Refrigeration Cycle Demonstration Equipment

Refrigeration Cycle Demonstration Equipment

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Refrigeration Cycle Demonstration Equipment Teaching Objectives of Refrigeration Cycle Demonstration Equipment Observe the evaporation and condensation of the refrigerant. Represent and understan...


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Refrigeration Cycle Demonstration Equipment

Teaching Objectives of

Refrigeration Cycle Demonstration Equipment
  • Observe the evaporation and condensation of the refrigerant.
  • Represent and understand the refrigeration cycle in a diagram: log p,h.

Energy Balances

  • Determination of the coefficient of performance
  • Oil return in a submerged evaporator

Technical specifications

  • An evaporator in which the coolant is vaporized and removes a certain quantity of heat from the water circulating in the copper tube coil.
  • A hermetic compressor.
  • A condenser.
  • A pressure relief valve that allows the passage of coolant, liquid from the condenser, towards the evaporator by reducing pressure.
  • A porthole window placed between the pressure relief valve and the evaporator allows observation of steam formation during the period of rest.

Instrumentation

  • Two pressure gauges.
  • Eight Pt100 sensors with a digital indicator
  • Two flowmeters

Supplementary

  • Option 1: Digital Wattmeter
  • Option 2: Rotameter for the coolant flow rate
  • Option 3: Acquisition module:
  • Replacement of two gauges by piezometric sensors with analog output
  • Interfaces 4-20 mA / RS485
  • RS485 Converter - RS 432
  • One OPC server
  • Block diagram of the system developed in Labview

Essential requirements

  • Electricity supply: 220/240 V single phase 50 Hz + Earth
  • Water supply and drainage: 400 L/h, pressure 1 bar

Dimensions and weight

  • 850 x 550 x 800mm – 50 kg


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quick overview :

Refrigeration Cycle Demonstration Equipment

Teaching Objectives of

Refrigeration Cycle Demonstration Equipment
  • Observe the evaporation and condensation of the refrigerant.
  • Represent and understand the refrigeration cycle in a diagram: log p,h.

Energy Balances

  • Determination of the coefficient of performance
  • Oil return in a submerged evaporator

Technical specifications

  • An evaporator in which the coolant is vaporized and removes a certain quantity of heat from the water circulating in the copper tube coil.
  • A hermetic compressor.
  • A condenser.
  • A pressure relief valve that allows the passage of coolant, liquid from the condenser, towards the evaporator by reducing pressure.
  • A porthole window placed between the pressure relief valve and the evaporator allows observation of steam formation during the period of rest.

Instrumentation

  • Two pressure gauges.
  • Eight Pt100 sensors with a digital indicator
  • Two flowmeters

Supplementary

  • Option 1: Digital Wattmeter
  • Option 2: Rotameter for the coolant flow rate
  • Option 3: Acquisition module:
  • Replacement of two gauges by piezometric sensors with analog output
  • Interfaces 4-20 mA / RS485
  • RS485 Converter - RS 432
  • One OPC server
  • Block diagram of the system developed in Labview

Essential requirements

  • Electricity supply: 220/240 V single phase 50 Hz + Earth
  • Water supply and drainage: 400 L/h, pressure 1 bar

Dimensions and weight

  • 850 x 550 x 800mm – 50 kg

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Product

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