Scientico

The PolarX - 528 Universal Pumping Unit by Scientico is a state-of-the-art system designed to analyze fluid dynamics and enhance pumping efficiency across industrial and laboratory applications. Engineered for precision, durability, and ease of use, this unit empowers users with comprehensive monitoring and control capabilities for fluid handling.

• High-Efficiency Centrifugal Pump: Ensures reliable performance with low power consumption.
• Robust Construction: Built with high-strength aluminum profiles for durability and lightweight handling.
• Advanced Monitoring Tools: Integrated thermocouples, digital flow sensor, and rotameter for precise data collection and calibration.
• Process Flow Diagram: Clearly displayed on the front panel for easy understanding of component interactions and fluid flow paths.
• Adjustable Feet: Individually adjustable feet for stability and proper alignment on uneven surfaces.
• Bakelite Panels: Provides excellent heat resistance and electrical insulation, ensuring safe and efficient operations.

• Frame Material: High-strength aluminum profiles for lightweight yet durable construction.
• Pump Type: High-efficiency centrifugal pump with adjustable flow rate and head.
• Monitoring Tools: Digital flow sensor, rotameter, and integrated thermocouples for real-time analysis.
• Panels: Heat-resistant Bakelite components for added safety and durability.
• Stabilization: Adjustable feet to accommodate uneven surfaces, ensuring smooth operation.

The Universal Pumping Unit is designed for a wide range of experiments and practical applications, including:

1. Fluid Behavior Analysis: Investigate how fluids respond to varying flow rates, temperatures, and pressures.
2. Energy Balance Studies: Perform efficiency assessments and energy calculations for fluid systems.
3. Calibration: Use the digital flow sensor and rotameter to calibrate other flow measurement devices.
4. Performance Testing: Evaluate pump efficiency under diverse operational conditions.
5. Thermal Monitoring: Analyze temperature changes in fluid systems using integrated thermocouples.

The PolarX - 528 Universal Pumping Unit is a versatile fluid management system combining advanced monitoring tools with a robust structure for optimal performance. It is equipped with a high-efficiency centrifugal pump and precision instruments like digital flow sensors and rotameters for detailed fluid analysis and system calibration. The clear process flow diagram on the front panel simplifies understanding and operation, making it ideal for both educational and industrial settings.

With adjustable feet, this unit adapts to various installation environments, ensuring stable operation even on uneven surfaces. Its Bakelite panels provide excellent heat resistance and electrical insulation, safeguarding users and components during operation.

As a globally recognized manufacturer and exporter, Scientico delivers high-quality laboratory and industrial equipment tailored to your needs. The PolarX - 528 Universal Pumping Unit stands out for its versatility, precision, and reliability, making it an indispensable tool for fluid dynamics studies and efficient fluid handling

Scientico SCI-IRC-1921 Air Duct Apparatus is a versatile and realistic ventilation training system designed for hands-on learning in airflow dynamics, fluid mechanics, and the commissioning and balancing of multi-duct air distribution systems. This training unit is ideal for students, engineers, and professionals in the fields of HVAC, building services, and fluid mechanics.

Key Features:

• Airflow Dynamics and Pressure Loss:

• Fan and System Characteristics:

• Filtration Studies:

• Commissioning and Leak Testing:

• Measurement and Tools:

• • Portable manometer for vertical (0–2000 Pa) and inclined (0–200 Pa) pressure measurements.
  • Includes pitot-static tube and rotating vane anemometer with digital readout (0–30 m/s).

Specifications:

• Fan Unit:
  • Motor power: 0.75kW (approx.) with a starting load.
  • Supply pressure up to 890 Pa, flow rate up to 0.8 m³/s depending on the blockage factor.
• Ductwork:
  • 200mm dia. galvanized steel duct for fan discharge.
  • Galvanized steel components for durability and real-world relevance.
• Accessories:
  • Includes pitot-static tube, digital anemometer, and portable manometer for airflow and pressure measurements.

Description:
The Scientico SCI-IRC-1921 Air Duct Apparatus provides a realistic and scaled-down ventilation system for comprehensive training in air distribution systems. Equipped with a forward-curving variable-speed centrifugal fan, integral control console, and a rectangular air inlet with a filter holder, the apparatus is designed for practical and theoretical studies in airflow control and distribution system balancing.

The apparatus allows for detailed investigations into the effects of bends, branches, and duct configurations on pressure loss and airflow characteristics. With the inclusion of portable measurement tools such as a pitot-static tube, manometer, and anemometer, users can conduct accurate measurements and experiments on air distribution systems.

Why Choose Scientico?

Scientico is a leading manufacturer and exporter of educational and industrial training equipment. The SCI-IRC-1921 Air Duct Apparatus is meticulously designed to provide a real-world learning experience in air distribution systems, airflow dynamics, and HVAC technology.

1. What experiments can be conducted with the SCI-IRC-1921 Air Duct Apparatus?
You can conduct a variety of experiments, including pressure loss investigations, airflow rate measurement, fan pressure and volume flow analysis, filter performance testing, and air distribution balancing.

2. Is this apparatus suitable for HVAC training?
Yes, it is specifically designed for hands-on training in HVAC systems, including commissioning, balancing, and component analysis.

3. What tools are included with the apparatus?
The apparatus comes with a pitot-static tube, portable manometer, and digital anemometer for precise measurements.

4. Can this apparatus simulate real-world ventilation systems?
Yes, it is a scaled-down yet realistic model, making it suitable for understanding real-world air distribution and ventilation systems.

5. Is the fan speed adjustable?
Yes, the apparatus features a variable-speed centrifugal fan, allowing for flexible airflow experiments.

Scientico SCI-IRC-1913 Automotive Air Conditioning Trainer is a cutting-edge educational tool designed to provide hands-on learning for automotive air conditioning systems. This practical trainer is an essential resource for students and professionals aiming to understand the operation, design, and troubleshooting of vehicle air conditioning systems. As a trusted manufacturer and exporter of automotive refrigeration training equipment, Scientico offers this comprehensive system for in-depth learning and experimentation.

This automotive air conditioning trainer includes all key components of a refrigeration system, such as a compressor, condenser, evaporator, and expansion valve—exactly as found in modern vehicles. The trainer operates on the recirculating air principle, with an electric motor driving the compressor via a V-belt and magnetic coupling, replicating real-world conditions.

Key Features:

• Complete Refrigeration Circuit: Includes compressor, condenser, expansion valve, and evaporator.
• Electric Motor with Variable Speed: Allows for precise speed adjustments of the compressor and fan.
• Real-World Simulation: Simulation of 8 typical faults in the system (optional) for hands-on fault detection and repair training.
• Comprehensive Monitoring: Display of key parameters such as temperature, pressure, flow rate, and compressor power consumption.
• 12VDC Power Supply: Standard for automotive applications, mimicking real vehicle conditions.
• p-h Diagram: Provides thermodynamic cycle representation for analysis and learning.

Specifications:

• Refrigerant: R-134a (CFC-free)
• System Components: Compressor, condenser with fan, expansion valve, evaporator with three-stage fan, filter/drier
• Control Mechanism: Ignition lock system for turning on the trainer.
• Display Metrics: Pressure, temperature, flow rate, pick-up current, and speed.
• Simulation of Faults: Eight system faults can be simulated via buttons in the connectable box (optional)

Applications:
The Scientico SCI-IRC-1913 Automotive Air Conditioning Trainer is ideal for use in automotive training centers, technical schools, and vocational courses. This unit is an invaluable tool for students learning the fundamentals of air conditioning systems and for those pursuing careers in automotive mechanics.

Why Choose Scientico?
As a renowned manufacturer and exporter of automotive air conditioning trainers, Scientico brings unparalleled expertise in providing high-quality educational equipment. This trainer is designed to deliver real-world experience, enhancing learning outcomes and preparing students for the industry.

1. What is the purpose of the SCI-IRC-1913 Automotive Air Conditioning Trainer?
This trainer is designed to provide hands-on experience with the operation, maintenance, and troubleshooting of automotive air conditioning systems.

2. What faults can be simulated in this trainer?
The trainer has a feature that simulates 8 typical faults, allowing students to practice identifying and fixing issues in the system.

3. How does the variable speed motor work in this system?
The electric motor's speed is controlled by a frequency converter, simulating the real-world speed variation of a compressor driven by a vehicle's engine.

4. Is the trainer suitable for automotive mechanics courses?
Yes, this trainer is ideal for motor mechanics and automotive technology courses, providing hands-on learning and practical experience.

1. Refrigeration Test Rig
2. Water to Air Heat Pump
3. Mini Cold Store
4. Various Components of Refrigeration
5. AC Components
6. Water to Water Heat Pump
7. Vapour Compression Refrigeration Test Rig
8. Vapour Absorption Test Rig
9. Water Cooler Trainer
10. Air Conditioner Test Rig
11. Ice Plant Trainer

PolarX - 540 Mechanical Heat Pump
The Scientico PolarX - 540 Mechanical Heat Pump is an advanced educational tool designed for practical demonstrations of heat transfer concepts in fluid mechanics and thermodynamics laboratories. This apparatus, manufactured by Scientico, a trusted mechanical heat pump manufacturer and exporter, provides both qualitative and quantitative data that are easy for students to understand and analyze.

This mechanical heat pump apparatus is a self-contained unit that showcases the operation of a vapor compression refrigeration cycle using R-134a refrigerant. It enables learners to investigate the relationship between energy inputs and outputs while deriving performance metrics such as power input, heat output, and the coefficient of performance (COP).

Key Features:

• Hermetic Compressor: Ensures reliability and efficiency during operations.
• Plate Heat Exchanger Condenser: For precise heat exchange using water as the medium.
• Fan-Cooled Evaporator: External fins for optimized heat transfer.
• Comprehensive Instrumentation: Includes thermocouples, flowmeters, pressure gauges, and watt meters for accurate data measurement.
• Compact Design: All components are mounted on a stable platform, making it a robust and portable educational unit.

Specifications:

• Refrigerant: R-134a
• Condenser Type: Plate Heat Exchanger
• Evaporator Type: Fan-cooled continuous tubing with external fins
• Pressure Gauges:
  • Suction Side (Low Pressure): -1 to 16 bar
  • Delivery Side (High Pressure): -1 to 25 bar
• Safety Features: Pressure safety switches for both suction and delivery sides.

Educational Objectives:

• Production of heat pump performance curves based on evaporating and condensation temperatures.
• Analysis of the effect of compressor pressure ratio on volumetric efficiency.
• Determination of energy balances in the condenser and compressor.
• Comparison of the actual vapor compression cycle with the ideal cycle on a pressure-enthalpy (p-h) diagram.

Applications:
The Scientico PolarX - 540 Mechanical Heat Pump is ideal for fluid mechanics, thermodynamics, and refrigeration experiments in educational institutions. It demonstrates real-world applications of heat transfer principles and is widely used in engineering and technical training labs.

Why Choose Scientico?
As a leading manufacturer and exporter, Scientico specializes in producing high-quality mechanical heat pump apparatus and other educational fluid mechanics instruments. Our products are designed with precision, durability, and ease of use, ensuring unmatched performance in laboratory settings.

1. What is the purpose of the Scientico PolarX - 540 Mechanical Heat Pump?
The apparatus demonstrates how heat can be transferred from a colder object to a hotter object using the principles of refrigeration and heat transfer.

2. Can the unit be customized for specific requirements?
Yes, Scientico offers customization options to meet specific educational or research needs.

3. How does the apparatus measure performance?
It measures performance through parameters such as power input, heat output, flow rates, and relevant temperatures using built-in instrumentation.

4. Is it suitable for advanced research applications?
While designed primarily for educational purposes, the heat pump is also suitable for basic research and technical training

Scientico PolarX - 560 Recirculating Air Conditioner Trainer is a cutting-edge tool designed for air conditioning and HVAC training. This advanced trainer is ideal for students and professionals in building services engineering, offering hands-on experience with the operation, control, and automation of air conditioning systems. With a complete air conditioning system featuring recirculating and outer air operation, the PolarX - 560 provides practical insights into air cooling, heating, humidification, and dehumidification processes. Manufactured by Scientico, a renowned manufacturer and exporter of HVAC systems and equipment, this trainer is an invaluable resource for mastering air conditioning technologies.

Key Features:

• Complete Air Conditioning System
• Flexible Heat Source Options.
• Psychometric and p-h Diagram Analysis
• Automation Ready
• Real-Time Measurements
• CFC-Free Refrigerant

Specifications:

• Air Conditioning System Components: Includes air cooler, fan, humidifier, air heater, and motorized flaps for recirculating and outer air operation.
• Climate Chamber: The system has a climate chamber with wet and dry heat sources to simulate cooling loads.
• Sensors & Measurement Tools: Temperature and relative humidity sensors, manometers, thermocouples, and a flow meter for accurate system measurement.
• Automation Solutions Ready: The system is compatible with various automation solutions for enhanced learning in air conditioning automation.
• Refrigerant: Uses R134a refrigerant, which is CFC-free for environmentally responsible cooling.

Applications: The Scientico PolarX - 560 Recirculating Air Conditioner Trainer is ideal for HVAC training, building services engineering, and mechatronics engineering programs. It provides practical experience in managing air conditioning systems, focusing on cooling, heating, humidification, and dehumidification. 

Why Choose Scientico? As a leading manufacturer and exporter of air conditioning systems and training equipment, Scientico provides high-quality tools designed to meet the demands of modern HVAC education. The PolarX - 560 Recirculating Air Conditioner Trainer is a state-of-the-art learning tool, offering hands-on training and comprehensive insights into air conditioning technologies.

1. What components are included in the PolarX - 560 Recirculating Air Conditioner Trainer?
The trainer includes air coolers, humidifiers, fans, air heaters, motorized flaps, and a climate chamber with wet and dry heat sources for simulating real-world cooling loads.

2. How is the system controlled?
The system is manually controlled with options for automation integration, allowing students to explore automation solutions in air conditioning systems.

3. What measurements are taken during operation?
Temperature, humidity, pressure, and flow rate are measured at various points in the system, with data displayed digitally for easy analysis.

4. Can the system be used for automation training?
Yes, the PolarX - 560 is ready for various automation solutions, making it ideal for students to learn about and work with automated air conditioning systems

Scientico PolarX - 568 Building Management System Trainer is a state-of-the-art educational tool designed for students and professionals who want to explore the world of smart building technologies. This trainer offers a practical, hands-on approach to understanding how modern building management systems (BMS) operate, controlling critical aspects such as climate, humidity, temperature, fluid flow, pressure, and access management. It is an essential learning tool for engineering students, HVAC professionals, and anyone interested in smart home and office building management.

Key Features:

• Climate Control
• Humidity Management
• Pressure Management
• Fluid Control Simulation
• Access Control Simulation
• Integrated Sensors
• Programmable Parameters
• Simulated Feedback

Specifications:

• Climate Control System: Simulated heating and cooling for building temperature management.
• Humidity Control: Humidifier to regulate moisture levels in the air.
• Fluid Management: Simulated cold water flow to the evaporator for cooling purposes.
• Pressure Control: Pressure sensors for effective pressure regulation in HVAC systems.
• Access Control: Access management system to simulate smart security features in buildings.
• Intelligent Control System: Uses sensors for temperature, humidity, pressure, flow, and access, feeding data to an intelligent controller.
• Simulation of Building Management Functions: Simulates real-time management of multiple parameters to offer a comprehensive experience of building systems operation.

Applications: The PolarX - 568 Building Management System Trainer is ideal for engineering students, HVAC technicians, and professionals involved in smart building and building automation systems. It provides essential training on how modern buildings function and how to manage multiple systems effectively to maintain optimal conditions and efficiency.

Why Choose Scientico? Scientico is a trusted manufacturer and exporter of advanced educational equipment for training in engineering, HVAC, and automation. The PolarX - 568 trainer offers real-world simulations and practical learning in building management systems, helping students and professionals develop the skills needed to manage smart buildings and automated environments.

1. What systems are simulated in the PolarX - 568 Building Management System Trainer?
This trainer simulates climate control, humidity management, temperature regulation, fluid flow, pressure control, and access management in a small-scale model of a smart building.

2. Can I adjust the parameters on the trainer?
Yes, the trainer allows users to input different programmable parameters to simulate real-world conditions and manage outputs like heating, cooling, and fluid flow.

3. What types of sensors are used in this trainer?
The trainer includes temperature, humidity, pressure, flow, and access control sensors, providing real-time data for the system.

4. How can this trainer be applied in education?
It is ideal for engineering students, HVAC professionals, and anyone interested in learning about building automation, smart home systems, and sustainable building technologies.

Scientico Computerized Air Conditioner Trainer (Model SCI-005) is an advanced educational tool designed to provide hands-on training and in-depth understanding of air conditioning systems. Incorporating real-world components used in building services engineering, this trainer enables users to examine the functionality and interactions of individual components, as well as their combined effects on air conditioning processes.

• Steam Humidifier:

  • Power: 4kW
  • Steam Capacity: 5.5kg/h, adjustable in 3 stages

• Fan:

  • Power Consumption: 167W
  • Volumetric Flow Rate: Max. 1150m³/h
  • Speed: 1000–2600 min⁻¹
  • Maximum Pressure: 460Pa

• Air Duct:

  • Dimensions (WxH): 300x350mm

• Air Preheater and Reheater:

  • Preheater Power: 1kW, 2-stage control
  • Reheater Power: 2kW, 2-stage control

• Evaporator and Condensing Unit:

  • Cooling Capacity: 6kW (Evaporator)
  • Refrigeration Capacity: 2.3kW (Condensing Unit)
  • Refrigerant: R134a/22 (Filling Volume: 3.3kg, CO₂ Equivalent: 2.1t)

• Measuring Ranges:

  • Differential Pressure: 0–100Pa
  • Temperature: 5x 0–50°C, 4x -100–200°C
  • Humidity: 5x 10–90%
  • Pressure: -1 to 15 bar, -1 to 24 bar (Refrigerant)
  • Flow Rate (Refrigerant): 8–102L/h

• Power Requirements:

  • Voltage: 230V, 50/60Hz, Single Phase

• Dimensions (LxWxH): 2500 x 800 x 1600 mm
• Weight: Approx. 285 kg

The Computerized Air Conditioner Trainer is ideal for:

• Technical Education: Training students in HVAC principles and air conditioning systems.
• Professional Development: Enhancing skills for HVAC technicians and engineers.
• Research and Development: Exploring advanced air conditioning processes and technologies.

1. What is included in the system?
The trainer comes with a steam humidifier, fan, air duct, preheater, reheater, evaporator, and condensing unit, along with data acquisition software.

2. What experiments can be conducted?
Users can study air conditioning cycles, evaluate airflow impact, determine heating/cooling capacities, and analyze changes in the h-x and log p-h diagrams.

3. Is the data acquisition software included?
Yes, the system includes software for data collection and analysis via USB.

4. Is this trainer suitable for professional use?
Yes, it is designed for both educational institutions and professional training centers.

5. What refrigerant does the system use?
The trainer supports refrigerants like R134a and others, with a filling volume of 3.3kg.

As a leading manufacturer and exporter, Scientico offers reliable and innovative training systems for HVAC education. The SCI-005 Computerized Air Conditioner Trainer ensures a comprehensive learning experience with its real-world components and advanced data acquisition capabilities

Scientico Computerized Cascade Refrigeration Trainer (Model SCI-007) is an advanced educational tool designed to demonstrate the principles and operation of two-stage compression refrigeration systems with injection intercooling. This training system is essential for understanding low-temperature refrigeration processes and their applications in industrial and research settings.

The trainer employs a dual-compressor setup to manage large pressure differences efficiently, delivering improved volumetric efficiency and reduced outlet temperatures of the high-pressure compressor. The integrated intercooling system enhances compression efficiency and ensures reliable operation even at extreme conditions.

Equipped with state-of-the-art sensors and software, the system provides real-time monitoring of key parameters, including temperature, pressure, and flow rates. The simultaneous display and software-based analysis of the refrigeration process in a log p-h diagram make it ideal for in-depth studies and performance evaluations.

• Low-Pressure Compressor (LP):

  • Displaced Volume: 25.93 cm³
  • Power Consumption: 550W
  • Refrigeration Capacity: 1744W at -10/32°C

• High-Pressure Compressor (HP):

  • Displaced Volume: 8.86 cm³
  • Power Consumption: Approx. 275W
  • Refrigeration Capacity: 583W at -10/32°C

• Refrigerant:

  • Filling Volume: 1.29 kg
  • CO2-Equivalent: 1.8t

• Measuring Ranges:

  • Flow Rate: 2–29 L/h, 4–40 L/h
  • Pressure: 1x -1…15 bar, 2x -1…24 bar
  • Temperature: 8x -75…125°C

• Power Ratings:

  • Heater: 0–562W
  • LP Compressor: 0–750W
  • HP Compressor: 0–2250W

• Power Requirements:

  • Voltage: 230V, 50Hz or 60Hz, Single Phase

• Dimensions (LxWxH): 2000 x 800 x 1600 mm
• Weight: Approx. 265 kg

The Scientico Computerized Cascade Refrigeration Trainer is ideal for:

• Educational Institutions: Teaching advanced refrigeration principles and processes.
• Industrial Training: Training HVAC technicians and engineers in cascade refrigeration systems.
• Research and Development: Studying efficiency improvements and design optimizations for low-temperature refrigeration systems.

1. What experiments can be performed using this trainer?
Users can study the refrigeration cycle process, evaluate the effects of intercooling, analyze pressure ratio distribution, and assess the impact of inlet temperatures on compression efficiency.

2. Is the data acquisition software included?
Yes, the trainer comes with user-friendly software for real-time data monitoring and graphical analysis.

3. Can this system be operated without intercooling?
Yes, the trainer allows experiments with and without intercooling to compare efficiency and performance.

4. What refrigerants are compatible with this system?
The trainer is compatible with various refrigerants, including R134a and others, depending on requirements.

5. Is the trainer suitable for industrial research?
Yes, its comprehensive monitoring capabilities and modular design make it a valuable tool for academic and industrial research

Scientico Air Conditioning System Trainer (Model SCI-0198) is a state-of-the-art educational tool designed to provide an in-depth understanding of air conditioning systems. Featuring a complete setup with an air duct, climatic chamber, and refrigeration circuit, this trainer is ideal for studying the fundamentals and advanced principles of air conditioning, humidification, dehumidification, and air flow management.

The SCI-0198 is perfect for HVAC training, research, and educational institutions, offering practical and theoretical insights into air conditioning systems.

1. Comprehensive Air Conditioning Study:

• Demonstrates humidification, dehumidification, heating, and cooling processes.
• Provides an understanding of mixing different air flows.

2. Advanced Data Visualization:

• Real-time representation in h-x and log p-h diagrams for detailed analysis.

3. Fully Functional Air Conditioning System:

• Complete system with an air duct, fan, air cooler, humidifier, and air heater.
• Transparent air duct front for easy observation of processes.

4. Flexible and Adjustable Parameters:

• Motorized ventilation flaps for precise air distribution control.
• Freely adjustable heat sources for dry and wet cooling loads.

5. Digital Measurement and Monitoring:

• Accurate sensors for temperature and relative humidity measurements.
• Integrated manometers and flow meters for refrigerant monitoring.

6. Durable and High-Quality Construction:

• Air Duct: Transparent front, equipped with fan, air cooler, humidifier, flaps, and air heater.

• Climatic Chamber: Contains wet (latent) and dry (sensitive) heat sources as cooling loads.

• Refrigeration System:

  • Power Consumption: 140W at -10°C.
  • Refrigeration Capacity: 320W at +5/40°C.

• Humidifier: Heating Power - 400W.

• Air Heater: Heating Power - 360W.

• Cooling Load Heaters: Two heaters, each with a freely adjustable power output of 0–250W.

• Measuring Ranges:

  • Temperature: 0–50°C.
  • Relative Humidity: 10–90%.
  • Power Consumption: 0–600W (condensing unit).
  • Cooling Load Power: 2x 0–300W.
  • Pressure (Refrigerant): -1 to 9 bar / -1 to 24 bar.
  • Flow Rate (Refrigerant): 1.5–23.5 L/h.
  • Air Velocity: 0–2.5 m/s.

• Refrigerant: Market-available, filling volume - 1.2kg, CO2 equivalent - 0.8t.

• Power Requirements:

  • Voltage: 230V, 50Hz or 60Hz, Single Phase.

• Dimensions (LxWxH): 2200 x 800 x 1600 mm.
• Weight: Approx. 265 kg.

1. What experiments can be conducted with this trainer?
The trainer supports experiments on humidification, dehumidification, air flow control, cooling load effects (wet and dry), and the representation of processes in h-x and log p-h diagrams.

2. Can it simulate real-world air conditioning conditions?
Yes, the trainer is designed to replicate real-world air conditioning processes, providing hands-on experience.

3. Is the trainer suitable for beginners?
Absolutely. It includes clear visualizations and adjustable parameters, making it ideal for both beginners and advanced learners.

4. How is the trainer powered?
The system operates on 230V, 50Hz or 60Hz, single-phase power.

Scientico Computerized Bench Top Cold Storage Trainer (Model RAC-006) is an advanced training system designed to provide comprehensive understanding and hands-on experience with cold storage technology. This trainer is ideal for technical education, research, and professional HVAC training, offering real-world insights into refrigeration system dynamics, defrosting techniques, and cooling loads.

This bench-top trainer features a large refrigeration chamber equipped with two evaporators for studying the effects of varying evaporator sizes on climate control and icing conditions. Adjustable heat sources simulate latent and sensitive cooling loads, while defrosting options include both electric heater and hot gas defrosting methods. The system’s versatility is enhanced by a configurable defrost controller and timer for scheduling defrost cycles.

Key Features and Benefits:

1. Comprehensive Refrigeration Training

2. Advanced Cooling Load Simulation:

3. Versatile Defrosting Methods

4. Cutting-Edge Data Acquisition:

5. Practical Educational Applications

• Compressor:

  • Refrigeration Capacity: 999W at -5/55°C
  • Power Consumption: 565W

• Cooling Loads:

  • Latent Cooling Load: 2x 0–250W
  • Sensitive Cooling Load: 1x 0–200W, 1x 0–250W

• Refrigeration System:

  • Receiver Volume: 1.3L
  • Refrigerant: R134a/22 (Filling Volume: 1.3kg)
  • CO₂ Equivalent: 0.8t

• Measuring Ranges:

  • Pressure: 2x 0–16 bar, 1x 0–25 bar
  • Temperature: 7x -50…150°C; 1x -25…125°C
  • Relative Humidity: 0–100%
  • Flow Rate: 2–27 L/h

• Power Requirements:

  • Voltage: 230V, 50/60Hz, Single Phase

• Dimensions (LxWxH): 2000 x 800 x 1400 mm
• Weight: Approx. 285 kg

The Scientico Bench Top Cold Storage Trainer is perfect for:

• Technical Education: Providing students with practical insights into cold storage technology.
• Professional Training: Equipping HVAC technicians with advanced skills.
• Research and Development: Exploring innovative refrigeration techniques and systems.

1. What makes this trainer unique?
The trainer features dual evaporators, adjustable cooling loads, and versatile defrosting options, enabling comprehensive exploration of cold storage systems.

2. What refrigerant is used in the system?
The system uses refrigerants like R134a with a filling volume of 1.3kg.

3. Is the software included?
Yes, the trainer includes data acquisition software compatible with USB for real-time monitoring and analysis.

4. What experiments can be conducted?
Users can study frosting behaviors, defrosting methods, cooling loads, and climate changes in the refrigeration chamber using advanced sensors and software.

5. Is this trainer portable?
While compact in design, the trainer requires a stable setup due to its size and weight of approximately 285 kg.

The SCI-IRC-1910 Steam-Jet Refrigeration System by Scientico introduces a modern approach to refrigeration by replacing mechanical compressors with steam jet compressors. This system is designed for exploring advanced refrigeration principles, leveraging alternative energy sources like solar power or waste heat.

• Steam Jet Compressor: Utilizes steam to compress refrigerant instead of mechanical components.
• Dual-Circuit Design: Separate steam cycle and refrigeration cycle enhance efficiency.
• Transparent Components: Condenser and evaporator allow real-time observation of system operations.
• Refrigerant: Operates with R1233zd(E), a safe and eco-friendly refrigerant.
• Solar Integration: Optional experiments with solar thermal systems for sustainable cooling solutions.
• Data Monitoring: Equipped with sensors to measure temperature, pressure, and other parameters, ensuring accurate analysis.

• Refrigeration Circuit: Includes a condenser, evaporator, and steam jet compressor.
• Steam Circuit: Features a steam generator with an electrically heated water jacket and a pump.
• Condenser: Transparent tank with water-cooled pipe coil.
• Evaporator: Transparent flooded tank with adjustable heater and float valve for load simulation.
• Measurement Tools: Sensors for current, voltage, and system parameters to calculate evaporator power and performance coefficients.
• Mobile Unit: Mounted on a four-wheeled frame for ease of use and mobility.

The system supports a range of experiments and practical learning opportunities, including:

1. Refrigeration System Design: Study steam-jet compressors and their role in refrigeration cycles.
2. Thermodynamic Analysis: Use p-h diagrams to analyze system efficiency.
3. Solar Refrigeration: Explore solar thermal vapor jet systems and optimize performance.
4. Efficiency Calculations: Determine the performance coefficients and efficiencies of refrigeration and heating circuits.
5. Flow and Power Relationships: Investigate correlations between flow rates, net power, and system performance.
6. Component Functionality: Understand the operation of the steam generator, evaporator, condenser, and float valve.

The SCI-IRC-1910 operates without a mechanical compressor, utilizing a steam jet compressor to compress refrigerant steam. Heat sources like solar energy or process waste heat power the steam generator, producing motive steam for the system.

• Refrigeration Cycle: The refrigerant absorbs heat in the evaporator, vaporizes, and is recompressed by the steam jet compressor before condensing in a transparent tank with a water-cooled coil.
• Steam Cycle: Condensate from the refrigeration cycle is pumped into a steam generator, where it is heated to produce vapor. This vapor drives the steam jet compressor, completing the cycle.

This innovative design provides hands-on experience in sustainable refrigeration, including solar thermal integration, optimizing cooling performance while reducing reliance on traditional energy sources.

As a trusted manufacturer and exporter of advanced lab equipment, Scientico offers robust, precision-engineered solutions tailored to meet the educational and industrial needs of users worldwide. The SCI-IRC-1910 Steam-Jet Refrigeration System empowers learners and researchers to explore cutting-edge refrigeration technologies and sustainable cooling methods

Scientico PolarX - 556 Air Conditioning Lab Unit offers a comprehensive hands-on training experience in air conditioning and refrigeration systems. This unit is specifically designed for HVAC students, mechatronics engineers, and professionals, providing in-depth knowledge of air conditioning components and their effect on room climate. Manufactured by Scientico, a trusted manufacturer and exporter of advanced air conditioning systems, the PolarX - 556 focuses on the practical application of air conditioning theory, including temperature, humidity, and airflow control in various environmental conditions.

Key Features:

• Complete Air Conditioning System Simulation
• Variable Component Control
• Humidity and Temperature Sensors
• Refrigerant Pressure and Temperature Monitoring
• Air Flow Measurement
• Cyclic Process Analysis
• Data Transmission and Monitoring

• Air Conditioning Components: Includes air coolers, steam humidifiers, fans, air preheaters, and reheaters.
• Sensors: Sensors for measuring air humidity, temperature, and refrigerant pressure and temperature.
• Measurement Tools: Differential pressure measurement for air flow, log p-h diagram for refrigeration cycles.
• Refrigerant: The system uses eco-friendly R134a refrigerant, which is CFC-free.
• Data Acquisition: Includes DAQ system for transmitting measured values to a PC (optional), with no additional software required.

Applications:
The Scientico PolarX - 556 Air Conditioning Lab Unit is ideal for HVAC training, mechatronics engineering, and building services engineering courses. It provides students with hands-on experience in setting up, operating, and analyzing air conditioning systems, preparing them for careers in the HVAC and refrigeration industries.

Why Choose Scientico?
As a leading manufacturer and exporter of advanced air conditioning systems and training equipment, Scientico is dedicated to providing high-quality learning tools that ensure students and professionals are well-equipped to handle real-world challenges in HVAC and refrigeration. The PolarX - 556 Air Conditioning Lab Unit is designed to offer practical, industry-relevant knowledge with a focus on air quality, comfort, and system efficiency.

1. What components are included in the PolarX - 556 Air Conditioning Lab Unit?
The trainer includes air coolers, steam humidifiers, fans, air preheaters, reheaters, and more, simulating a complete air conditioning system.

2. Can the components be controlled individually?
Yes, each component can be individually turned on or off, allowing for detailed experimentation with air conditioning performance.

3. What type of refrigerant does the system use?
The system uses R134a refrigerant, an eco-friendly, CFC-free option commonly used in air conditioning systems.

4. How is air flow measured in the system?
Air flow is measured using a differential pressure system with an inclined tube manometer for accurate readings.

5. Does the system support data transmission to a PC?
Yes, the DAQ system allows measured values to be transmitted to a PC (optional feature), making it easy to analyze the data in real-time

Scientico PolarX - 572 Refrigeration Compressor Fault Simulator is an essential educational tool for mechatronics engineers and students learning about refrigeration systems and fault diagnosis. This advanced trainer provides hands-on experience with real refrigerant compressors and offers valuable insights into the electrical components involved in their operation. It is designed to teach users how to read circuit diagrams, detect and troubleshoot electrical faults, and understand the underlying principles of compressor operation in refrigeration systems.

Key Features:

• Electrical Circuit Understanding
• Fault Simulation: The trainer allows students to simulate and diagnose a variety of faults, including:
  • Compressor Motor Coil Fractures
  • Short Circuits in the Operational Capacitor
  • Welded Contacts in the Start-Up Relay
  • Faults in Condenser and Evaporator Fans
  • High Pressure/Low Pressure Issues in the Condenser and Evaporator
  • Reverse Cycle for Defrosting
  • Frosting and Defrosting Mode Faults
• Real-World Compressor Components:
• Electrical Protection Devices
• Test Points for Diagnosis
• Hands-On TroubleshootingSpecifications:

• Experimental Unit for Mechatronics Engineers: Designed for training in refrigeration and mechatronics programs.
• Visible Electrical Components: Components like start-up relay, capacitor, circuit breakers, and contactors are mounted visibly for easy identification and study.
• Real Refrigerant Compressor: Includes a real refrigerant compressor for practical application and fault simulation.
• Safety Devices Included: Overheat protection, overvoltage protection, and circuit breakers are mounted clearly for educational purposes.
• Fault Simulation Features: Simulate common compressor faults, such as motor coil fractures and capacitor failures.
• Voltages and Resistances Testing: Allows testing of voltages and resistances for defect indication, aiding in fault diagnosis.

Applications: The PolarX - 572 Refrigeration Compressor Fault Simulator is ideal for mechatronics engineering students, HVAC technicians, and professionals in the refrigeration and maintenance sectors. It provides valuable training for fault detection and diagnostic procedures, making it an essential tool for anyone learning or working with refrigeration systems.

1. What faults can be simulated with the PolarX - 572 Refrigeration Compressor Fault Simulator?
You can simulate a range of faults, including motor coil fractures, capacitor short circuits, welded contacts in the start-up relay, and faults in the condenser and evaporator fans.

2. How does this trainer help with fault diagnosis?
The trainer allows users to simulate faults and learn how to diagnose them using multimeters and by analyzing electrical components such as start-up relays and capacitors.

3. Does the trainer include a real refrigerant compressor?
Yes, the PolarX - 572 includes a real refrigerant compressor, providing practical exposure to real-world refrigeration systems.

4. What electrical components are included in the trainer?
The trainer features essential electrical components like start-up relay, capacitor, overheat protection, overvoltage protection, and circuit breakers.

The FluidoSurge-X 260 Centrifugal Compressor Apparatus is designed to demonstrate the functioning and performance of a centrifugal compressor. This apparatus enables users to study the operating behavior, key variables, and efficiency of a multi-stage centrifugal compressor, making it an essential tool for understanding gas compression processes.

• Analyze the operating behavior and characteristic variables of a centrifugal compressor.
• Record the compressor performance curve.
• Investigate the effects of rotor speed on pressure, flow rate, and temperature.
• Study the relationship between compression and temperature rise.
• Calculate hydraulic power output and efficiency.

• Compressor System:
  • Two/three-stage radial compressor with variable speed controlled by a frequency controller.
• Piping and Airflow Control:
  • Transparent intake pipe for observation.
  • Throttle valve in the delivery pipe for adjusting airflow.
  • Protective plate at the air inlet ensures undisturbed airflow and prevents clogging.
• Sensors and Measurements:
  • Sensors for pressure, differential pressure, temperature, speed, and electrical power consumption.
  • Measurement of flow rate through intake nozzle via differential pressure.
• Optional Software:
  • Data acquisition via USB for real-time visualization on Windows-based platforms.

Centrifugal compressors play a crucial role in compressing gases across various industrial applications. The FluidoSurge-X 260 Centrifugal Compressor Apparatus provides students and researchers with a platform to study the principles of radial compressors, focusing on efficiency and performance metrics.

• Multi-Stage Compression:
  This apparatus includes a two/three-stage centrifugal compressor that demonstrates the process of gas compression through rotor speed and centrifugal force.

• Variable Speed Control:
  The compressor’s speed is adjustable via a frequency controller, allowing precise control over operating conditions for detailed experiments.

• Transparent Observation:
  The transparent intake pipe facilitates visual monitoring of the airflow, enhancing understanding of the compressor’s operation.

• Comprehensive Measurements:

• Data Acquisition:Applications:

• Gas Compression Studies:

• Efficiency Analysis:

• Educational Tool:

A1: Its transparent intake pipe, comprehensive sensors, and optional data acquisition software provide a hands-on approach to understanding compressor behavior and efficiency.

A2: Yes, the airflow is adjustable via a throttle valve located at the delivery pipe's end.

A3: The apparatus measures differential pressure, flow rate, speed, temperature, and power consumption.

A4: The data acquisition system is optional and can be connected via USB for real-time visualization.

The FluidoSurge-X 260 Centrifugal Compressor Apparatus is a comprehensive and efficient tool for exploring the fundamentals of gas compression, making it invaluable for both academic and research application

Scientico, a renowned refrigeration lab equipment manufacturer and exporter, presents the PolarX - 508 Computer Controlled Vortex Tube Refrigerator Unit. This cutting-edge equipment is designed to study the physical, mechanical, and thermodynamic processes of a vortex tube, offering unparalleled insights into heat transfer, energy transport, and the refrigeration cycle.

• Advanced Study Capabilities: Explore the generation of cold and hot air flows without moving parts, demonstrating the function and operation of a vortex tube.
• Flexible Air Flow Control: Regulate the pressure and temperature of inlet air to study the effects on the refrigeration process.
• Real-Time Data Acquisition: Monitor all parameters, including flow rate, temperature, and pressure, with sensors and manometers, visualized via a Computer Control System (SCADA).
• Customizable Configurations
• Comprehensive Software Package

• Operating Principle: Works with compressed air filtered for impurities, entering tangentially into the vortex tube to generate cold and hot air flows.
• Components:
  • Concentric tubes heat exchanger for temperature variation.
  • Regulation valves for cold and hot air flow control.
  • Flow sensors, temperature sensors, pressure sensors, and manometers.
  • Interchangeable vortex generators for varied experiments.
• Data Visualization: Real-time monitoring of all parameters with SCADA, accessible via projectors or electronic whiteboards.
• Safety Features: Equipped with mechanical, electrical, electronic, and software safety devices for secure operation.

• Vortex Curve Representation:
  • As a function of inlet pressure and temperature.
  • For refrigeration power and efficiency (COP).
• Cold and Hot Gas Distribution: Analyze flow ratios and temperature effects.
• Gas Type Variation: Study performance with different non-explosive and non-corrosive gases.
• Advanced Control Features: Modify PID parameters in real time to simulate industrial processes.
• Applied Research and Training: Ideal for research and professional training in industries and technical institutions.

The PolarX - 508 Computer Controlled Vortex Tube Refrigerator Unit operates on the principle of tangential air entry, causing rapid rotation within the vortex tube. This generates distinct cold and hot air flows exiting from opposite ends of the tube. Users can adjust the flows through regulation valves, monitor performance via sensors, and even recycle air for enhanced experimentation.

Why Choose Scientico?

As a leading thermodynamics lab equipment and refrigeration lab equipment manufacturer, Scientico ensures precision-engineered products designed to meet the highest standards of quality and usability. The PolarX - 508 stands out for its versatility, advanced control features, and robust data acquisition capabilities, making it an indispensable tool for refrigeration systems and heat extraction lab equipment studies.

Q&A Section

Q: What is the operating principle of this unit?
A: The unit uses compressed air to create cold and hot air flows in a vortex tube by tangential air entry and rapid rotation.

The PolarX - 532 by Scientico is an advanced training system designed to study and analyze refrigeration systems with two-stage compression and injection intercooling. This system is ideal for understanding the principles of generating low temperatures efficiently while maintaining compressor performance.

• Two-Stage Compression: Includes low-pressure (LP) and high-pressure (HP) compressors linked in series for improved efficiency.
• Injection Intercooling: Adjustable intercooling using liquid refrigerant injection to reduce HP compressor inlet temperature and enhance compression efficiency.
• Supercooling: Heat exchanger for additional refrigerant supercooling to maximize evaporator capacity.
• Comprehensive Monitoring
• Real-Time Analysis

• Refrigeration Circuit: Features hermetic LP and HP compressors, refrigerant injection intercooling, and heat exchange for supercooling.
• Evaporator: Located in a closed refrigeration chamber with an adjustable electric heater for cooling load simulation.
• Sensors & Displays: Measure and display all critical parameters, including volumetric flow rates, pressures, and temperatures.
• Optional Data Acquisition: Real-time data transmission for analysis and representation in the software.

This unit supports detailed experimentation and guided practices, including:

1. Thermodynamic Analysis: Representation of the refrigeration cycle on a log p-h diagram.
2. Efficiency Studies: Evaluation of the impact of intercooling on compression efficiency and temperature control.
3. Component Analysis: Examination of LP and HP compressors, intercooling mechanisms, and supercooling effects.
4. System Design: Understanding the function and design of two-stage refrigeration systems with optional intercooling and supercooling mechanisms.
5. Performance Comparisons: Analyzing system efficiency with and without intercooling.

Two-stage compression systems are essential for achieving extremely low temperatures efficiently. These systems use two compressors in series to handle large pressure differences between the evaporator and condenser while minimizing volumetric efficiency losses.

The PolarX - 532 incorporates a unique injection intercooling process where liquid refrigerant is injected into the LP compressor’s outlet line. This evaporates and cools the intake gas for the HP compressor, improving overall compression efficiency. Additionally, a heat exchanger upstream of the expansion valve allows for supercooling the liquid refrigerant, enhancing evaporator capacity.

The system design includes:

• Adjustable valves to activate/deactivate intercooling and supercooling mechanisms for performance analysis.
• Sensors to record temperatures, pressures, and volumetric flow rates, providing complete insight into system operation.
• Optional software for real-time representation of the refrigeration process on the p-h diagram.

As a leading manufacturer and exporter of advanced refrigeration lab equipment, Scientico ensures robust, precision-engineered systems that meet the needs of students, researchers, and industry professionals. The PolarX - 532 combines practical learning with cutting-edge technology for unparalleled educational and research opportunities

The PolarX - 536  Reverse Cycle Refrigeration and AC Training Unit is a comprehensive learning platform designed to demonstrate the principles of refrigeration and air conditioning. Built for education and practical training, this unit integrates advanced features and a durable design, making it ideal for students, researchers, and technicians seeking to understand reverse cycle refrigeration systems.

• Frame Construction:

  • Sturdy steel frame with stainless steel base and back panels for durability.

• Condensing Unit:

  • High starting torque motor with built-in winding protector.
  • Air-cooled condenser and liquid receiver.
  • Water-cooled condenser with automated condenser pressure regulator.

• Evaporators:

  • Forced Air Evaporator: Copper tube coil block with fins for efficient heat exchange.
  • Static Evaporator: Free convection air evaporator with copper tube coil block and fins.

• Flow Controls:

  • Automatic expansion valve.
  • Internal and external equalized thermostatic expansion valves.
  • Capillary tube, all selectable via a hand wheel valve.

• Reverse Cycle Operation:

  • Evaporator pressure regulating valve for dual temperature operation.
  • Solenoid reversing valve to control refrigerant flow direction.

• Instrumentation and Safety:

  • High-pressure switch, low-pressure switch, high-pressure gauge, and low-pressure gauge.
  • Sight glasses and check valves for flow monitoring.
  • Electrical control box with on/off switches for evaporator and condenser, reverse cycle switch, overload protection, and earth leakage circuit breaker.

1. Dual Evaporator Functionality:
   Operates two evaporators with a single compressor to demonstrate refrigeration and air conditioning concepts.

2. Comprehensive Flow Control:
   Offers multiple flow control mechanisms, including automatic and thermostatic expansion valves, enabling versatile training scenarios.

3. Reverse Cycle Demonstration:
   Incorporates a solenoid reversing valve for reverse cycle operation, ideal for showcasing both cooling and heating modes.

4. Advanced Monitoring:
   Equipped with high and low-pressure gauges, switches, and sight glasses for detailed system analysis.

5. Robust Construction:
   Built with durable stainless steel panels and a sturdy steel frame to withstand extensive use in academic and industrial settings.

6. Safety and Control:
   Includes overload protection and earth leakage circuit breaker for safe operation.

The PolarX - 536  Reverse Cycle Refrigeration and AC Training Unit is designed for both theoretical understanding and hands-on practice of refrigeration and air conditioning systems. The unit’s advanced design allows the operation of two evaporators at different pressures and temperatures using a single compressor. This setup effectively demonstrates dual temperature operation, reverse cycle functionality, and the principles of flow control using various valves.

Scientico, a renowned manufacturer and exporter, is committed to providing high-quality educational and industrial equipment. The PolarX - 536  Reverse Cycle Refrigeration and AC Training Unit exemplifies innovation and precision, ensuring exceptional training outcomes for students and professionals worldwide

SCIENTICO stands at the forefront as a trusted lab equipment manufacturer, specializing in high-quality refrigeration and air conditioning lab equipment. With a focus on innovation and precision, we are a leading refrigeration system manufacturer and a globally recognized lab equipment exporter. Our products cater to educational institutions, research facilities, and industrial training centers, offering reliable solutions for teaching and understanding HVAC systems and refrigeration technologies.

Our advanced range of refrigeration and air conditioning lab equipment is designed to provide hands-on experience, bridging the gap between theoretical knowledge and practical application. With decades of expertise, SCIENTICO delivers solutions tailored to meet the specific needs of educational curricula and research programs.

1. Comprehensive Product Range:
   As a leading air conditioning lab equipment manufacturer, our product line includes cutting-edge systems like vapour-compression refrigeration units, air conditioning trainers, and more.

2. Global Expertise:
   Recognized as a top refrigeration system exporter, our products are trusted by clients in educational and industrial sectors worldwide.

3. Unparalleled Quality:
   Designed for durability and long-term reliability, our equipment meets global standards, making us a reliable lab equipment manufacturer.

4. Custom Solutions:
   We develop tailor-made air conditioning lab equipment to meet specific academic and research requirements.

5. Educational Focus:
   Our systems simplify complex concepts like thermodynamics, refrigeration cycles, and HVAC principles, enabling students and professionals to gain real-world insights.

• Educational Institutions: Widely used in universities and technical colleges for teaching refrigeration and air conditioning fundamentals.
• Industrial Training Centers: Ideal for training professionals in HVAC and refrigeration system operations.
• Research Laboratories: Supports advanced studies in energy efficiency, cooling technologies, and system performance.

• Durability and Reliability: Engineered to withstand rigorous laboratory and industrial use.
• Advanced Technology: Includes precision sensors and control systems for in-depth system analysis.
• Global Reach: As a renowned lab equipment exporter, we ensure prompt delivery and superior after-sales support worldwide.
• User-Friendly Designs: Our intuitive interfaces make complex operations accessible to students and trainees.

As a premier air conditioning lab equipment exporter, SCIENTICO combines innovation, quality, and educational value. Our dedication to producing advanced refrigeration systems and lab solutions has made us a trusted name in the industry.

Whether you're seeking a reliable lab equipment manufacturer or a trusted refrigeration system exporter, SCIENTICO ensures unmatched quality, performance, and global standards. Partner with us for state-of-the-art refrigeration and air conditioning lab equipment, designed to empower learners and professionals alike

Computerized ICE Plant Trainer (Model SCI-009) is an innovative educational system designed for in-depth learning of the thermodynamics of vapor compression refrigeration cycles. This trainer demonstrates the principles of ice plant operation, enabling students to study the complete cycle of ice formation in just 4 hours, making it ideal for laboratory environments.

The system features a fully computerized setup with data logging capabilities, allowing real-time monitoring and analysis of experimental parameters. Equipped with high-quality components such as a stainless-steel tank, hermetically sealed compressor, and precise measurement instruments, this trainer ensures accurate results and reliable operation.

1. Comprehensive Ice Plant Study:

• Demonstrates the working principles of ice plants and vapor compression cycles.
• Facilitates the calculation of the coefficient of performance (COP).

2. Advanced Data Logging and Analysis:

• Fully computerized system with PC connectivity for data logging.
• Educational software for recording experimental data and detailed analysis.

3. High-Quality Construction and Components:

• Stainless steel tank and evaporator ensure durability and thermal efficiency.
• Hermetically sealed Kirloskar compressor for reliable operation.
• Air-cooled condenser with a compatible cooling fan.

4. Safe and Efficient Design:

• Overload and overcurrent protection for the compressor.
• Time-delay circuit for enhanced safety.

5. Fast Cycle Time:

• Specially designed for laboratory use, completing the ice formation cycle in 4 hours compared to conventional 12–24 hours.

• Compressor: Hermetically sealed, Kirloskar make.

• Tank: Stainless steel inner tank for thermal efficiency.

• Condenser: Air-cooled, compatible with the compressor.

• Condenser Cooling Fan: Permanent lubricated motor with adequate capacity.

• Evaporator: Stainless steel, insulated with ceramic wool/puff.

• Expansion Device: Capillary tube of compatible capacity.

• Measurement Instruments:

  • Pressure Transmitters: 2 Nos.
  • Temperature Transmitters: 6 Nos.
  • Energy Meter: Included for energy measurement.

• Safety Controls:

  • Overload and overcurrent protectors.
  • Time-delay circuit for enhanced protection.

• Measuring Ranges:

  • Differential Pressure: 0–1000 Pa (air).
  • Flow Rate: 12–360 L/h (water).
  • Temperature: 2x 0–50°C, 3x 0–100°C.
  • Relative Humidity: 10–100%.

• Power Requirements:

  • Voltage: 230V, 50Hz or 60Hz, Single Phase.

• Dimensions (LxWxH): 1400 x 800 x 1200 mm
• Weight: Approx. 165 kg

1. What experiments can be conducted with this trainer?
Students can study the refrigeration cycle, measure system parameters, and calculate the coefficient of performance (COP) of the ice plant.

2. How long does the ice formation process take?
This trainer completes the cycle within 4 hours, making it suitable for quick laboratory demonstrations.

3. Is the system compatible with computers for data analysis?
Yes, the trainer includes data logging software for seamless PC connectivity and experimental data analysis.

Scientico PolarX - 588 Refrigerator Model is an advanced training module designed to demonstrate the principles and operations of a simple refrigeration system. Built with Hardware/Software Integration (HIS) technology, this model offers a hands-on, interactive learning experience for students and professionals in refrigeration and air conditioning technology. When paired with the PolarX - 588 base unit, it forms a fully functional model of a domestic refrigerator, allowing users to explore refrigeration cycles, evaluate operational behavior under varying loads, and simulate system faults for in-depth diagnostics and troubleshooting practice.

• Training System Integration:

  • Designed for use with the PolarX - 588 base unit.
  • HIS technology for seamless hardware and software integration.

• Refrigeration Chamber:

  • Transparent front for easy observation.
  • Equipped with an evaporator, fan, and electric heater.

• Selectable Expansion Elements:

  • Operate with either capillary tube or expansion valve via solenoid valves.

• Instrumentation and Control:

  • Sensors to monitor temperature and pressure.
  • Software control for system components and fault simulation.

• Optional Software Features:

  • Educational software for system operation and data acquisition.
  • Compatible with Windows 10 and newer via USB.

The Scientico PolarX - 588 Refrigerator Model provides an innovative approach to refrigeration and air conditioning training. Designed for integration with the IRC-1923 base unit, it delivers a functional model of a domestic refrigerator, enabling users to explore real-world refrigeration principles and operations.

A powerful HIS technology platform enables seamless integration of hardware and software, allowing users to manage system components and simulate faults through an intuitive interface. Temperature and pressure sensors provide real-time data, which is dynamically displayed in the software and on the p-h diagram, facilitating in-depth analysis and performance evaluation.

The PolarX - 588 Refrigerator Model is ideal for:

• Educational Institutions: Hands-on training for students in refrigeration and HVAC technology.
• Professional Development: Skill-building for refrigeration and air conditioning engineers.
• Technical Workshops: Demonstrations of refrigeration cycle operations and fault diagnostics.

As a trusted manufacturer and exporter, Scientico specializes in creating innovative training systems for educational and professional use. The PolarX - 588 Refrigerator Model is a testament to our commitment to providing industry-relevant and reliable solutions.

1. Is the base unit PolarX - 588 included?
No, the base unit must be purchased separately.

2. What software is included?
Optional software is available for educational purposes, system control, and data acquisition. It is compatible with Windows 10 and newer.

3. What experiments can be performed with this module?
Users can study the refrigeration cycle, compare expansion elements, analyze performance under load, and simulate system faults.

4. Can this system be used for troubleshooting practice?
Yes, the module includes fault simulation capabilities for hands-on troubleshooting experience.

SCIENTICO is a leading manufacturer and exporter of high-quality refrigeration and air conditioning lab equipment, catering to educational institutions, research facilities, and industrial training centers worldwide.

Our Product Range Includes:

• Air Conditioning Laboratory Units: Designed to introduce students to the complexities of air conditioning systems, allowing the study and determination of optimal parameters based on environmental requirements such as humidity, heat, temperature, and refrigeration.

   

• Computer Controlled Air Conditioning Units with Climatic Chambers: These units enable in-depth study of air conditioning systems, facilitating the determination of optimal parameters to achieve comfortable environments, manage air humidity limits, and understand psychrometric charts and heat transfer.

  Vapour Compression Refrigeration Systems: Our systems allow comprehensive understanding of the vapor-compression refrigeration process by enabling manipulation of different components and studying system responses.

Why Choose SCIENTICO?

• Quality Assurance: Our equipment is manufactured to the highest standards, ensuring durability and reliability in various educational and industrial settings.

• Comprehensive Solutions: We offer a wide range of products that cover all aspects of refrigeration and air conditioning training, from basic principles to advanced system analysis.

• Global Reach: As a trusted exporter, we have established a strong presence in international markets, delivering our products to clients across the globe.

• Educational Focus: Our equipment is designed to facilitate hands-on learning, bridging the gap between theoretical knowledge and practical application.

Applications:

• Academic Institutions: Our products are extensively used in universities, colleges, and technical schools for teaching thermodynamics, refrigeration, and air conditioning principles.

• Research Facilities: Ideal for conducting advanced studies in energy efficiency, system performance, and refrigeration technologies.

• Industrial Training Centers: Our equipment provides practical training for professionals in HVAC and refrigeration system operations.

Contact Us:

For more information about our products and services, please visit our website or contact our sales team. We are committed to providing exceptional customer service and support to meet your specific needs

Scientico, a trusted refrigeration lab equipment manufacturer and exporter, introduces the SCI-IRC-1902 Computer Controlled Absorption Refrigeration Unit. This advanced experimental unit is designed to showcase the principles and workings of an absorption refrigeration system, making it ideal for thermodynamics lab equipment and thermotechnics lab equipment.

• Demonstrates the complete absorption refrigeration cycle, highlighting the fundamental processes and thermodynamic principles.
• Key components include the evaporator, absorber, boiler with bubble pump, and condenser.
• Utilizes an ammonia-water solution as the working medium and hydrogen as an auxiliary gas for efficient operation.
• Adjustable electrical heater at the evaporator serves as a cooling load.
• Boiler can be heated via an electrical heater or a gas burner (optional) with a piezoelectric igniter for gas operation.
• Equipped with digital displays for monitoring temperature and power in the system.

• Understand the operational behavior of an absorption refrigeration system under varying loads.
• Study the role of heat transfer and thermal energy in the refrigeration process.
• Analyze the cooling systems and temperature control mechanisms in refrigeration systems.
• Examine the interaction between cooling fluids, pressure differentials, and energy transport within the system.

• Core components: evaporator, absorber, boiler with bubble pump, and condenser.
• Working medium: ammonia-water solution with hydrogen as auxiliary gas.

The SCI-IRC-1902 Computer Controlled Absorption Refrigeration Unit operates on the principle that liquids evaporate at lower temperatures under reduced pressure. 

Key processes include:

• Evaporation: Ammonia evaporates in the evaporator, absorbing heat from the surrounding air, illustrating heat transfer and temperature control.
• Absorption: Ammonia vapor is absorbed by water in the absorber, reducing evaporation pressure.
• Generation: The ammonia solution is heated in a generator (boiler) to separate ammonia, enabling its reuse in the cycle.
• Condensation and Cooling: The ammonia vapor condenses in the condenser, returning to the evaporator in liquid form for continuous operation.

The system demonstrates the quiet, efficient functioning of absorption refrigeration systems, commonly used in small mobile devices like camping refrigerators and hotel minibars.

Why Choose Scientico?
As a leading refrigeration lab equipment manufacturer and air condition lab equipment exporter, Scientico ensures that every product is built for durability, precision, and ease of use. The SCI-IRC-1902 Computer Controlled Absorption Refrigeration Unit is designed to provide hands-on learning opportunities for students and professionals studying refrigeration systems, heat extraction lab equipment, and thermodynamic processes.

Q&A Section

Q: What principles does this unit demonstrate?
A: The unit showcases the fundamental principles of absorption refrigeration systems, including heat transfer, thermal energy utilization, and temperature maintenance.

Q: What is the working medium used in this system?
A: The system uses an ammonia-water solution as the primary refrigerant and hydrogen as an auxiliary gas.

Scientico, a trusted refrigeration lab equipment manufacturer and exporter, introduces the PolarX - 512 Changes of State in the Circuit unit, designed to provide an in-depth understanding of the refrigeration cycle. This hands-on unit enables students and researchers to explore the compression frigorific cycle, condensation, evaporation, and the thermodynamic process that powers modern refrigeration systems.

• Comprehensive Refrigeration Study.
• User-Friendly Design
• Real-Time Monitoring
• Thermodynamic Efficiency

• Hermetic Motor/Compressor Unit: Piston-type compressor for efficient cooling systems operation.
• Evaporator and Condenser: Uses water/R141b as the evaporating and condensing fluid for optimal heat transfer.
• Expansion Valve: Manual isenthalpic expansion valve for precise control of cooling fluids during the expansion process.
• Instrumentation:
  • Pressure gauges for monitoring condensation pressure and evaporation pressure.
  • Digital temperature indicators with K-type thermocouple probes to monitor temperature changes at key points in the system.
  • Flow meters with control valves for regulating water delivery at both the evaporator and condenser.
  • Safety features, including a maximum pressure safety switch and magnetothermic differential switch.

The PolarX - 512 Changes of State in the Circuit unit allows students to explore the compression frigorific cycle in a simple yet effective way. The refrigeration cycle is clearly demonstrated, with the evaporator, compressor, and condenser working in tandem. The unit enables users to observe how cooling fluids such as R141b impact the cycle’s thermal balance, with a focus on the expansion and its effects on the overall system efficiency.

Real-time data on temperature, pressure, and flow rates are displayed using built-in digital indicators and gauges, giving students a comprehensive understanding of how heat extraction and thermal energy management work in refrigeration systems.

As a leading refrigeration lab equipment manufacturer and exporter, Scientico is committed to providing high-quality, durable, and efficient educational equipment. The PolarX - 512 offers a detailed, hands-on approach to studying refrigeration cycles, thermodynamics, and heat transfer principles, 

Q&A Section

Q: What does the unit demonstrate about the refrigeration cycle?
A: The unit illustrates the complete compression frigorific cycle, including condensation, evaporation, and the effects of expansion on the system’s thermal energy.

Q: How does the expansion valve affect the refrigeration cycle?
A: The manual isenthalpic expansion valve allows students to study the impact of controlled expansion on the refrigeration cycle’s heat balance and overall efficiency.

Q: Is this unit suitable for industrial training?
A: Yes, the PolarX - 512 is ideal for both educational purposes and applied research, making it a perfect choice for industrial training in refrigeration systems

Scientico, a leading refrigeration lab equipment manufacturer and exporter, presents the SCI-IRC-1905 Commercial Refrigeration Training Unit, designed for practical learning and hands-on experience with refrigeration systems used in commercial applications. This unit provides a comprehensive solution for students and professionals to understand the workings of commercial refrigeration systems through real-world simulations.

• Air-Cooled Condensing Unit: Includes a high back pressure, high starting torque hermetic compressor, designed for air-cooled refrigeration systems.
• Thermodynamic Components: Equipped with a forced air evaporator, thermostatic expansion valve, and high and low pressure switches for studying the refrigeration cycle and heat transfer.
• Durable and Efficient Design: Features a robust stainless steel frame, ensuring long-term reliability and safe operation.
• User-Friendly Monitoring: Includes pressure gauges and digital thermometers for real-time monitoring of key system parameters, providing valuable data for learning and research.

• Base Material: Stainless steel frame for durability and stability.
• Compressor: Hermetic compressor with high starting torque, specifically designed for air-cooled refrigeration systems.
• Evaporator: Forced air, blow-through type evaporator with a 15-watt fan motor, housed in a powder-coated galvanized sheet steel casing.
• Evaporator Coil: Constructed from internally grooved copper tubes with aluminium fins at 5 FPI for efficient heat exchange.
• Insulated Hood: Detachable insulated hood with a heat load of 100 watts for thermal load testing.
• Thermostatic Expansion Valve: Internally equalized valve for precise control of refrigerant flow.
• Pressure Switches & Gauges: Includes high and low pressure switches, and high pressure and low pressure compound gauges for accurate system pressure monitoring.

The SCI-IRC-1905 Commercial Refrigeration Training Unit is a state-of-the-art tool designed for teaching and researching commercial refrigeration systems. The system includes an air-cooled condensing unit with a high starting torque hermetic compressor and forced air evaporator. The unit is constructed with high-quality materials, such as stainless steel and galvanized sheet steel, ensuring durability and easy handling.

A: The SCI-IRC-1905 features a high starting torque hermetic compressor, forced air evaporator, and key components that simulate real-world air-cooled refrigeration systems, making it ideal for commercial applications.

Q: What educational benefits does the unit offer?
A: The unit provides hands-on experience with cooling systems, refrigeration cycles, thermal energy, and heat transfer, allowing students to study and monitor refrigerant flow, temperature control, and system efficiency.

Q: Can the unit be used for industrial training?
A: Yes, the SCI-IRC-1905 is designed for both educational and industrial training, providing a practical approach to understanding commercial refrigeration systems.

The PolarX - 516 Computer Controlled Refrigeration Cycle Demonstration Unit by Scientico is designed for educational purposes, providing hands-on experience with refrigeration systems, thermodynamics, and cooling processes. This unit allows students to study the refrigeration cycle, phase transitions, and the impact of various system components like expansion valves and capillary tubes.

• Complete Refrigeration Circuit: Includes a hermetic compressor, condenser, evaporator, and expansion element to demonstrate the refrigeration cycle.
• Multiple Expansion Elements: Offers the opportunity to compare the performance of thermostatic expansion valves and capillary tubes.
• Phase Transition Observation: Finned tube heat exchangers allow users to observe the refrigerant’s phase transitions.
• Adjustable Refrigerant Levels: A refrigerant receiver enables underfilling or overfilling the system to study the effects on performance.
• Data Acquisition: Sensors measure pressure, temperature, and compressor efficiency, with optional software for USB data capture.

• Refrigerant: R134a (CFC-free), ideal for refrigeration systems.
• Expansion Elements: Includes a thermostatic expansion valve and capillary tubes of different lengths.
• Heat Exchangers: Finned tube design for efficient heat transfer in the condenser and evaporator.
• Sensors & Monitoring: Monitors pressure, temperature, and compressor efficiency. Includes two pressure switches for safety.
• Software: Optional software for real-time data acquisition via USB, with dynamic visualization of the p-h diagram.

The PolarX - 516 Computer Controlled Refrigeration Cycle Demonstration Unit simulates the operation of a refrigeration system, including key components such as the compressor, condenser, evaporator, and expansion elements. 

The system includes finned tube heat exchangers that facilitate the observation of phase transitions through the sight glass. The unit also includes various expansion elements for comparing performance, including a thermostatic expansion valve and capillary tubes.

As a leading refrigeration lab equipment manufacturer and exporter, Scientico offers high-quality, reliable educational tools for learning and training in refrigeration systems. The PolarX - 516 is ideal for technical education institutions and industrial training centers.

Q&A Section

Q: What are the key components of the unit?
A: The unit includes a hermetic compressor, condenser, evaporator, and various expansion elements like a thermostatic expansion valve and capillary tubes.

Q: Can the unit be used to study the effects of refrigerant overfilling and underfilling?
A: Yes, the refrigerant receiver allows users to adjust refrigerant levels to study the effects of underfilling and overfilling on system performance.

Q: Does the unit support real-time data acquisition?
A: Yes, the unit includes optional software for USB data capture, allowing students to monitor the system in real time and visualize data on a p-h diagram.

The SCI-IRC-1908 Refrigeration System by Scientico is an advanced, computer-controlled training unit designed to explore the complex world of refrigeration systems. Featuring two evaporators for refrigeration and freezing chambers, this unit allows in-depth analysis of refrigeration principles, thermodynamic cycles, and operational parameters under varying conditions.

• Dual-Chamber System: Includes a refrigeration and freezing chamber operating at different temperatures, controlled by evaporation pressure regulation.
• Refrigeration Cycle Components: Features a compressor, condenser, thermostatic expansion valve, heat exchanger, and pressure switches.
• Supercooling Process: Enhances efficiency with refrigerant cooling in a heat exchanger.
• Flexible Operation
• Data Monitoring & Control: Equipped with sensors for pressure, temperature, and flow, with optional SCADA-based computer control for real-time data acquisition and process simulation.

The unit supports a variety of experiments and exercises, including:

1. Representation of the thermodynamic cycle on a log p-h diagram.
2. Analysis of components such as compressors, condensers, evaporators, and expansion valves.
3. Determination of refrigeration capacity, compressor work, and coefficient of performance (COP).
4. Study of evaporation pressure controllers, defrost heaters, and solenoid valves

• Refrigerant: R134a, CFC-free.
• Chamber Design: Insulated freezing chamber with a defrost heater and refrigeration chamber with evaporation pressure control.
• Control System: Includes a SCADA system with PID control for real-time adjustments and monitoring.
• Safety Features: Equipped with mechanical, electrical, and software safety mechanisms.
• Data Visualization: Measured values can be displayed digitally or in real time using SCADA software.

The refrigeration system follows a structured cycle:

1. Compression: Refrigerant is compressed, increasing its pressure and temperature. Sensors measure these variables.
2. Condensation: Refrigerant cools in the condenser, transitioning to liquid state while heat is dissipated.
3. Expansion: Pressure and temperature drop as refrigerant passes through expansion valves, forming a liquid-vapor mixture.
4. Evaporation: Heat from the chambers transforms refrigerant to gas, with distinct temperature-pressure conditions for each chamber.

The freezing chamber features an electric defrost heater, and the evaporators’ effects are analyzed in isolation or parallel. Signal lamps indicate the operational status of components, while measured values are displayed digitally and optionally transmitted to a PC for analysis.

The unit includes guided practical exercises and supports applied research and training. Examples include:

• Calibration and analysis of sensors.
• Study of refrigeration components and functions.
• Fault detection in system elements.
• Real-time control of PID parameters for industrial simulation.

Why Choose Scientico?

As a leading manufacturer and exporter of refrigeration lab equipment, Scientico ensures durability, precision, and educational value. The SCI-IRC-1908 meets diverse training needs for students, researchers, and industry professionals

Scientico PolarX - 552 Split AC System Trainer
is a state-of-the-art training system designed for mechatronics engineers and professionals in the refrigeration and HVAC industries. This trainer simulates a commercial split system air conditioner and provides comprehensive learning on the design, operation, and maintenance of split AC units. Manufactured by Scientico, a recognized manufacturer and exporter of advanced HVAC training equipment, the PolarX - 552 offers hands-on experience with various operating modes and key components of a split AC system.

Key Features:

• 6 Operating Modes 
• Remote Control Functions
• Comprehensive Refrigeration Circuit
• Pressure Monitoring
• Hermetic Compressor & Forced Air Condenser
• Variable Fan Speed

Specifications:

• Trainer Type: Mechatronics engineer training system for split system ACs.
• Modes of Operation: Cooling, heating, dehumidifying, ventilation, automatic, and test.
• Additional Functions: Remote control with sleep mode, swing mode, and timer function.
• Pressure Gauges: Two refrigerant manometers (intake and delivery pressure).
• Cooling and Heating Operation: Both cooling and heating functions are simulated, with the system reversing heat transfer between the inner and outer units.
• Remote Control: Offers functions like fan speed adjustment, temperature control, and mode selection.
• Refrigerant: System uses eco-friendly refrigerant (R134a).
• Evaporator & Condenser: Forced air condenser (outer unit), and evaporator with variable fan speed (inner unit).
• Switch for Cooling and Heating: Automatic switch for reversing the cycle between cooling and heating.

Applications:
The Scientico PolarX - 552 Split AC System Trainer is perfect for HVAC training programs, mechatronics engineering courses, and refrigeration technician workshops. It provides a practical understanding of commercial split AC units, making it an essential tool for students and professionals who need hands-on experience with the operation and maintenance of air conditioning systems.

Why Choose Scientico?
As a leading manufacturer and exporter of refrigeration and HVAC training equipment, Scientico is committed to providing high-quality, industry-standard tools for training purposes. The PolarX - 552 Split AC System Trainer is designed to provide comprehensive training in a controlled, hands-on environment, ensuring students are well-prepared for careers in the refrigeration and HVAC sectors.

1. What are the different operating modes of the PolarX - 552 Split AC System Trainer?
The trainer includes 6 modes: cooling, heating, ventilation (fan-only), automatic, dehumidifying, and test.

2. Does this system support remote control functions?
Yes, the trainer includes a remote control with functions like sleep mode, swing mode (adjustable air outlet), and a timer for switching on/off.

3. What refrigerant does the system use?
The trainer uses eco-friendly R134a refrigerant, which is commonly used in modern air conditioning systems.

4. How does the cooling and heating function work in the system?
In cooling mode, the inner unit’s evaporator removes heat from the room air, while in heating mode,

Scientico PolarX - 564 Domestic Refrigeration Training Unit is an advanced educational tool designed to teach the fundamentals of refrigeration technology. Ideal for students in mechanical engineering, HVAC, and appliance repair training, this unit provides a hands-on approach to learning about refrigeration systems. With its closed refrigeration circuit, including key components like the compressor, evaporator, condenser, and capillary tube expansion device, the trainer allows for in-depth exploration of how domestic refrigeration systems operate.

Key Features:

• Complete Refrigeration System
• Pressure Protection
• Real-Time Measurements
• Cooling Load Simulation
• Refrigerant
• Process Analysis
• Optional Data Recording

Specifications:

• Refrigeration Circuit Components: Compressor, condenser with fan, evaporator, capillary tube expansion device, pressure switch for compressor protection.
• Cooling Load Simulation: Heater in the refrigeration chamber to simulate varying cooling loads.
• Real-Time Monitoring: Analog pressure gauges, digital temperature, and power displays.
• Refrigerant Type: Uses R134a refrigerant, CFC-free, for an environmentally friendly refrigeration cycle.
• Data Recording & Analysis: Optional software for recording data and visualizing the thermodynamic process in the p-h diagram.

Applications: The Scientico PolarX - 564 Domestic Refrigeration Training Unit is ideal for mechanical engineering students, appliance repair training programs, and HVAC professionals looking to learn or improve their knowledge of domestic refrigeration systems. It provides invaluable experience in refrigeration technology, from basic operation to system analysis and troubleshooting.

Why Choose Scientico? As a trusted manufacturer and exporter of refrigeration training systems, Scientico delivers high-quality equipment for the education and training of engineers. The PolarX - 564 Domestic Refrigeration Training Unit offers hands-on experience with essential refrigeration system components, ensuring that learners are well-prepared for real-world applications.

1. What components are included in the PolarX - 564 Domestic Refrigeration Training Unit?
The trainer includes a compressor, condenser, capillary tube expansion device, evaporator, pressure switch, and a refrigeration chamber with a heating element to simulate cooling loads.

2. What refrigerant is used in the system?
The PolarX - 564 uses R134a refrigerant, an eco-friendly, CFC-free refrigerant.

3. How is system performance measured?
The unit features analog gauges for pressure, and digital displays for temperature and power. Measured values can also be recorded and analyzed with optional data recording software.

5. Is the unit suitable for automation training?
While the PolarX - 564 is primarily focused on refrigeration and system analysis, it can also serve as a foundation for automation training when combined with compatible automation systems

Scientico SCI-IRC-1923-03 Maintenance Kit is a professional-grade toolset designed for performing essential maintenance and troubleshooting tasks on refrigeration systems. This comprehensive kit is perfect for HVAC technicians, refrigeration engineers, and students learning refrigeration technology. It enables efficient evacuation, filling, leak detection, and controller setting for a variety of refrigeration systems, ensuring optimal performance and reliability.

1. Maintenance Tasks:

• Perform filling and evacuation of refrigeration systems.
• Detect leaks with a battery-operated leak detector.
• Set and adjust primary and secondary controllers.

2. Precision Tools and Instrumentation:

• Vacuum pump for removing air and humidity during evacuation.
• Filling balance for precise refrigerant measurement.
• Manometers for monitoring intake, high, and cylinder pressures.
• Digital multimeter for accurate electrical measurements.

3. Industry-Standard Components:

• Designed for refrigerant R134a, ensuring compatibility with modern systems.
• Includes common refrigeration tools for hands-on practice.

• Comprehensive Setup:

  • Vacuum pump for system evacuation.
  • Filling station for refrigerant management.

• Leak Detection Tools:

  • Battery-operated leak detector for efficient and accurate fault detection.

• Instrumentation:

  • Manometers for intake, high pressure, and cylinder pressure monitoring.
  • Vacuum meter for precise evacuation control.

• Additional Tools:

  • Digital multimeter for electrical diagnostics.
  • Set of standard refrigeration tools for maintenance tasks.

The Scientico SCI-IRC-1923-03 Maintenance Kit is engineered to simplify and enhance maintenance workflows for refrigeration systems. This kit enables users to perform critical tasks, such as filling and evacuating refrigeration systems, detecting leaks, and configuring controllers.

Designed for compatibility with refrigerant R134a, the kit utilizes components widely used in the industry, making it a practical and reliable solution for professional and educational applications.

The SCI-IRC-1923-03 Maintenance Kit is ideal for:

• Educational Institutions: Hands-on training for students in HVAC and refrigeration courses.
• Professional Development: Technicians and engineers upgrading their maintenance skills.
• Industrial Use: Routine maintenance and troubleshooting of commercial refrigeration systems.

As a renowned manufacturer and exporter, Scientico offers state-of-the-art equipment tailored for professional and educational purposes. The SCI-IRC-1923-03 Maintenance Kit exemplifies our commitment to providing practical, reliable, and industry-relevant solutions.

1. What refrigerant is the kit compatible with?
The kit is designed for use with R134a refrigerant, commonly used in modern refrigeration systems.

2. Does the kit include a vacuum pump?
Yes, a vacuum pump is included for system evacuation.

3. Can this kit detect refrigerant leaks?
Yes, the kit includes a battery-operated leak detector for efficient fault diagnosis.

4. Is the digital multimeter included?
Yes, the kit comes with a digital multimeter for electrical measurements.

Scientico Computerized Cooling Tower Test Bench (Model SCI-008) is a high-precision training system designed to demonstrate the working principles and thermodynamics of wet cooling towers with forced ventilation. This advanced trainer is perfect for HVAC education, thermodynamic studies, and industrial training applications, offering a comprehensive understanding of cooling tower operation, heat transfer, and energy balance.

Equipped with sensors for air and water temperature, humidity, and flow rate, the trainer records all critical parameters, which are displayed digitally or transmitted to a PC via USB. The data acquisition software enables live tracking, graphical analysis, and the representation of air states in an h-x diagram, making this system a valuable tool for academic and industrial settings.

1. Comprehensive Cooling Tower Analysis:

• Demonstrates the thermodynamic principles of wet cooling towers.
• Visual representation of air state changes in an h-x diagram.
• Study heat transfer via convection and evaporation.

2. Advanced Experimental Capabilities:

• Measure cooling capacity and energy balances.
• Calculate process parameters like maximum cooling distance and cooling zone width.
• Perform comparative studies with interchangeable cooling columns.

3. Real-Time Monitoring and Data Analysis:

• Sensors record volumetric airflow, water flow rate, temperature, and humidity.
• Digital displays for immediate readings and USB integration for PC-based analysis.
• Includes data acquisition software for graphical and statistical representation.

4. Interactive and Transparent Design:

• Transparent cooling column for enhanced observation of water flow and evaporation.
• Adjustable airflow via a fan with a throttle valve for controlled experiments.

• Cooling Column:

  • Specific Surface of Wet Deck Surface: 110 m²/m³
  • Cross-Section: 150 x 150 mm
  • Volumetric Airflow Measurement via Orifice: Ø 80 mm

• Heater:

  • Adjustable in Three Stages: 500W, 1000W, 1500W
  • Thermostat Safety Cut-off: 50°C

• Fan:

  • Power Consumption: 250W
  • Maximum Pressure Difference: 430 Pa
  • Maximum Volumetric Flow Rate: 13 m³/min

• Pump:

  • Maximum Head: 70 m
  • Maximum Flow Rate: 100 L/h

• Water Tank:

  • Capacity: 4.2 L

• Measuring Ranges:

  • Differential Pressure (Air): 0–1000 Pa
  • Water Flow Rate: 12–360 L/h
  • Temperature: 2x 0–50°C, 3x 0–100°C
  • Relative Humidity: 10–100%

• Power Requirements:

  • Voltage: 230V, 50Hz or 60Hz, Single Phase

1. What experiments can be conducted with this trainer?
Users can analyze cooling tower thermodynamics, study changes in air states, determine cooling capacities, and evaluate energy balances under different conditions.

2. Does the system include data acquisition software?
Yes, the trainer comes with user-friendly software for data recording, real-time monitoring, and graphical representation.

3. What safety features are included?
The system is equipped with a thermostat that switches off the heater at 50°C for safe operation.

Scientico SCI-IRC-1922 Air Duct Training System is a comprehensive and versatile training tool designed to simulate real-world ventilation systems for educational and professional purposes. With its hands-on approach, this system enables learners to explore, plan, set up, and test various air duct systems while gaining practical knowledge of ventilation engineering..

Description:
The Scientico SCI-IRC-1922 Air Duct Training System offers a practical platform for mastering ventilation engineering. This versatile trainer provides hands-on learning for setting up and analyzing air duct systems used in offices, production facilities, sports arenas, and conference rooms.

The system includes a radial fan with speed control, air ducts, various pipe diameters, bends, and flow control valves, enabling trainees to build customized air distribution setups. The inclusion of manometers, pitot tubes, and anemometers allows for precise measurements of pressure, velocity, and airflow, making it ideal for investigating the effects of different components on system performance.

Applications:
The SCI-IRC-1922 Air Duct Training System is ideal for:

• Educational Institutions: Hands-on training for HVAC and building services engineering students.
• Professional Training Programs: Skill development in ventilation system design and analysis.
• Research and Development: Experimental studies in air distribution and duct system efficiency.

Why Choose Scientico?
As a leading manufacturer and exporter, Scientico delivers high-quality educational tools designed to provide real-world learning experiences. The SCI-IRC-1922 Air Duct Training System is built to equip learners with the skills and knowledge required to excel in ventilation technology, HVAC systems, and airflow analysis.

1. What can I learn from the SCI-IRC-1922 Air Duct Training System?
This system teaches you to design, assemble, and analyze ventilation systems, measure airflow and pressure, and study fan characteristics and efficiency.

2. Is the trainer suitable for HVAC applications?
Yes, it is specifically designed for hands-on learning in HVAC systems and airflow dynamics, covering real-world ventilation applications.

3. What measurement tools are included?
The system includes U-tube, inclined tube, and digital manometers, pitot tubes, and a manual anemometer for precise airflow and pressure measurements.

4. Can I study fan efficiency with this trainer?
Yes, you can calculate fan efficiency, record fan characteristics, and determine operating points.

5. Is the trainer portable?
Yes, the radial fan is mounted on a mobile frame, and the system includes a storage box for easy organization and portability

Scientico, a renowned refrigeration lab equipment manufacturer and air condition lab equipment exporter, is proud to present the PolarX - 501 Simple Compression Refrigeration Circuit Unit. This cutting-edge unit is designed to demonstrate the compression cycle and key principles of refrigeration systems, making it an essential tool for thermodynamics lab equipment and thermotechnics lab equipment in educational and industrial applications.

• Compression cycle demonstration to study the essential thermodynamic process in refrigeration systems.
• High-quality cooling fluids (R134a, CFC-free) for efficient heat transfer and eco-friendly operation.
• Includes a compressor, evaporator, condenser, and expansion valve for complete refrigeration cycle operation.
• Dual water tanks simulate the cold source and hot source, enabling real-world applications of temperature control and cooling process.
• Equipped with pressure gauges and digital sensors for precise measurement of thermal energy and temperature in both the cooling process and heat extraction.
  Educational Applications

• Learn the refrigeration cycle and understand how heat removal lab equipment operates in real-world systems.
• Explore thermodynamic processes, including energy transport, heat extraction, and temperature maintenance.
• Study cooling systems and their role in cooling fluids and thermal energy management in industrial applications.
• Perform experiments on heat transfer, temperature control, and heat removal using this hands-on unit.

• A simplified model of a typical compression cycle in refrigeration systems, ideal for thermodynamics lab equipment and thermotechnics lab equipment.
• Cooling fluids (R134a) enable accurate modeling of the cooling process with eco-friendly refrigerant for energy-efficient operation.
• Dual tanks for simulating cold source and hot source, with precise temperature monitoring for effective thermal energy measurement.
• Digital sensors and pressure gauges for accurate tracking of thermal energy, temperature maintenance, and system performance.

The PolarX - 501 Simple Compression Refrigeration Circuit Unit is a comprehensive, hands-on tool designed for demonstrating the core principles of refrigeration systems. This unit provides a practical understanding of heat transfer, temperature control, and the compression cycle, using real components such as a compressor, condenser, evaporator, and expansion valve.

Ideal for thermodynamics lab equipment and thermotechnics lab equipment, this unit is perfect for both academic learning and industrial training. Scientico, as a leading refrigeration lab equipment manufacturer, ensures that the PolarX - 501 Simple Compression Refrigeration Circuit Unit meets the highest standards of performance, safety, and environmental friendliness.

Q&A Section

Q: What is the main function of the Simple Compression Refrigeration Circuit Unit?
A: It demonstrates the compression cycle of refrigeration systems, providing hands-on learning in heat transfer, energy transport, and cooling systems for educational purposes.

Q: Which refrigerant is used in this unit?
A: The unit uses R134a refrigerant, an eco-friendly cooling fluid that is CFC-free and provides efficient thermal energy management..

Manufacturer and Exporter: SCIENTICO

The Rotary Air Compressor Test Bench is a high-precision training apparatus designed for analyzing and evaluating the performance of rotary air compressors. This state-of-the-art system is ideal for academic institutions, research facilities, and industrial training centers, offering in-depth insights into the working principles and efficiency of rotary vane compressors.

The system comprises a rotary vane compressor driven by a 3 HP electric motor, an orifice meter with a water manometer for air intake measurement, and a pressure gauge for monitoring discharge pressure. The trainer facilitates detailed performance analysis, including the measurement of volumetric efficiency, power consumption, and free air delivery.

This advanced trainer is equipped with digital displays to record temperatures, pressures, air throughput, and power consumption. Additionally, it includes data acquisition software for real-time monitoring and analysis via USB connectivity. Safety features such as pressure relief valves and pressure switches ensure secure operation.

• Comprehensive Study: Analyze all components and accessories used in rotary air compressors.
• Performance Evaluation: Determine isentropic work, actual work, volumetric efficiency, isentropic efficiency, and free air delivery under varying delivery pressures.
• Data Visualization: Plot volumetric and isentropic efficiency against delivery pressure for performance analysis.
• Instrumentation: Includes sensors with digital displays and data acquisition software.
• Safety Features: Integrated pressure relief valves and pressure switches for safe operation.

• Compressor: Rotary vane compressor driven by a 3 HP motor.
• Air Intake Measurement: Calibrated orifice meter with water manometer.
• Power Input Measurement: Energy meter for monitoring motor input.
• Pressure Monitoring: Discharge pressure measured using a pressure gauge.
• Control Valve: Included at the delivery side for flow regulation.
• Data Acquisition: USB-enabled software for real-time monitoring and analysis.

• Educational Training: Ideal for engineering and technical institutions to teach students about rotary compressors and their efficiency.
• Industrial Training: For professionals to understand compressor behavior under different conditions.
• Performance Research: Aids in studying and improving compressor designs.

• Dimensions: 1500 x 1500 x 1250 mm
• Weight: Approx. 320 kg

As a trusted manufacturer and exporter of laboratory and industrial training equipment, SCIENTICO ensures unmatched quality and reliability. The Rotary Air Compressor Test Bench (Model No: SCI-922) is engineered to deliver accurate results and robust performance, meeting the diverse needs of educational and industrial applications.