Discover the P. A. Hilton A660 Air-Conditioning Laboratory Unit, the ultimate solution for improving your air conditioning systems. This unit, renowned for its reliability and efficiency, is an invaluable tool for both education and industry professionals. It allows detailed study of air conditioning principles, giving you the confidence to handle complex HVAC tasks with ease. Its unique features facilitate understanding the key aspects of air conditioning, from psychometrics to heat transfers, on a practical scale. This instrument's robust construction ensures longevity, even in continually changing lab environments. Access to safe, hands-on experimental capabilities offers an unrivaled learning experience for students and professionals alike. The A660 Unit has educational qualities of demonstrating the cooling, heating, humidifying, and dehumidifying processes making it a versatile all-season solution. Also, Its compatibility with data acquisition systems provides real-world insights that blend with most learning curriculums or industrial applications. Guide your decision making with the help of P. A. Hilton A660 Air-Conditioning Laboratory Unit, The perfect tool that you never knew you needed. This unit isnt just a purchase; it's an investment into understanding air-conditioning like never before!

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Factory Information
Product number: A660 A complete, upgradeable, instrumented air conditioning laboratory unit mounted on a steel frame and castor wheels. Upgrades may be added at any stage in the unit’s long life to spread the investment costs. The base unit comprises a variable speed radial acting axial flow fan discharging into a 250mm square duct with steam humidifier, electrical pre-heaters, direct expansion cooling coil/de-humidifier, electrical re-heaters and orifice plate for airflow measurement. Air-cooling is provided by vapour compression refrigeration system with pressure, temperature and refrigerant flow measurement. This allows the construction of a full cycle diagram and the balancing of refrigerant system energy balance against the airside energy transfer. Air condition is recorded before and after each process using precision wet and dry bulb sensors. Instrumentation allows the electrical power to each resistive load to be measured and balanced against the air enthalpy change and mass flow. Specifications and resources Psychrometric condition measured before and after each process by high precision wet and dry bulb sensors with 0 to 100% RH measurement capability. Airflow is adjustable to at least 0.14m3/s. Switchable heating up to 4kW. Switchable steam injection up to 5kW electrical equivalent. Cooling is by a fully instrumented vapour compression cycle with nominally 2kW capacity.