Computerized Vapour Absorption Refrigeration Trainer

Send Inquiry

Request To Call Back

Computerized Vapour Absorption Refrigeration Trainer

Price 278775 INR/ Piece

Get a Price/Quote

MOQ : 01 Piece

Computerized Vapour Absorption Refrigeration Trainer Specification

Resolution
0.1C / 0.01 bar

Mounting Type
Floor Mounted

Humidity
10% - 90% RH

Interface Type
USB / Serial

Specimen Size
Standard sample bottle

Operating Voltage
230V AC

Port Size
1/2 inch BSP

Frequency
50 Hz

Measuring Range
Pressure: 0-5 bar, Temperature: -10C to 70C

Features
Data Acquisition, Remote Monitoring, Digital Readout

Automation Grade
Automatic

Gas Pressure
Max. 4 bar

Temperature
Ambient to 60C

Hardness
Steel Construction

Display Type
Digital, Computer Interface

Response Time
<3 seconds

Number of Specimens
Single Unit

Accuracy
1%

Equipment Type
Vapour Absorption Refrigeration Trainer

Power Supply
230V AC, 50 Hz

Max Height
1200 mm

Application
Educational Demonstration & Laboratory Research

Test Range
-5C to 55C

Usage
Student Experiment, Performance Study

Capacity
0.5 ton refrigeration

Machine Weight
Approx. 60 kg

Test Speed
Variable, up to 150 rpm

Test Width
300 mm

Test Stroke
30 mm

Control Mode
Computerized, PLC based

Refrigerant
Aqua-Ammonia

Compressor
Not required (ammonia absorption driven)

Standard Accessories
Charging hoses, manometers, instruction manual, user guide

Power Consumption
1 kW max

Data Logging Software
Included, compatible with Windows

Cooling Water Required
3-5 LPM (for absorption unit)

Working Principle
Vapour absorption cycle, ammonia-water

Dimensions (L x W x H)
1100 mm x 650 mm x 1350 mm

Safety Features
Overload protection, leakage sensors, emergency stop

Evaporator Material
Copper

Noise Level
Less than 65 dB

Sensors Provided
Temperature, pressure, flow and conductivity sensors

Cabinet Finish
Powder coated CRCA sheet

Condenser Type
Air cooled condenser

About Computerized Vapour Absorption Refrigeration Trainer

Computerized DAQsystem consisting of Power indicator; 8 Thermocouple. It should be able toraise the power consumed over time, the load as well temperatures

Total Equipment is skid mounted in SS 40 x40Frame Structure with Castor wheels. All wetted parts also made of SS-304Working medium: ammonia-water solution Auxiliary gas: hydrogen

Electric heater:125W

Evaporator heater,adjustable: 50W Measuring ranges

Temperature: 4x-80-180C

Power: 0-150W

Required foroperation

230V, 50Hz, 1 phase

Touch screen basedFully automatic system with password protection

Data acquisitionshould be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernetand Wi-fi

Should be equippedwith all safety protections

Flow visualizationshould be available in the DAQ System

Should be equippedwith both manual and auto operation Power consumption of individual system, allsensors data should be display and logged automatically System should havesoftware for operating, data logging, processing and data displaying

Performancevariables (e.g., Heating/Cooling COP, Heating / Cooling load etc.)

Should beautomatically calculated and displayed and should be stored in pen drive alsoalong with PC.

Instruments shouldbe provided with 3D drawing of complete equipment along with the name and makeof all standard components used in the test rig Each rig should have smallaesthetically appealing poster with schematic diagram and basic working detail

Intuitive Control & Monitoring

Operate the trainer using a computerized, PLC-based system with digital display and user-friendly data logging software. The system allows precise monitoring thanks to integrated sensors for pressure, temperature, flow, and conductivity, supporting extensive experimentation and remote monitoring directly from your computer.

All-In-One Educational Tool

Specially created for laboratory research and teaching, this trainer demonstrates the vapour absorption cycle with aqua-ammonia refrigerant. It covers test ranges from -5C to 55C, pressure readings up to 5 bar, and specimen capacity using standard sample bottles, making it highly versatile for various educational experiments.

Enhanced Safety and Robust Build

Safety is prioritized with features like overload protection, leakage sensors, and emergency stop. Constructed from rugged powder-coated CRCA steel and copper components, the trainer maintains low noise levels and is suitable for continuous educational use. Its floor-mounted design ensures stability during operation.

FAQs of Computerized Vapour Absorption Refrigeration Trainer:

Q: How does the Computerized Vapour Absorption Refrigeration Trainer operate without a compressor?

A: This trainer relies on the ammonia-water vapour absorption cycle, eliminating the need for a mechanical compressor. Ammonia is absorbed in water, heated, and separated by thermal energy, resulting in cooling through cyclic absorption and regeneration.

Q: What is the recommended process for setting up the trainer in a laboratory environment?

A: Install the trainer on a floor-mounted surface, connect the required 230V AC power supply, and ensure cooling water is supplied at 3-5 LPM to the absorption unit. Use the provided USB or serial interface to link the system with a Windows PC for data logging and monitoring.

Q: When should the safety features such as emergency stop or overload protection be used?

A: Activate the emergency stop or rely on overload and leakage detection if abnormal operation, excessive noise, or any system fault is observed. These features protect users and equipment during unforeseen incidents or malfunctions.

Q: Where can the data logging software be accessed and what are its compatibility requirements?

A: The data logging software is included with the trainer and runs on Windows-based computers. Simply install the software using the user guide, and connect the trainer via USB or serial port for real-time data acquisition and analysis.

Q: What advantages does computerized control bring to educational and research applications?

A: Computerized and PLC-based control enables precise measurement, automation, remote monitoring, and detailed data acquisition. This enhances learning outcomes, performance analysis, and allows for systematic experiments that replicate real-world industrial scenarios.

Q: How can students use the trainer to study performance characteristics?

A: Students can perform repetitive experiments, adjust test speed up to 150 rpm, and observe real-time temperature and pressure changes across a range of -10C to 70C and 0-5 bar. All results can be logged and reviewed via digital display and computer interface for comprehensive analysis.

Tell us about your requirement