.
• Boiler Dimensions:
  • Diameter: 400 mm
  • Length: 600 mm
• Heating System:
  • Two heaters, each with 3 kW capacity (total 6 kW).
• Precision-designed turbine for accurate simulation of energy conversion.

3. Educational Value:

• Provides real-time insights into the working of a thermal power plant.
• Enables students to study energy systems and optimize performance.
• Facilitates understanding of energy conversion processes in power generation.

Applications

• Suitable for engineering colleges, polytechnic institutes, and technical training centers.
• Ideal for labs specializing in thermal power and renewable energy.
• Designed for students and professionals seeking hands-on training in power plant systems.

Why Choose Scientico?

As a leading Steam power educational model manufacturer, Scientico is known for delivering reliable and durable training equipment. Our Boiler and turbine system trainer exporter solutions are tailored to provide exceptional educational value, ensuring students gain practical knowledge and industry-ready skills.

Empower your students with Scientico’s innovative Steam Power Plant Trainer. Contact us today to learn more about our cutting-edge power generation training systems and elevate your institution’s learning experience!

Single Cylinder Four Stroke Petrol Engine Test Bench – Model No: SCI-913
Manufacturer and Exporter: SCIENTICO

The Single Cylinder Four Stroke Petrol Engine Test Bench by SCIENTICO is a versatile experimental setup designed for teaching and researching the fundamentals of petrol engine operation and performance measurement. This test bench is ideal for technical institutions, universities, and research labs, offering hands-on experience and advanced performance analysis capabilities.

This system is equipped with an air-cooled, single-cylinder four-stroke petrol engine featuring external carburation. The test bench includes sensors for measuring cylinder pressure, exhaust gas temperature, and intake pressure, enabling detailed analysis and performance evaluation.

Key Features

• Educational Utility: Designed for practical learning, this setup provides insights into the functioning of a four-stroke petrol engine and its performance under various conditions.
• Performance Measurement: Capable of plotting torque and power curves, measuring brake horsepower (BHP), and calculating brake thermal efficiency.
• Fuel and Air Intake Analysis: Includes systems for precise measurement of fuel consumption, air intake, and volumetric efficiency.
• Advanced Sensors: Equipped with sensors to measure exhaust gas temperature and intake pressure, ensuring accurate data for analysis.
• Versatile Applications: Enables experiments to determine specific fuel consumption, engine frictional power, and the lambda (fuel-air) ratio.
• Durable Construction: The engine is mounted on a vibration-insulated base plate and features an elastic claw coupling for secure and stable operation.

Specifications

• Engine Type: Air-cooled, single-cylinder four-stroke petrol engine with external carburation.
• Power Output: 7.5 kW at 3000 min⁻¹.
• Bore: 89 mm.
• Stroke: 63 mm.

Dimensions and Weight

• L x W x H: 1000 x 800 x 1200 mm
• Weight: Approx. 120 kg

Applications

• Educational Institutions: Ideal for teaching automotive and mechanical engineering students about petrol engine dynamics and performance evaluation.
• Research and Development: Supports R&D projects focused on fuel efficiency, engine thermal performance, and power output analysis.
• Technical Training Centers: Suitable for hands-on training in engine testing and diagnostics.

Why Choose SCIENTICO?

SCIENTICO, a trusted manufacturer and exporter of laboratory and thermodynamics equipment, delivers cutting-edge educational solutions. The Single Cylinder Four Stroke Petrol Engine Test Bench combines robust engineering with advanced functionality, making it a valuable addition to any educational or research facility.

Air Blower Test Setup

Model No: SCI-921
Manufacturer and Exporter: SCIENTICO

The Air Blower Test Setup is a compact and versatile experimental bench-top unit designed for studying airflow characteristics, airflow measurement techniques, and related fluid dynamics principles. This advanced training apparatus provides practical insights into the operation and behavior of industrial centrifugal blowers, making it an ideal tool for academic and industrial applications.

Description

The test setup features an industrial centrifugal blower with inlet and outlet ducts, complete with flow straighteners and dampers. Designed to adhere to international standards such as BS 848, BS 1042, and ISO 5167, the unit offers precise airflow measurement and in-depth study of fluid dynamics concepts.

Using various measuring devices, including Venturi nozzles, orifice plates, and traveling Pitot tubes, this system allows users to perform detailed experiments on airflow rates, Bernoulli’s principle, and boundary layer phenomena.

Features

• Airflow Measurement: Study airflow rates using multiple measuring devices.
• Bernoulli’s Principle Demonstration: Understand the relationship between pressure, velocity, and flow rate.
• Pipe Flow Analysis: Investigate airflow behavior within pipes and ducts.
• Free Jet and Flow Visualization: Explore jet flows and observe flow patterns.
• Drag and Boundary Layer Studies: Conduct experiments on drag force and boundary layers.
• Flow Around Bends: Analyze the effect of bends on airflow behavior.

SpecificationsBlower Ratings

• Maximum Flow Rate (un-choked): Over 12 m³/min
• Maximum Head (fully choked): Over 80 mm water

Airflow Measurement Devices

• Venturi Nozzle
• Orifice Plate
• Inlet Cone
• Traveling Pitot Tube (inclined water manometer)

Measuring Instruments

• Differential Pressure: Twin inclined water manometers
  • Range: 0–450 mm
  • Graduations: 1 mm
  • Multiple slopes: 1:10, 1:5, 1:2, 1:1
• Additional Instruments: Thermometer and barometer

Construction

• Inlet Duct: Includes flow straightener for accurate measurements
• Outlet Duct: Equipped with flow straightener and damper

Power Supply

• 220V, 1 Phase, 50Hz (customizable as per request)

Applications

• Educational Institutions: For teaching airflow principles and performing fluid dynamics experiments.
• Industrial Training: To understand the behavior and characteristics of centrifugal blowers.
• Research and Development: Analyze airflow patterns and improve design efficiency in industrial settings.

Why Choose SCIENTICO?

SCIENTICO is a renowned manufacturer and exporter of high-quality lab and industrial training equipment. The Air Blower Test Setup (Model No: SCI-921) is meticulously engineered to provide robust functionality and accurate measurements, ensuring reliability and excellence for all your educational and industrial needs.

Two Shaft Gas Turbine Test Bench

Overview:

The Scientico Two Shaft Gas Turbine Test Bench is an advanced educational gas turbine apparatus designed for comprehensive training in gas turbine technology. This system simulates the operation of real-world gas turbine engines, such as those used in helicopters and electrical power generation. Powered by kerosene, it offers users the opportunity to study critical concepts like specific fuel consumption, pressure dynamics, and gas turbine efficiencies, making it an ideal choice for students and professionals involved in gas turbine engine training equipment.

Key Features:

• Hands-On Learning: This gas turbine lab equipment is perfect for exploring the mechanics of two-shaft gas turbines and their industrial applications in aerospace and power generation.
• Real-World Application: Featuring a radial flow compressor and axial flow turbine, it replicates the working principles of modern gas turbine engines used in power plants and aviation.
• Optimized Performance: The advanced combustion chamber is designed for minimal pressure losses, stable flame combustion, and efficient fuel use, enhancing understanding of thermal performance and mechanical efficiencies.
• User-Friendly HMI Control Panel: The system includes an integrated fuel control valve to prevent turbine overspeed, while the HMI control panel with a touch screen ensures seamless operation and monitoring.

Experiment Capabilities:
This gas turbine engine training equipment enables users to conduct a variety of experiments, including measurements of:

• Specific fuel consumption
• Pressure losses and ratios
• Thermal, isentropic, and mechanical efficiencies
• Work output and power generation

Specifications:

• Two-Shaft Gas Turbine Engine: Equipped with a radial flow compressor and axial flow turbine, it closely mirrors the design and functionality of modern gas turbines.
• Gas Generator & Power Turbine: The first shaft powers hot gas into the axial turbine, while the second shaft discharges the gas to the atmosphere, simulating real turbine operation.
• Cooling & Lubrication: Features ceramic bearings with an automatic lubrication system and a hydraulic, water-cooled dynamometer for optimal cooling during use.
• Comprehensive Instrumentation: Includes sensors to measure temperatures, pressures, and fuel flow rates, all displayed on the intuitive HMI control panel.

Dimensions & Weight:

• Dimensions: 1400 x 900 x 1700 mm
• Weight: Approx. 380 kg

We are a leading manufacturer and exporter of Performance Test Rig for 4 Stroke Petrol SI Engine in India, designed for engineering colleges, polytechnic institutes, universities, and research laboratories. This test rig is used to study and analyze the performance characteristics of a spark ignition engine under varying load conditions.

The system allows accurate determination of brake power, fuel consumption, thermal efficiency, mechanical efficiency, and specific fuel consumption, making it ideal for IC Engine Laboratory experiments as per AICTE and university syllabus requirements.

Product Description

The 4 Stroke Petrol SI Engine Performance Test Rig consists of a petrol engine coupled with a dynamometer loading system and complete instrumentation for performance evaluation. The unit is mounted on a rigid base frame and supplied with all necessary measuring devices for smooth and safe operation.

This equipment is widely used as IC Engine Lab Equipment Manufacturer solution for practical demonstrations and student experiments.

Key Features

• Robust 4 stroke petrol spark ignition engine

• Accurate load measurement using dynamometer

• Fuel consumption measurement with burette and stopwatch

• Speed measurement using digital tachometer

• Easy operation and low maintenance

• Suitable for continuous laboratory use

• Designed as per academic curriculum requirements

Experiments Covered

• Determination of Brake Power

• Calculation of Indicated Power

• Measurement of Friction Power

• Brake Thermal Efficiency

• Mechanical Efficiency

• Specific Fuel Consumption

• Performance characteristics under variable load

Technical Specifications (Indicative)

• Engine Type: 4 Stroke Petrol SI Engine

• Cooling System: Air cooled / Water cooled

• Dynamometer Type: Rope brake / Hydraulic (optional)

• Speed Range: As per engine rating

• Fuel: Petrol

• Mounting: Heavy duty fabricated frame

(Custom specifications available as per requirement)

Applications

• Mechanical Engineering Laboratories

• Thermal Engineering Labs

• IC Engine Laboratories

• Polytechnic and Engineering Colleges

• Research and Training Institutes

Why Choose Us

• Manufacturer and exporter of engineering laboratory equipment

• Proven installations across India and overseas

• Reliable performance and long service life

• Customization available

• Competitive pricing with after-sales support

Packaging and Delivery

• Properly packed for safe transportation

• Supplied with operating manual and experiment procedure

• Ready for installation and commissioning

Coil on Plug Ignition System Trainer – Model No: SCI-902
Manufacturer and Exporter: SCIENTICO

The Coil on Plug Ignition System Trainer by SCIENTICO, a trusted lab equipment manufacturer and exporter, is designed for comprehensive training and diagnostic testing of modern ignition systems. Built with real-world components, this trainer enables students and professionals to gain hands-on experience with advanced ignition technologies in a safe and controlled environment.

Key Features

• Real-World Ignition System: Demonstrates the operation of a direct ignition system using coil-on-plug technology without the need for a distributor.
• Fault Diagnosis and Troubleshooting: Includes a fault box with four operational faults to develop diagnostic and troubleshooting skills.
• Comprehensive Learning Tool: Features wiring schematics, test points for diagnosis, and key components like ignition coils and spark plugs for a complete learning experience.
• Advanced Sensors and ECM: Equipped with a Crankshaft Position (CKP) sensor, Camshaft Position (CMP) sensor, and an Engine Control Module (ECM).
• User-Friendly Design: Compact and lightweight, with a motor-driven crankshaft and/or camshaft sprockets, and an OBDII data link connector for added functionality.

Specifications

• Components:
  • Engine Control Module (ECM)
  • Crankshaft and Camshaft Position Sensors
  • Electric Motor Driven Crankshaft/Camshaft Sprockets
  • Ignition Coils and Spark Plugs
  • Fault Box with Four Faults
  • OBDII Data Link Connector
  • Test Points for Diagnosis
• Dimensions: 550 x 550 x 330 mm
• Weight: Approx. 20 kg
• Power Requirement: 12V source

Applications

• Training in modern ignition system technologies
• Diagnostic testing for automotive systems
• Educational demonstrations in technical institutes
• Hands-on experience in troubleshooting and fault diagnosis

Frequently Asked Questions (FAQ)

Q1: What power source is required for the Coil on Plug Ignition System Trainer?
A1: The trainer requires a 12V power source for operation.

Q2: How does this trainer support fault diagnosis?
A2: The trainer includes a fault box with four operational faults, allowing users to practice troubleshooting and diagnostic skills.

Q3: Does it include real-world components?
A3: Yes, the trainer features real-world components such as ignition coils, spark plugs, CKP and CMP sensors, and an Engine Control Module (ECM).

Q4: Is this trainer suitable for educational institutions?
A4: Absolutely! Its design and features make it ideal for automotive training programs and technical institutes.

Why Choose SCIENTICO?

As a prominent lab equipment manufacturer and exporter of thermodynamics lab equipment, SCIENTICO is committed to delivering high-quality, durable, and innovative training solutions. The Coil on Plug Ignition System Trainer reflects our dedication to enhancing hands-on learning experiences in technical education.

Distributor Ignition System Trainer – Model No: SCI-904
Manufacturer and Exporter: SCIENTICO

The Distributor Ignition System Trainer by SCIENTICO, a leading lab equipment manufacturer and exporter, is an advanced educational tool designed to teach and demonstrate the operation of an ignition system with a distributor. Built using OEM components from actual automobile petrol engines, this trainer ensures an authentic and practical learning experience for students and professionals.

Key Features

• Authentic Demonstration: Includes a working model with components such as ignition coil, distributor, spark plugs, and a 12V DC power supply, showcasing the operation of a typical ignition system.
• Visualization and Diagnostics: Enables students to observe spark generation, firing order, and system diagnostics, enhancing practical understanding.
• Real Automotive Components: Constructed with brand-new OEM parts, ensuring accuracy and reliability in training.
• Integrated Fault Box: Features a fault box with four faults to develop troubleshooting and diagnostic skills.
• Electric Motor Integration: Drives the distributor using a low-speed motor to replicate real-world operations.
• Durable and Compact Design: Mounted on a robust steel turret, allowing clear identification of each component while being compact and easy to manage.

Specifications

• Components:
  • Distributor with Hall Effect Sensor
  • Ignition Control Module
  • Ignition Coil
  • Spark Plugs and Plug Wires
  • Fault Box with Four Faults
  • Test Points for Diagnosis
• Power Supply: 12V DC
• Dimensions: 500 x 600 x 400 mm
• Weight: Approx. 80 kg

Applications

• Automotive system training for students in technical institutions
• Hands-on practice in diagnosing ignition system faults
• Teaching the operation and maintenance of distributor ignition systems
• Enhancing troubleshooting skills in automotive repair and maintenance

Frequently Asked Questions (FAQ)

Q1: What components are included in the Distributor Ignition System Trainer?
A1: The trainer includes a distributor with a Hall Effect sensor, ignition control module, ignition coil, spark plugs with wires, a fault box with four faults, and test points for diagnosis.

Q2: How does the trainer demonstrate spark generation?
A2: The spark generation and firing order are visualized using an electric motor that drives the distributor at low speed, replicating real-world functionality.

Q3: Is this trainer suitable for educational purposes?
A3: Yes, it is ideal for automotive training in vocational and technical institutes, offering hands-on experience with real components.

Q4: What power source does the trainer require?
A4: The trainer operates on a 12V DC power supply.

Why Choose SCIENTICO?

As a trusted lab equipment manufacturer and thermodynamics lab equipment exporter, SCIENTICO is committed to delivering innovative and high-quality educational tools. The Distributor Ignition System Trainer reflects our dedication to equipping students and professionals with the knowledge and skills required for success in the automotive industry.

Cruise Control Trainer – Model No: SCI-903
Manufacturer and Exporter: SCIENTICO

The Cruise Control Trainer, developed by SCIENTICO, a renowned lab equipment manufacturer and exporter, is an advanced teaching tool designed to demonstrate the structure and operation of vehicle cruise control systems. Ideal for vocational skill schools and training institutions, this trainer offers practical insights into both mechanical and electronic cruise control systems, enhancing theoretical knowledge with hands-on experience.

Key Features

• Realistic Demonstration: Simulates a mechanical Cruise Control System (CCS) to showcase real-world functionality.
• OEM Components: Incorporates original equipment manufacturer parts for accurate and reliable demonstrations.
• Variable Speed and Load Control: Provides adjustable parameters to simulate various driving conditions.
• Comprehensive Training Tool: Enables users to understand and maintain cruise control systems effectively, suitable for both basic and advanced learners.

Specifications

• Speed Signal Source: Captured from a rotating driveshaft, speedometer cable, wheel speed sensor, engine RPM, or internal electronic speed pulses.
• Throttle Control: Operated via solenoid, vacuum-driven servomechanism, or electronic systems (drive-by-wire technology).
• Control Interface:
  • On/Off Button
  • Set/Accel Pedal
  • Resume Button
  • Brake Pedal
  • Clutch Pedal
• Power Supply:
  • External Power Supply: AC 220V ±10%, 50Hz
  • Operating Voltage: 12V DC
• Dimensions: 1600 x 700 x 1600 mm
• Weight: Approx. 80 kg

Applications

• Vocational training in automotive systems
• Hands-on demonstrations for cruise control operation and maintenance
• Practical learning for students in secondary and senior technical education programs
• Vehicle diagnostic and repair skill enhancement

Frequently Asked Questions (FAQ)

Q1: What type of cruise control system does this trainer simulate?
A1: The Cruise Control Trainer simulates a mechanical CCS and demonstrates its operation, along with the electronic systems used in modern vehicles.

Q2: Is this trainer suitable for educational institutions?
A2: Yes, it is designed specifically for vocational skill schools, training centers, and technical education programs to teach students about cruise control systems.

Q3: How does the cruise control maintain speed?
A3: The system pulls the throttle cable using a solenoid, vacuum-driven servomechanism, or electronic systems (if the vehicle uses drive-by-wire technology) to maintain the desired speed.

Q4: What power requirements does this trainer have?
A4: The trainer requires an external power supply of AC 220V ±10%, 50Hz, and operates on 12V DC.

Why Choose SCIENTICO?

As a leading lab equipment manufacturer and thermodynamics lab equipment exporter, SCIENTICO is dedicated to providing high-quality, innovative training solutions for technical education. The Cruise Control Trainer exemplifies our commitment to equipping students and professionals with practical knowledge and skills for the automotive industry.

Four Stroke Four Cylinder Petrol Engine Test Bench – Model No: SCI-906
Manufacturer and Exporter: SCIENTICO

The Four Stroke Four Cylinder Petrol Engine Test Bench by SCIENTICO, a leading lab equipment manufacturer and exporter, is a versatile and robust setup designed for the study and analysis of petrol engine performance. Ideal for educational institutions, research labs, and automotive training centers, this test bench is engineered to deliver accurate results for comprehensive engine testing.

Key Features

• Mobile and Secure Design: The engine is mounted on a solid, welded frame with rollers, allowing easy mobility. Hazardous areas are covered with perforated plates for enhanced safety.
• Comprehensive Analysis: Capable of plotting torque and power curves, determining specific fuel consumption, volumetric efficiency, and lambda (fuel-air ratio), and conducting energy balance and efficiency calculations.
• Closed Cooling Circuit: Integrated closed cooling water circuit ensures safe and consistent operation.
• Advanced Safety Features: The engine starts only when mechanically and electrically connected to the load unit, reducing risks during operation.
• Digital Integration: The engine’s software is PC-compatible, requiring only a USB interface to connect to the electronic console.
• User-Friendly Controls: Includes a switch cabinet with warning lamps for oil pressure and alternator failure, an operating time counter, and an ignition key for convenience.

Specifications

• Engine Type: Branded MPFI Version
• Maximum Power: 63 BHP @ 5500 rpm
• Maximum Torque: 89 Nm @ 3000 rpm
• Fuel: Petrol
• Number of Cylinders: Four
• Bore: 66 mm
• Stroke Length: 77 mm
• Cooling: Water-cooled
• Ignition: Spark ignition
• Capacity: 1086 cc
• Battery and Alternator: 12V, 45A
• Engine Oil: SAE 5W-30
• Power Supply: 230V, 50Hz, 1 phase

Dimensions and Weight

• L x W x H: 1200 x 1000 x 1200 mm
• Weight: Approx. 380 kg

Applications

• Study and demonstration of four-stroke petrol engine performance
• Analysis of torque, power, and fuel efficiency
• Research on energy balance and engine efficiency in mechanical and automotive engineering

Frequently Asked Questions (FAQ)

Q1: What type of engine is used in this test bench?
A1: The test bench features a branded MPFI version four-stroke petrol engine with a maximum power output of 63 BHP.

Q2: Is this test bench suitable for educational purposes?
A2: Yes, it is ideal for use in educational institutions, providing hands-on training and analysis opportunities for students in automotive and mechanical engineering.

Q3: How is the engine software integrated?
A3: The software runs on a personal computer and connects via a USB interface, enabling easy setup and operation.

Q4: Does the test bench require an external cooling system?
A4: No, the test bench includes a closed cooling water circuit for efficient operation without additional cooling requirements.

Why Choose SCIENTICO?

SCIENTICO is a trusted name in the industry, renowned as a thermodynamics lab equipment manufacturer and exporter. The Four Stroke Four Cylinder Petrol Engine Test Bench exemplifies our commitment to delivering high-quality, reliable, and innovative educational tools for advanced learning and research.

Four Stroke Four Cylinder Diesel Engine Test Bench – Model No: SCI-907
Manufacturer and Exporter: SCIENTICO

The Four Stroke Four Cylinder Diesel Engine Test Bench by SCIENTICO, a leading lab equipment manufacturer and exporter, offers a comprehensive solution for analyzing and testing diesel engine performance. Designed for educational, research, and automotive training purposes, this test bench enables precise measurements of torque, power, fuel efficiency, and overall engine performance, all while ensuring the highest standards of safety and reliability.

Key Features

• Mobile and Safe Design: The engine is mounted on a solid welded frame with rollers for easy mobility. Hazardous areas such as hot surfaces and rotating parts are covered with perforated plates for safety.
• Advanced Data Integration: Equipped with sensors for measuring temperatures and cooling water flow rate, as well as a data cable for transferring information between the load unit and the engine.
• Comprehensive Engine Analysis: Capable of plotting torque and power curves, determining specific fuel consumption, volumetric efficiency, lambda (fuel-air ratio), and performing energy balances and efficiency calculations.
• Closed Cooling Circuit: Includes a closed cooling water circuit for efficient engine operation.
• Integrated Control System: The switch cabinet includes all the necessary electronic equipment, featuring an ignition key, operating time counter, warning lamps for oil pressure and alternator failure, and easy-to-use controls.
• Safety-First Operation: The engine can only start when it is connected to the load unit both mechanically and electrically, minimizing the risk of accidental operation.

Specifications

• Engine Type: Branded CRDI Version
• Maximum Power: 74 BHP @ 4000 rpm
• Maximum Torque: 190 Nm @ 2000 rpm
• Fuel: Diesel
• Number of Cylinders: Four
• Bore: 69.9 mm
• Stroke Length: 82 mm
• Cooling: Water-cooled
• Capacity: 1248 cc
• Starting: Self-start
• Ignition: Compression ignition
• Battery and Alternator: 12V, 45A
• Engine Oil: SAE 5W-30
• Power Supply: 230V, 50Hz, 1 phase

Dimensions and Weight

• L x W x H: 1200 x 1000 x 1200 mm
• Weight: Approx. 410 kg

Applications

• Study and demonstration of four-stroke diesel engine performance
• Analysis of engine power, torque, and fuel efficiency for automotive and mechanical engineering studies
• Educational use in research labs and training centers

Frequently Asked Questions (FAQ)

Q1: What is the engine type used in this test bench?
A1: This test bench features a branded CRDI (Common Rail Direct Injection) version four-stroke diesel engine, offering efficient fuel usage and reliable performance.

Q2: How is data transferred from the engine to the load unit?
A2: Data is transferred between the engine and the load unit via a data cable, enabling seamless monitoring and analysis.

Q3: Is the test bench suitable for educational purposes?
A3: Yes, the test bench is designed to support hands-on learning in automotive and mechanical engineering fields, ideal for educational institutions and research labs.

Why Choose SCIENTICO?

As a premier thermodynamics lab equipment manufacturer and exporter, SCIENTICO delivers advanced, reliable, and high-performance tools like the Four Stroke Four Cylinder Diesel Engine Test Bench to support education, research, and industry in the fields of mechanical engineering and automotive studies

Fuel Injection and Engine Management Test Bench – Model No: SCI-908
Manufacturer and Exporter: SCIENTICO

The Fuel Injection and Engine Management Test Bench by SCIENTICO, a trusted lab equipment manufacturer and exporter, offers a comprehensive platform for understanding and analyzing engine management systems, including fuel injection, ignition timing, and sensor inputs. This test bench is ideal for educational, research, and diagnostic purposes in automotive and mechanical engineering.

Key Features

• Advanced Engine Management System Study: The test bench allows students and researchers to study the fundamentals of Engine Management Systems (EMS), with real-time monitoring of key parameters such as injector timing, ignition timing, and more.
• Multiple Sensors Integration: Equipped with sensors such as speed, MAP, throttle position, temperature, and CAM sensors, which send signals to the Electronic Control Unit (ECU) for precise fuel injection and ignition control.
• Oscilloscope Monitoring: All signals, including injection duration, start of injection (SOI), dwell angle, and ignition timing, can be monitored on an oscilloscope for clear visualization.
• K-Line Communication Interface: The system uses K-Line communication to interface between the computer and the ECU, allowing for seamless data transfer and system control.
• Software for Monitoring and Optimization: The system includes application software that allows users to monitor and optimize input-output parameters, such as DOI, SOI, SOS, and dwell time correction factors, under different speed conditions.
• Automation and Flexibility: The test bench operates automatically, with adjustable speed from 50-400 rpm, making it ideal for a variety of experiments and applications in engine management studies.

Specifications

• Automation Grade: Automatic
• Frequency: 50 Hz
• Speed Range: 50-400 rpm
• Material: Mild Steel
• Power Requirement: 11 kW
• Output Voltage: 220V/380V

Applications

• Studying the operation and control of fuel injection systems
• Understanding the role of ECU in managing engine parameters
• Training for automotive engineers and technicians in engine management and diagnostics
• Research and development in engine control systems

Frequently Asked Questions (FAQ)

Q1: What sensors are included in the test bench?
A1: The test bench includes sensors for speed, MAP, throttle position, temperature, and CAM to generate the necessary signals for ECU interaction and engine control.

Q2: Can the system monitor injection timing and ignition timing?
A2: Yes, the system allows for the monitoring of critical parameters such as injection duration, start of injection (SOI), ignition timing, and dwell angle via oscilloscope display.

Q3: How does the communication between the computer and ECU work?
A3: The test bench uses K-Line communication to interface the ECU with the computer, ensuring smooth data transfer and control of system parameters.

Q4: Is the system suitable for educational and research purposes?
A4: Absolutely! This test bench is ideal for educational institutions, research labs, and training centers to study engine management systems and fuel injection technologies in-depth.

Why Choose SCIENTICO?

As a leading thermodynamics lab equipment manufacturer and exporter, SCIENTICO provides high-quality and reliable tools for studying and analyzing engine performance. Our Fuel Injection and Engine Management Test Bench is designed to help students, researchers, and professionals understand complex automotive systems and enhance their diagnostic skills

Single Cylinder Four Stroke Diesel Engine Test Bench – Model No: SCI-912
Manufacturer and Exporter: SCIENTICO

The Single Cylinder Four Stroke Diesel Engine Test Bench by SCIENTICO is an essential educational and experimental tool for learning the operation and measurement of a four-stroke diesel engine. Ideal for teaching purposes, this test bench allows students and researchers to analyze the core principles of engine functioning and performance testing.

Designed for use in technical schools, universities, and research institutions, this test bench includes a single-cylinder, air-cooled diesel engine with direct injection. The setup also features key sensors to measure cylinder pressure, exhaust gas temperature, and intake pressure, making it a valuable tool for both theoretical and practical learning experiences.

Key Features

• Single-Cylinder Diesel Engine: Air-cooled, four-stroke diesel engine with direct injection for efficient operation and easy maintenance.
• Educational Focus: Ideal for familiarizing students with the operation of a four-stroke diesel engine, providing hands-on experience with key engine parameters.
• Performance Testing: Includes full-load and partial-load characteristic curve plotting, torque and power curve determination, and specific fuel consumption measurement.
• Measurement Capabilities: Equipped with sensors for measuring exhaust gas temperature and intake pressure, along with an ignition cut-off and fuel supply connections for precise analysis.
• Torque and Power Curves: The system allows for plotting and evaluating engine performance in real-time, enabling thorough understanding of engine behavior at various loads and speeds.
• Efficient Energy Use: The engine is coupled with a brake unit via an elastic claw coupling, ensuring accurate measurement of engine friction loss and energy efficiency.

Specifications

• Engine Type: Air-cooled, single-cylinder four-stroke diesel engine with direct injection.
• Power Output: 4.5 kW at 2700 min⁻¹.
• Compression Ratio: 22:1 for optimized fuel combustion.
• Bore: 80 mm.
• Stroke: 69 mm.
• Fuel System: Direct injection with fuel hose featuring self-sealing quick-release coupling.
• Temperature & Pressure Sensors: Includes sensors for measuring exhaust gas temperature, cylinder pressure, and intake pressure for comprehensive performance analysis.

Dimensions and Weight

• L x W x H: 1000 x 800 x 1200 mm
• Weight: Approx. 280 kg

Applications

• Educational Institutions: Perfect for use in automotive engineering and mechanical engineering labs in universities and technical schools.
• Research and Development: A valuable tool for research teams studying diesel engine performance, fuel consumption, and engine efficiency.
• Training Workshops: Ideal for workshops and training centers focusing on diesel engine mechanics and performance diagnostics.

Why Choose SCIENTICO?

As a manufacturer and exporter of thermodynamics lab equipment, SCIENTICO is committed to providing high-quality, reliable products that enhance the learning experience. The Single Cylinder Four Stroke Diesel Engine Test Bench offers a comprehensive, hands-on approach to engine performance testing, making it the perfect addition to any educational or research facility

Single Cylinder Two Stroke Petrol Engine Test Bench – Model No: SCI-914
Manufacturer and Exporter: SCIENTICO

The Single Cylinder Two Stroke Petrol Engine Test Bench by SCIENTICO is an advanced experimental setup designed for studying the operational characteristics of two-stroke petrol engines. It is ideal for educational institutions, research facilities, and training centers seeking practical insights into internal combustion engine performance.

This test bench is equipped with an asynchronous motor that serves as a starter, brake, and energy recovery unit. Its vibration-insulated base plate ensures smooth operation, and its data acquisition system enables real-time performance monitoring.

Key Features

• Comprehensive Performance Analysis:
  • Plotting of torque and power curves.
  • Measurement of specific fuel consumption, air intake, and lambda (fuel-air) ratio.
  • Determination of volumetric efficiency and engine frictional power in passive mode.
• Efficient Braking System: Asynchronous motor acts as both a brake and a starter, ensuring precise control and load application.
• Integrated Measurement Systems: Equipped with sensors and displays for speed, torque, temperatures (exhaust gas, cooling water), intake pressure, air consumption, and fuel consumption.
• Data Acquisition Software: Direct USB connection to a PC allows real-time data monitoring and recording for detailed analysis.
• Stable Operation: Vibration-insulated base plate and stabilization tank for intake air contribute to smooth and accurate testing.

Specifications

• Brake Unit: Asynchronous motor with a power output of approx. 3 kW at 2900 min⁻¹.
• Measuring Ranges:
  • Torque: -50…50 Nm.
  • Speed: 0…5000 min⁻¹.
  • Fuel Consumption: 50 cm³/min.
  • Air Consumption: 0…690 L/h.
  • Intake Pressure: -400…0 mbar.
  • Temperature: 0…900°C.
• Power Supply: 230 V, 60 Hz, 1 phase.

Dimensions and Weight

• L x W x H: 1200 x 800 x 1200 mm.
• Weight: Approx. 110 kg.

Applications

• Educational Institutions: Enables students to study and analyze the functioning and performance of two-stroke petrol engines.
• Research and Development: Ideal for fuel efficiency studies, emission analysis, and performance optimization.
• Training Centers: Provides hands-on training for understanding engine dynamics and diagnostics.

Why Choose SCIENTICO?

SCIENTICO is a renowned manufacturer and exporter of laboratory and thermodynamics equipment, committed to delivering innovative and reliable solutions for teaching and research. The Single Cylinder Two Stroke Petrol Engine Test Bench offers cutting-edge features, robust construction, and detailed analysis capabilities, making it a top choice for professionals and educators

Model No: SCI-918

Manufacturer and Exporter: SCIENTICO

The Two-Shaft Gas Turbine Test Bench by SCIENTICO is a state-of-the-art educational apparatus designed to provide hands-on experience in understanding the principles and performance of two-shaft gas turbines. Ideal for academic institutions and research facilities, this test bench enables in-depth practical investigations into thermal efficiency, fuel consumption, and power generation. It is particularly relevant for applications such as helicopters, electrical power generation, and industrial gas turbines.

Description

This self-contained and fully instrumented two-shaft gas turbine test bench offers a detailed study of modern gas turbine systems. The system simulates real-world applications where a secondary power turbine is utilized for mechanical work.

Working Principle:

1. Air Intake: Air passes through a calibrated nozzle into the compressor.
2. Fuel Combustion: A pump transfers kerosene into the combustion chamber via a special nozzle, where a high-energy spark ignites the air-fuel mixture.
3. Gas Generation: The combustion chamber ensures excellent combustion, low-pressure loss, and flame stability.
4. Power Generation: Hot gases drive the gas generator turbine, powering the secondary axial flow turbine, which discharges to the atmosphere.

With a user-friendly design and advanced safety features like an overspeed prevention system, this test bench ensures precise and reliable results for academic and industrial training.

Features

• Comprehensive Measurement Capabilities: Includes sensors and indicators for temperature, pressure, speed, torque, fuel flow, and air flow rates.
• Performance Analysis: Enables the determination of specific fuel consumption, pressure ratios, and thermal, isentropic, and mechanical efficiencies.
• Human-Machine Interface (HMI): Touchscreen control panel for easy monitoring and data logging.
• Advanced Safety Features: Includes an automatic front motor starter and a fuel flow control valve for regulated turbine speed.
• Durable Design: Features ceramic bearings and hydraulic water-cooled dynamometer for longevity and reliability.

Specifications

• Engine Type: Two-shaft gas turbine with radial flow compressor and axial flow turbine.
• Hot Gas Path: First shaft powers the gas generator; the second shaft powers the axial flow turbine.
• Lubrication: Mixing lubricant oil with fuel.
• Power Output: Generated by a single-stage axial flow turbine.
• Instrumentation:
  • Temperature and pressure sensors
  • Speed and torque indicators
  • Fuel and air flow rate measurement
  • Hour meter for logging operational time

Power Requirements

• 220V, 1 Phase, 50Hz (or customized as requested).

Dimensions and Weight

• Dimensions (L x W x H): 1400 x 900 x 1700 mm
• Weight: Approx. 380 kg

Applications

• Aerospace Training: Understand turbine mechanics for helicopter engines and jet propulsion systems.
• Power Generation Research: Study the thermal efficiency and performance of power turbines.
• Educational Use: Ideal for engineering students and professionals exploring thermodynamics and fluid mechanics.

Why Choose SCIENTICO?

As a globally recognized manufacturer and exporter of advanced laboratory equipment, SCIENTICO ensures premium-quality products for technical education and research. The Two-Shaft Gas Turbine Test Bench (Model No: SCI-918) is a testament to our commitment to innovation and excellence in engineering education

The ThermoFlux 7027 – Free and Forced Convection Heat Exchanger from SCIENTICO is a highly advanced experimental setup designed to study one of the most critical modes of heat transfer—convection. Developed specifically for mechanical and thermal engineering labs, this unit enables a detailed investigation of free and forced convection heat transfer through flat, finned, and pinned surfaces.

As a reputed Thermodynamics Lab Equipment Manufacturer, SCIENTICO ensures the apparatus meets international quality standards and is ideal for both academic learning and research purposes. The setup includes a vertical air duct, integrated heating modules with multiple surface geometries, and an axial fan to simulate forced airflow. The duct is equipped with anemometers and thermocouples for accurate measurement of air velocity and temperature.

Using the ThermoFlux 7027, students can evaluate the temperature profile, calculate heat transfer coefficients, and compare the efficiency of various surface geometries under both free and forced convection conditions. The microprocessor-based control panel allows real-time monitoring of air velocity, heating power, and temperature with optional data acquisition (DAQ) software for digital analysis.

As a reliable Thermodynamics Lab Equipment Exporter, SCIENTICO offers full customization, ISO 9001:2015 certification, and CE marking, making the ThermoFlux 7027 a preferred choice for technical universities, engineering colleges, and R&D institutions across India and international markets.

Key Experiments:

• Compare heat transfer in free vs. forced convection

• Study the relationship between input power and surface temperature

• Evaluate heat transfer efficiency using finned, pinned, and flat surfaces

• Determine temperature distribution along extended surfaces

• Analyze Nusselt number and heat transfer coefficient variations

• Examine heat dissipation via extended and arrayed surfaces

• Observe thermal behavior in real-time using digital read-outs

Technical Specifications:

• Vertical air duct with axial fan

• 3 interchangeable heated surfaces: flat, finned, and pinned

• Continuously adjustable heating power (0–100W)

• Fan speed control with direct digital readout

• Thermocouple-based temperature sensors with 0.1°C resolution

• Portable anemometer for air velocity measurement

• Optional DAQ system for software-based data acquisition and analysis

• Modules compatible for standalone free convection study in horizontal orientation

Why Choose SCIENTICO?

• Leading Thermodynamics Lab Equipment Manufacturer with 30+ years of expertise

• In-house R&D and engineering precision

• CE-marked and ISO 9001:2015 certified lab instruments

• Customizable configurations to meet diverse curriculum and research requirements

• Widely trusted Thermodynamics Lab Equipment Exporter in 50+ countries

• Full documentation, installation support, and after-sales service

 

Multi Engine Test Bench – Model No: SCI-911
Manufacturer and Exporter: SCIENTICO

The Multi Engine Test Bench by SCIENTICO is a versatile and advanced solution designed to measure the power output and performance of internal combustion engines. This fully operational test stand is ideal for testing multiple engine types, with a high degree of precision and energy-efficient operation. Suitable for use in automotive research, education, and engine diagnostics, this test bench allows for in-depth analysis of engine performance under load conditions.

Key Features

• Multi-Engine Compatibility: The test bench is designed to handle multiple engine types, offering flexibility to meet various customer requirements.
• Energy-Efficient Operation: Featuring an air-cooled asynchronous motor with an energy recovery unit, the test bench recycles braking energy back into the system, making it energy-efficient and environmentally friendly.
• Precise Torque and Speed Control: The frequency converter enables precise adjustment of braking speed and torque, ensuring accurate testing results.
• Real-Time Data Monitoring: Digital displays monitor key parameters such as engine speed, torque, air consumption, and temperatures (engine cooling water, exhaust gas, fuel, and intake air).
• Comprehensive Testing Capabilities: Includes the ability to plot torque and power curves, determine specific fuel consumption, evaluate volumetric efficiency, and analyze lambda (fuel-air ratio).
• Multiple Measurement Ranges: Supports extensive testing with measurable ranges for torque, speed, fuel flow, air intake, cooling water flow, temperature, and pressure.
• Advanced Data Acquisition: Measured values are transmitted directly to a PC via USB, and the system includes data acquisition software for detailed analysis.

Specifications

• Brake System: Asynchronous motor acting as a brake with a nominal power output of 11 kW at 3000 min⁻¹.
• Torque Measurement: -200…200 Nm.
• Speed Measurement: 0…5000 min⁻¹.
• Volumetric Flow Rate: 0…938 L/min (intake air).
• Flow Rate: 0…250 L/h (cooling water).
• Temperature Sensors:
  • 4x 0…120°C (engine cooling water, exhaust gas, fuel, intake air).
  • 1x 0…150°C (oil).
  • 1x 0…900°C (exhaust gas).
• Pressure Sensor: 0…6 bar (oil).
• Power Supply: 400V, 50Hz, 3-phase / 230V, 50Hz, 3-phase.

Dimensions and Weight

• L x W x H: 2100 x 900 x 1800 mm
• Weight: Approx. 380 kg

Applications

• Automotive Research and Testing: Ideal for research facilities and testing laboratories focused on internal combustion engines.
• Engine Diagnostics: Perfect for workshops and service centers specializing in engine diagnostics and performance analysis.
• Educational Institutions: An excellent tool for universities and technical schools offering automotive and mechanical engineering programs.

Why Choose SCIENTICO?

As a leading manufacturer and exporter of thermodynamics lab equipment, SCIENTICO offers cutting-edge, energy-efficient testing solutions. The Multi Engine Test Bench is engineered for high performance, accuracy, and reliability, helping you obtain crucial engine performance data and optimize engine testing processes

Exhaust Gas Calorimeter – Model No: SCI-905
Manufacturer and Exporter: SCIENTICO

The Exhaust Gas Calorimeter, developed by SCIENTICO, a leading lab equipment manufacturer and exporter, is designed for precise calorimetric analysis of exhaust gases from internal combustion engines. This advanced apparatus facilitates the measurement of thermal exhaust gas losses, a critical parameter in energy balance calculations for multi-cylinder engines.

Key Features

• Efficient Heat Exchange: Features a counter-flow heat exchanger for accurate calorimetric analysis, ensuring efficient and loss-free heat transfer between exhaust gases and cooling water.
• High-Quality Construction: Equipped with a stainless steel chamber housing finned pipe heat exchangers for durability and effective heat dissipation.
• Comprehensive Instrumentation: Includes 4 temperature sensors, a flow meter, and a digital display for real-time monitoring of exhaust gas and water temperatures, as well as water flow rates.
• Ease of Maintenance: The chamber is designed for easy disassembly, allowing convenient cleaning of finned tubes.
• Universal Compatibility: Can be seamlessly connected to test engines using exhaust gas hoses.

Specifications

• Calorimeter Components:
  • Insulated stainless steel chamber
  • Finned pipe heat exchanger
  • Measuring amplifier with digital displays
• Heat Exchange Areas:
  • Exhaust Gas Side: 0.944 m²
  • Water Side: 0.141 m²
• Measuring Ranges:
  • Exhaust Gas Temperature: 0–600°C (2 sensors)
  • Cooling Water Temperature: 0–200°C (2 sensors)
  • Water Flow Rate: 0–160 L/h
• Power Supply: 230V, 50Hz, 1 Phase
• Dimensions: 600 x 600 x 1300 mm
• Weight: Approx. 103 kg

Applications

• Energy Balance Studies: Ideal for determining thermal exhaust gas losses in internal combustion engines.
• Engine Performance Testing: Suitable for use with multi-cylinder engines in research and educational settings.
• Calorimetric Analysis: Enables precise measurements of heat transfer for academic and industrial applications.

Frequently Asked Questions (FAQ)

Q1: What is the purpose of the Exhaust Gas Calorimeter?
A1: The calorimeter measures the thermal exhaust gas losses from internal combustion engines, essential for calculating energy balances.

Q2: How does the heat exchange process work?
A2: Exhaust gas flows around finned tubes inside the stainless steel chamber while cooling water flows inside the tubes, ensuring efficient heat transfer.

Q3: Is this equipment suitable for educational use?
A3: Yes, it is widely used in technical institutes and research facilities for studying engine performance and heat transfer.

Q4: What are the maintenance requirements?
A4: The chamber can be disassembled, allowing easy cleaning of the finned tubes to maintain optimal performance.

Q5: Does it require an external water supply?
A5: Yes, a cold water connection and drain are required for operation.

Why Choose SCIENTICO?

As a trusted lab equipment manufacturer and thermodynamics lab equipment exporter, SCIENTICO is committed to delivering high-precision, durable, and innovative solutions for laboratory and industrial applications. The Exhaust Gas Calorimeter exemplifies our dedication to quality and reliability in lab equipment design and manufacturing.

Model No: SCI-919

Manufacturer and Exporter: SCIENTICO

The Single Stage Air Compressor Setup with Data Acquisition is a comprehensive solution for understanding and analyzing the operation of compressed air generation systems. This educational apparatus by SCIENTICO is ideal for studying the setup, performance, and behavior of single-stage piston compressors in industrial and academic settings.

Description

The setup combines a single-stage piston compressor with a robust drive unit, creating a complete compressed air generation system. This system is designed to simulate real-world applications, such as powering machines in industries, pneumatic control systems in assembly lines, and tire inflation systems at service stations.

Working Principle:

• Air is drawn into the intake vessel, where particles settle before compression.
• The compressor then compresses the air to the desired pressure using mechanical energy.
• Compressed air is stored in a pressure vessel, making it available as a working medium.
• A blow-off valve with a silencer ensures steady flow operation, while safety features such as a pressure switch and a safety valve protect the system from overpressure.

The setup is equipped with data acquisition features to monitor and analyze critical parameters such as pressure, flow rate, temperature, and efficiency.

Features

• Comprehensive Learning Tool: Simulates the setup and operating behavior of a compressed air generation system.
• Performance Analysis: Enables the determination of characteristic curves, volumetric efficiency, and mechanical efficiency.
• Safety and Control: Includes a pressure switch with a solenoid valve, safety valve, and blow-off valve with silencer.
• Data Acquisition System: Integrated sensors and indicators for real-time monitoring of system parameters.
• Durable and Efficient Design: Sturdy construction with precise controls for enhanced performance.

SpecificationsCompressor

• Type: Single-cylinder, single-stage
• Power Consumption: 750W
• Nominal Speed: 980 min⁻¹
• Positive Operating Pressure: 8 bar
• Maximum Pressure: 10 bar
• Intake Capacity: 150 L/min at 8 bar
• Borehole: 65 mm
• Stroke: 46 mm

Pressure Vessel

• Capacity: 20 L
• Maximum Pressure: 16 bar

Intake Vessel

• Capacity: 20 L

Measuring Ranges

• Temperature: 0–200°C, 0–100°C
• Pressure: 0–16 bar, -1–1 bar
• Flow Rate: 0–150 L/min
• Speed: 0–1000 min⁻¹

Power Requirements

• 230V, 50Hz, 1 Phase or 230V, 60Hz, 1 Phase

Dimensions and Weight

• Dimensions (L x W x H): 900 x 800 x 1600 mm
• Weight: Approx. 130 kg

Applications

• Industrial Training: Study the behavior and operation of single-stage piston compressors.
• Academic Research: Analyze performance metrics such as volumetric and mechanical efficiency.
• Practical Use Cases: Simulate real-world applications in pneumatic systems and industrial setups.

Why Choose SCIENTICO?

SCIENTICO is a globally trusted manufacturer and exporter of premium-quality laboratory and educational equipment. The Single Stage Air Compressor Setup with Data Acquisition (Model No: SCI-919) is a prime example of our commitment to delivering innovative solutions for technical education and industrial training.

The ThermoFlux 7098 – Extended Surface Heat Module by SCIENTICO is a specialized laboratory apparatus designed to demonstrate heat transfer via extended surfaces (fins). It helps engineering students investigate temperature distribution, heat dissipation, and thermal conductivity in a fin-like structure under steady-state conduction, convection, and radiation conditions.

This compact, bench-top unit supports theoretical validation and practical experimentation for heat transfer analysis in mechanical and thermal engineering education.

🎯 Key Experiments & Learning Objectives

• Measurement of temperature distribution along an extended cylindrical surface (fin)

• Demonstration of combined convection and radiation heat transfer

• Comparison of experimental vs. theoretical results

• Determination of the thermal conductivity (k) of the rod material

• Observation of conduction heat transfer from the heated base to the tip

• Understanding the role of extended surfaces in engineering applications

🔧 Technical Specifications

• Construction:

  • Bench-top apparatus with anodized aluminum frame and painted steel panels

  • Electrically heated brass rod (pin) with nine embedded K-type thermocouples

  • Copper heating capsule insulated by Teflon for uniform heat input and accurate temperature profiling

• Heating Element:

  • Embedded heater located at the base of the brass pin

  • Power adjustable via electronic console (0–100%) for varying heat input

• Sensors & Instrumentation:

  • 9x K-type thermocouples distributed along the length of the rod

  • One sensor near ambient air for baseline measurement

• Optional Upgrades:

  • Interchangeable fin modules (conical, straight, annular) for advanced fin analysis

  • Data acquisition system with software for plotting temperature distribution curves

📘 Product Description

The ThermoFlux 7098 introduces students to the behavior and role of extended surfaces (fins) in real-world thermal applications, such as transformers, engines, electronics cooling, and heat exchangers. The heated brass rod acts as a cylindrical fin, with temperature sensors embedded at equal intervals along its length.

As the rod heats up, it dissipates thermal energy through free convection and radiation. Students record temperature values along the fin and compare them to theoretical values derived from the conduction heat transfer equation. The apparatus helps in calculating the thermal conductivity of the material and understanding how geometry and material properties affect heat removal efficiency.

❓ Q&A Section

Q1: What is the primary objective of this apparatus?
A: To demonstrate and analyze heat transfer along an extended surface, showing how fins improve heat dissipation and how temperature varies along a fin.

Q2: Can students calculate the thermal conductivity from the data?
A: Yes, using the temperature distribution data, students can determine the proportionality constant (k) and verify it against known material values.

Q3: Is the apparatus safe for continuous use in a teaching lab?
A: Absolutely. The unit is designed with insulated components, temperature regulation

The ThermoFlux 7080 Engine Test Bed is a robust, compact, and modular apparatus designed for in-depth performance evaluation of internal combustion engines under both full and partial load conditions. With capabilities for real-time monitoring of engine torque, brake power, fuel consumption, efficiency, and air-fuel analysis, this unit is ideal for teaching and research in mechanical, automobile, and thermal engineering departments.

Built with interchangeable engine configurations and a precision dynamometer, this test bed delivers accurate engine diagnostics, making it indispensable 

🎯 Key Experiments & Learning Objectives

• Plotting engine performance curves at various loads and speeds

• Measuring engine efficiency and specific fuel consumption (SFC)

• Real-time determination of:

  • Engine Torque

  • Brake Power (BP)

  • Volumetric Fuel Consumption

  • Specific Fuel Consumption (SFC)

  • Air Flow Rate & Air-Fuel Ratio

  • Volumetric Efficiency

  • Brake Mean Effective Pressure (BMEP)

• Generation of P-V Diagrams (optional)

• Comparison of petrol vs. diesel engine characteristics

🔧 Technical Specifications ⚙️ Dynamometer Unit

• Water-cooled asynchronous motor with frequency converter

• Dual functionality: acts as load brake (generator mode) or driving unit (motor mode)

• Energy generated is dissipated or diverted as needed

🧱 Test Stand

• Capacity: Suitable for engines up to 2.2 kW

• Components:

  • Engine mounting base with vibration isolation

  • Dynamometer as load unit

  • Integrated instrumentation and control panel

• Engine mounting via elastic claw coupling

• Records torque, speed, fuel, air intake, and temperature data

🔁 Interchangeable Engines (Included)

1. Standard Engine:

   • Single cylinder, 4-stroke, diesel

   • Air-cooled, spark-ignited

2. Additional Engines (Optional/Included):

   • 4-stroke petrol engine (low capacity)

   • 4-stroke diesel engine (higher capacity)

   • All engines are air-cooled and come with appropriate adaptors for exhaust and lubrication oil temperature measurement

📈 Instrumentation & Measurement

• Sensors and gauges for:

  • Engine RPM

  • Fuel flow rate

  • Air flow rate

  • Torque measurement

  • Temperatures (exhaust and oil)

• Optional PC interfacing and data acquisition system (via USB or LAN)

📘 Product Description

ThermoFlux 7080 from SCIENTICO is an advanced engine test bench that facilitates complete performance analysis of small internal combustion engines. Designed for bench-top mounting, the compact system integrates all essential subsystems—fuel delivery, air intake, exhaust monitoring, and dynamometer loading—into a single unified test environment.

Students and researchers can assess multiple engine parameters under varying conditions, compare efficiency and power characteristics between petrol and diesel engines, and visualize critical performance curves including brake power, SFC, and volumetric efficiency.

Model No: SCI-916

Manufacturer and Exporter: SCIENTICO

The Spark Ignition System Trainer by SCIENTICO is an advanced training module designed for studying and troubleshooting waste-spark electronic ignition systems commonly found in four-stroke internal combustion engines. This compact, distributor-less trainer incorporates OEM components and is an excellent educational tool for teaching the principles and diagnostics of spark-ignition engines.

Key Features

• Direct Ignition System Visualization: Demonstrates coil-on-plug ignition technology for a hands-on understanding of modern ignition systems.
• Troubleshooting Capabilities:
  • Includes a fault box with four pre-programmed faults to enhance diagnostic and troubleshooting skills.
  • Features test points for easy fault detection and circuit testing.
• Comprehensive Learning:
  • Wiring schematics for detailed study.
  • Easily disassembled and reassembled for hands-on education on system components.
• OEM Components: Incorporates real-world ignition control module, spark plugs, and plug wires for practical training.
• Compact and Portable Design: Mounted on a board for easy handling, storage, and demonstration.

Specifications

• Components:
  • Crankshaft position (CKP) sensor with adjustable gap.
  • Electric motor-driven crankshaft sprocket.
  • Motor speed controller for operational control.
  • Ignition control module.
  • Fault box with four faults for troubleshooting practice.
  • Test points for system diagnosis.
• Power Requirement: 12V DC power supply.

Dimensions and Weight

• Dimensions (L x W x H): 550 x 550 x 330 mm.
• Weight: Approx. 20 kg.

Applications

• Educational Training: Ideal for students and trainees in automotive engineering, helping them understand the fundamentals of spark-ignition systems.
• Diagnostic Skill Development: Enhances the ability to diagnose and resolve ignition system faults in real-world scenarios.
• Hands-On Learning: Promotes interactive learning by allowing disassembly, reassembly, and system visualization.

What is a Spark-Ignition Engine?

A spark-ignition engine (SI engine) is a type of internal combustion engine—usually a petrol engine—where the air-fuel mixture is ignited by a spark from a spark plug. Unlike compression-ignition engines (diesel engines), which rely on heat from compression for ignition, SI engines use external sparks to initiate combustion.

Why Choose SCIENTICO?

As a leading manufacturer and exporter of educational lab equipment, SCIENTICO provides innovative and reliable training solutions. The Spark Ignition System Trainer (Model No: SCI-916) is designed for educational excellence, offering cutting-edge features and robust functionality to support the next generation of automotive engineers and technicians.

Gasoline Direct Injection Engine Test Bench – Model No: SCI-909
Manufacturer and Exporter: SCIENTICO

The Gasoline Direct Injection Engine Test Bench by SCIENTICO, a renowned lab equipment manufacturer and exporter, provides an advanced platform for studying and analyzing the performance of modern gasoline engines, specifically those equipped with Gasoline Direct Injection (GDI) systems. .

Key Features

• Real-World Engine Configuration: This experimental engine trainer is based on the 2012 and newer GDI (Gasoline Direct Injection) systems used in OEM vehicles, with all components, wiring, and connectors matching the OEM configuration.
• Comprehensive Engine Systems: Includes fuel supply, fuel injection, air management, ignition, engine management, and exhaust-gas treatment systems.
• Meets Emissions Standards: Designed to meet exhaust and emissions targets such as EU6d, with advanced solutions like downsizing and Controlled Valve Operation (CVO).
• Advanced Diagnostics and Fault Insertion: Engine systems respond to inserted faults, simulating real-world symptoms, including OEM Diagnostic Trouble Codes (DTCs), scan tool DataStream changes, malfunction indicator light operation, and oscilloscope pattern changes.
• Mobile and Flexible: Mounted on a sturdy mobile stand with tubular steel construction and four phenol casters, ensuring ease of movement and access.

Customizable Options

The Gasoline Direct Injection Engine Test Bench can be tailored based on specific customer needs, with options such as:

• Gasoline Direct Injection (GDI)
• Electronic Throttle Control
• Wide-Band Oxygen Sensor
• Catalytic Converter
• Variable Valve Timing
• CAN Bus
• EVAP
• Electronic Ignition
• OEM A/C System

Specifications

• Dimensions: L x W x H: 1200 x 900 x 1200 mm
• Weight: Approx. 240 kg
• System Features:
  • Advanced fuel and ignition systems
  • Wideband oxygen sensor
  • CAN Bus for communication
  • Variable valve timing for optimal engine performance
  • Emissions management with catalytic converters and more

Applications

• Educational and Training Institutions: Ideal for automotive engineering students and researchers to gain hands-on experience with modern engine technologies and diagnostics.
• Diagnostic and Troubleshooting: Provides valuable training in diagnosing faults and performing maintenance tasks on modern GDI engines.
• Research and Development: Useful for automotive research and development in fuel injection systems, engine management, and emissions control technologies.

(FAQ).

Q2: Can this test bench be customized for specific engine types or configurations?
A2: Yes, the test bench can be customized with various options, including specific fuel injection systems, ignition types, and emissions control technologies, depending on the customer's needs.

Q3: How does the system simulate real-world engine faults?
A3: The engine responds to inserted faults with realistic symptoms, including changes in DataStream, diagnostic trouble codes, and oscilloscope patterns, mimicking actual vehicle diagnostic procedures.

Q4: Is the test bench suitable for both theoretical and practical training?
A4: Yes, the test bench is designed for both theoretical education and hands-on practice, offering an in-depth look into modern gasoline engine systems.

Why Choose SCIENTICO?

As a leading thermodynamics lab equipment manufacturer and exporter, SCIENTICO provides high-quality, customizable training equipment for automotive education.

Purpose of the Test

The retardation test by motoring method is conducted to determine the friction power (FP) of an internal combustion engine by measuring its rate of deceleration when the engine is driven as a motor with fuel supply cut off.

Inference rule used:
Friction power is inferred indirectly because friction losses cannot be measured directly, but can be obtained from the difference between indicated power and brake power.

Principle

When an engine is motored (driven by an external electric motor) and fuel supply is cut off:

• No combustion takes place

• The engine speed gradually decreases due to frictional and pumping losses

• The rate of retardation (deceleration) depends solely on friction torque

By observing the change in speed with time, friction power can be calculated.

Test Setup

• IC engine coupled to an electric motor

• Fuel supply completely cut off

• Speed measuring device (tachometer)

• Stopwatch or digital timer

• Flywheel with known moment of inertia (I)

Test Procedure

1. Run the engine normally and bring it to a desired speed.

2. Cut off fuel supply completely.

3. Engage the electric motor to motor the engine.

4. Allow the engine to decelerate freely.

5. Record:

   • Initial speed (N₁)

   • Final speed (N₂)

   • Time taken for speed drop (t)

6. Repeat for different speed ranges if required.

Calculations Angular Speed ω=2πN60\omega = \frac{2\pi N}{60}ω=602πN​ Angular Deceleration α=ω1−ω2t\alpha = \frac{\omega_1 - \omega_2}{t}α=tω1​−ω2​​ Friction Torque Tf=I×αT_f = I \times \alphaTf​=I×α Friction Power FP=Tf×ωmeanFP = T_f \times \omega_{mean}FP=Tf​×ωmean​

Where:

• III = Moment of inertia of rotating parts

• ωmean\omega_{mean}ωmean​ = Mean angular speed

Advantages of Motoring Method

• No fuel consumption during test

• Accurate estimation of friction losses

• Suitable for high-speed engines

• Simple experimental setup

Limitations and Assumptions

• Assumes friction losses during motoring are same as during firing

• Pumping losses may slightly differ from actual running conditions

• Accurate knowledge of moment of inertia is essential

These assumptions are standard and accepted in IC engine testing literature.

Applications

• Determination of friction power

• Performance analysis of IC engines

• Mechanical efficiency calculation

• IC Engine Laboratory experiments

Conclusion

The retardation test using motoring method is a reliable indirect technique to evaluate friction power by analyzing the deceleration behavior of the engine under no-combustion conditions.

Manufacturer and Exporter: SCIENTICO

The Steam Nozzle Performance Apparatus with Compressor is an advanced experimental unit designed for studying the performance of nozzles, particularly as kinetic energy or thrust producers. This SCIENTICO apparatus enables students to explore the impact of inlet and outlet pressure ratios on mass flow, pressure distribution, and nozzle efficiency.

Description

The setup allows hands-on investigation of convergent and convergent-divergent nozzles, providing versatility for different theoretical expansion ratios. With axial pressure tapping connected to 8 panel-mounted pressure gauges, users can analyze detailed pressure distribution and other essential parameters. The apparatus is equipped with comprehensive instrumentation to measure pressure, mass flow, temperature, thrust, and impact force, offering a full spectrum of data for nozzle performance studies.

This experimental unit can operate at various conditions, enabling quick variations in parameters like inlet pressure, backpressure, and airflow rate, delivering results over a wide range of pressure ratios. It’s ideal for engineering education and aerospace studies, where practical demonstration of nozzle behavior is crucial.

Features

• Visual Demonstration of Nozzle Choking: Observe the critical point where airflow is restricted.
• Effect of Inlet and Backpressure on Mass Flow: Study how varying pressure conditions affect mass flow rates.
• Comparison with Theoretical Mass Flow: Compare experimental mass flow values with theoretical predictions.
• Jet Velocity Measurement: Measure the velocity of jets issuing from nozzles under various pressures.
• Nozzle Efficiencies Calculation: Determine the efficiency of different nozzles under varying conditions.
• Thrust and Jet Reaction Measurement: Calculate specific thrust and jet reaction at different inlet and backpressures.

Specifications

• Nozzle Types: Convergent and convergent-divergent nozzles for diverse operating conditions.
• Pressure Chamber: High-pressure measuring chamber with easy installation of nozzles.
• Pressure Regulators and Valves: Includes pressure regulator, throttle valve, and backpressure valve for adjustable conditions.
• Airflow and Pressure Measurement: Record inlet and outlet air pressures, temperatures, and airflow rate using built-in instrumentation.
• Power Supply Options:
  • 230V, 50Hz, 1 Phase
  • 230V, 60Hz, 1 Phase
  • 120V, 60Hz, 1 Phase

Applications

• Engineering Education: Ideal for universities and technical colleges teaching fluid dynamics, thermodynamics, and mechanical engineering.
• Aerospace Studies: Useful for studying nozzle performance in propulsion and jet dynamics.
• Research: Perfect for research facilities focused on compressible flow and jet propulsion.

Technical Details

• Dimensions: 900 x 800 x 700 mm
• Weight: Approx. 60 kg

Why Choose SCIENTICO?

SCIENTICO is a trusted manufacturer and exporter of cutting-edge educational equipment. The Steam Nozzle Performance Apparatus provides accurate, real-world insights into nozzle operation and jet dynamics, making it an invaluable tool for anyone studying fluid dynamics or working in aerospace engineering

Model No: SCI-923

Manufacturer and Exporter: SCIENTICO

The Steam Turbine Power Plant Setup is a cutting-edge experimental apparatus specifically designed for engineering education and practical training in power plant technology. This fully integrated system provides hands-on learning opportunities to understand the operational processes of a steam power plant and its core components.

Description

The setup features an oil-fired once-through steam boiler that produces wet steam, which is superheated using a dedicated superheater. The system enables rapid steam generation with minimal heat-up time, ensuring efficient operation
The closed steam-water circuit includes a water treatment system with a regenerable ion exchanger and chemical dosing, ensuring optimal performance. Downstream of the turbine, the steam is condensed and recirculated to the boiler. For monitoring, sensors record temperature, pressure, speed, and flow rate, with digital displays for real-time readings. Additionally, all measured values can be transmitted to a PC via USB data acquisition software for detailed analysis.

The system is controlled using a programmable logic controller (PLC), and the control panel includes a schematic representation of the plant for easy understanding.

Features

• Comprehensive Learning: Covers start-up, operation, and shut-down procedures of a steam power plant.
• Performance Analysis: Evaluate boiler efficiency, turbine mechanical/thermal efficiency, condenser efficiency, and specific fuel consumption.
• Advanced Monitoring: Digital displays and USB-enabled data acquisition software for real-time analysis.
• Closed Steam-Water Circuit: Includes feed water treatment with ion exchangers and chemical dosing.
• Safety Compliance: Designed to meet statutory safety standards with built-in safety features.
• Optional Cooling Tower: Operate with an optional cooling tower for enhanced functionality.

SpecificationsSteam Generator

• Steam Output: 200 kg/h at 11 bar
• Fuel Consumption: 12 L/h
• Heat-Up Time: 8 minutes
• Operating Pressure: 13 bar

Superheater

• Power: 7 kW

Single-Stage Axial Turbine

• Power: Max. 1.5 kW at 3000 min⁻¹

Water-Cooled Condenser

• Cooling Capacity: 98 kW
• Transfer Surface Area: 2.5 m²

Measuring Ranges

• Temperature: 9x 0–400°C, 2x 0–100°C
• Flow Rate: 0–167 L/min (cooling water)
• Pressure: 3x 0–16 bar, 1x ±1 bar
• Torque: 0–20 Nm
• Speed: 0–4000 min⁻¹

Power Supply Options

• 400V, 50Hz, 3 phases
• 400V, 60Hz, 3 phases
• 230V, 60Hz, 3 phases

Applications

• Engineering Education: Ideal for colleges and universities teaching power plant technology and turbine mechanics.
• Research Facilities: Analyze steam plant efficiency and operational parameters.
• Industrial Training

Technical Details

• Dimensions: 3500 x 2500 x 2250 mm
• Weight: Approx. 2250 kg

Why Choose SCIENTICO?

SCIENTICO is a leading manufacturer and exporter of laboratory and engineering educational equipment. The Steam Turbine Power Plant Setup (Model No: SCI-923) is designed for practical training and performance evaluation, offering unmatched reliability and precision. Trust SCIENTICO for innovative solutions in laboratory and industrial equipment