Air Conditioning System Experimental Equipment
The air conditioning systems widely used in various industries not only maintain the comfort of life but also refer to the control of industrial process environments, contributing to the improvement of living standards. The air conditioning system experimental device EC1501V demonstrates the cooling and dehumidification processes as well as the thermodynamic processes of refrigeration systems. The tabletop experimental device using R134a as the refrigerant is equipped with an evaporator (evaporator) in the center of the open duct, a fan at the right end, and a disk for flow adjustment. The transparent acrylic plate at the front allows for observation of the internal sensors and the evaporator. The temperature of the refrigeration system, the temperature and humidity at the duct inlet and outlet, and the high and low pressures are digitally displayed on the control panel's LCD display. Additionally, using the included VDAS software, various data can be displayed and collected on a PC (sold separately), and p-h diagrams and psychrometric charts can be drawn.
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basic information
EC1501V Specifications Dimensions & Weight: 1020 x 600 x H900mm, approximately 70kg Power Supply: Single-phase AC100V 5A or AC200V 3A 50/60Hz Air Flow Rate: Maximum approximately 295m³/h Duct Internal Dimensions: 152mm x 152mm Compressor: Fully enclosed reciprocating type Horsepower: 1/8HP Displacement: 4cm³ Cooling Capacity: 329W Refrigerant: R134a, HFC, Boiling point -26.4℃ (atmospheric pressure 101.3kPa) Expansion Valve: Internal equalization type Pressure Switch: Low pressure side pressure 1bar, opening/closing pressure difference 1bar; high pressure side pressure 15bar, opening/closing pressure difference 4bar Temperature Measurement: 4 K-type thermocouples (compressor inlet and outlet, expansion valve inlet) Temperature & Humidity Measurement: 2 humidity sensors (duct inlet and outlet) Manometers: 2 (for high pressure and low pressure) Pressure Sensors: 2 (for high pressure and low pressure)
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Applications/Examples of results
Main Experimental Content (Reference) Experiment 1: How to Use the Moist Air Chart Experiment 2: Demonstration and Analysis of Air Conditioning Processes (Specific Enthalpy, Relative Humidity, Absolute Humidity) Experiment 3: The Impact of Airflow Changes on Air Conditioning Processes Experiment 4: Verification and Analysis of the Refrigeration Cycle (Adiabatic Coefficient, Coefficient of Performance, Degree of Subcooling, Degree of Superheating)
Detailed information
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Custom calculation formula input and layout changes are possible VDAS software screen
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VDAS software moist air diagram reference screen
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VDAS software P-h diagram reference screen
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Device circuit diagram
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Company information
Megakemu designs, manufactures, and imports various experimental and practical equipment for universities, junior colleges, technical colleges, high schools, and vocational schools nationwide. While the world has made advancements in various fields, it seems that our Earth's environment is being disturbed by ourselves and is approaching its limits. The world is seeking new Japanese technologies that coexist with the Earth's environment.