Refrigeration Training System, Base Unit
Categories: Engineering Lab EquipmentWith this training system practical experiments relating to the operation of a refrigeration system can be implemented by dealing with differently configured compression refrigeration circuits. The...
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Description
With this training system practical experiments relating to
the operation of a refrigeration system can be implemented by dealing with
differently configured compression refrigeration circuits. The components used
are common in refrigeration and therefore closely related to practice.
The base unit it includes the main components of a
refrigeration circuit: a condensing unit with compressor, condenser and
receiver and a refrigeration chamber with integrated evaporator, fan for forced
ventilation and an electric defrost heater. A pressure switch protects the
compressor against excessive pressure. The refrigerant flow can be modified via
shut-off valves.
Learning Objectives/Experiments
In conjunction with:
Design of compression refrigeration circuit
Draining and filling of refrigeration systems
Operation of refrigeration components
Cyclic process of cold production
Fault finding
Different operating modes of the receiver
With and without receiver
Pump-down
Filling the refrigeration circuit
Compare different expansion elements
A structured curriculum and a detailed representation of the
range of experiments is available in our product brochure
Specification
Base unit for the refrigeration training system
Extension with components from it for basic experiments
using simple refrigeration circuits
Extension with components from it for advanced experiments
in refrigeration systems
Condensing unit, consisting of hermetic compressor,
condenser, receiver, pressure switches and shut-off valves
Insulated refrigeration chamber with integrated evaporator,
electric defrost heater and condensate drip tray
Refrigeration chamber, condensing unit and power supply
equipped with shock-proof lab jacks
Technical Data
Air-cooled condensing unit
refrigeration capacity: 1220W at 5/40°C
max. volumetric air flow rate: 850m3/h
receiver: 1,4L
Evaporator with fan
cooling surface: 1,81m2
max. volumetric air flow rate: 140m3/h
electric defrost heater: 50W/m
Refrigerant
R513A
GWP: 631
filling volume: 1kg
CO2-equivalent: 0,6t
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
quick overview :
With this training system practical experiments relating to
the operation of a refrigeration system can be implemented by dealing with
differently configured compression refrigeration circuits. The components used
are common in refrigeration and therefore closely related to practice.
The base unit it includes the main components of a
refrigeration circuit: a condensing unit with compressor, condenser and
receiver and a refrigeration chamber with integrated evaporator, fan for forced
ventilation and an electric defrost heater. A pressure switch protects the
compressor against excessive pressure. The refrigerant flow can be modified via
shut-off valves.
Learning Objectives/Experiments
In conjunction with:
Design of compression refrigeration circuit
Draining and filling of refrigeration systems
Operation of refrigeration components
Cyclic process of cold production
Fault finding
Different operating modes of the receiver
With and without receiver
Pump-down
Filling the refrigeration circuit
Compare different expansion elements
A structured curriculum and a detailed representation of the
range of experiments is available in our product brochure
Specification
Base unit for the refrigeration training system
Extension with components from it for basic experiments
using simple refrigeration circuits
Extension with components from it for advanced experiments
in refrigeration systems
Condensing unit, consisting of hermetic compressor,
condenser, receiver, pressure switches and shut-off valves
Insulated refrigeration chamber with integrated evaporator,
electric defrost heater and condensate drip tray
Refrigeration chamber, condensing unit and power supply
equipped with shock-proof lab jacks
Technical Data
Air-cooled condensing unit
refrigeration capacity: 1220W at 5/40°C
max. volumetric air flow rate: 850m3/h
receiver: 1,4L
Evaporator with fan
cooling surface: 1,81m2
max. volumetric air flow rate: 140m3/h
electric defrost heater: 50W/m
Refrigerant
R513A
GWP: 631
filling volume: 1kg
CO2-equivalent: 0,6t
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
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