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Cycle training device - List of Manufacturers, Suppliers, Companies and Products

Cycle training device Product List

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Refrigeration Cycle Training Equipment R404a

Refrigeration Cycle Training Equipment R404a

Refrigeration and Air Conditioning Training Equipment

The refrigeration system using R404a as the refrigerant (such as showcases, cold storage, and refrigerated warehouses) has been arranged clearly on a tabletop pedestal. By operating the switch, it is possible to switch between cooling and heating, allowing for effective learning of the heat pump cycle. During cooling operation, the high-temperature, high-pressure refrigerant gas (superheated vapor) discharged from the compressor passes through the dryer, solenoid valve, and sight glass, where it is cooled and condensed (subcooled liquid) in the condenser. The low-temperature, low-pressure liquid refrigerant (saturated liquid) that passes through the capillary tube (expansion valve) via the sight glass enters the evaporator. In the evaporator, it undergoes heat exchange with air, providing latent heat of vaporization to the air, and the vaporized refrigerant (superheated vapor) returns to the compressor via the sight glass and solenoid valve.

  • Vocational Training/Technical School

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Refrigeration Cycle Training Equipment R1234yf

Refrigeration Cycle Training Equipment R1234yf

Refrigeration Cycle Training Equipment R1234yf

This is a device that uses R1234yf, a refrigerant developed as a substitute for HFC-134a. Compared to HFC-134a, it has a lower ozone depletion potential and global warming potential, making it an environmentally friendly refrigerant. The refrigeration system using R1234yf (refrigerant for car air conditioning and vending machines) is clearly arranged on a tabletop base. The EC2002 has an added heating and cooling switch compared to the EC2001, allowing for effective learning of the heat pump cycle. The high-temperature, high-pressure refrigerant gas (superheated vapor) discharged from the compressor passes through the dryer, solenoid valve, and sight glass, where it is cooled and condensed (subcooled liquid) in the condenser. The low-temperature, low-pressure liquid refrigerant (saturated liquid) that passes through the capillary tube (expansion valve) via the sight glass enters the evaporator, where it undergoes heat exchange with air, providing latent heat of vaporization to the air. The vaporized refrigerant (superheated vapor) then returns to the compressor via the sight glass and solenoid valve. By measuring the pressure and temperature at each part, a P-h diagram (pressure-enthalpy diagram) is created, and the coefficient of performance (COP) of this device is calculated from the inlet pressure and temperature of the compressor and the compressor efficiency.

  • Analytical Equipment and Devices

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Refrigeration Cycle Training Equipment R1234yf

Refrigeration Cycle Training Equipment R1234yf

Refrigeration Cycle Training Equipment R1234yf

This is a device that uses R1234yf, a refrigerant developed as a substitute for HFC-134a. Compared to HFC-134a, it has a lower ozone depletion potential and global warming potential, making it an environmentally friendly refrigerant. The refrigeration system using R1234yf (refrigerant for car air conditioners and vending machines) is clearly arranged on a tabletop base. The high-temperature, high-pressure refrigerant gas (superheated vapor) discharged from the compressor passes through the dryer, solenoid valve, and sight glass, where it is cooled and condensed into a liquid (subcooled liquid) in the condenser. The low-temperature, low-pressure liquid refrigerant (saturated liquid) that passes through the capillary tube (expansion valve) via the sight glass enters the evaporator, where it undergoes heat exchange with air, providing latent heat of vaporization to the air. The vaporized refrigerant (superheated vapor) then returns to the compressor through the sight glass and solenoid valve. A P-h diagram (pressure-enthalpy diagram) is created from the measured pressures and temperatures of each component, and the coefficient of performance (COP) of this device is calculated from the inlet pressure and temperature of the compressor and the compressor efficiency.

  • Environmental Test Equipment

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