Vapour Absorption Test Rig

Glass Agencies presents a Vapour Absorption Test Rig designed to provide students, engineers, and technicians with hands-on experience in studying absorption refrigeration systems and their thermodynamic behavior. This test rig allows detailed observation of the complete vapour absorption cycle, including the generator, absorber, condenser, evaporator, and solution circulation, enabling learners to understand heat transfer, energy conversion, and system efficiency in a controlled laboratory environment. The rig features transparent sections and clearly labeled components that allow visualization of refrigerant flow, solution movement, and phase changes, helping users connect theoretical concepts with practical operation. Adjustable controls and calibrated instruments, such as thermometers, pressure gauges, and flow meters, allow monitoring of temperatures, pressures, and solution concentrations at key points, enabling detailed analysis of performance, COP (coefficient of performance), and energy consumption. Glass Agencies carefully inspects each unit to ensure precise alignment, secure assembly, and accurate measurement capabilities, providing dependable operation for educational, research, and training applications. The system is designed to accommodate safe handling of working fluids, and accessible ports facilitate the introduction, observation, and removal of solutions and refrigerants, simplifying experiments while maintaining safety standards. Maintenance is straightforward, with easily reachable pumps, valves, and heat exchangers, allowing routine servicing and extending operational life. In engineering laboratories, vocational training centers, and industrial research facilities, this vapour absorption test rig enables users to study the principles of absorption refrigeration, compare theoretical and experimental results, and develop practical skills in system monitoring, troubleshooting, and energy efficiency evaluation. By choosing the vapour absorption test rig from Glass Agencies, users gain a reliable educational instrument that enhances understanding of thermodynamic cycles, supports hands-on experimentation, and equips students and professionals with the skills to analyze, optimize, and operate absorption refrigeration systems effectively. Its robust construction, precise instrumentation, and clear design make it an essential resource for modern refrigeration and thermal engineering training.