Refrigeration Components For Advanced Experiments
Categories: Engineering Lab EquipmentIt enables in conjunction with the accessory set the performance of advanced experiments related to refrigeration. Commercial components are used in practical experiments. These components are mount...
Product
Description
It enables in conjunction with the accessory set the
performance of advanced experiments related to refrigeration. Commercial
components are used in practical experiments. These components are mounted on
plates ready to be connected and are arranged clearly in the frame
The set includes complex refrigeration components, such as
capacity controller, intake pressure controller, defrost timer, four-way
reversing valve and refrigeration controller. The four-way reversing valve, for
example, is used to reverse the circuit. This allows for the defrosting of an
iced-up evaporator by operating it temporarily as condenser. Manometers provide
an insight to the pressure ratios in the refrigeration circuit. Via pressure
and temperature measurements the changes of state of the refrigerant can be
tracked and entered into the log p-h diagram. The temperature is measured by
interlaboratory thermometers.
Learning Objectives/Experiments
Setup of different refrigeration circuits
Design, operation and adjustment of components
Evaporation pressure, intake pressure, capacity and
refrigeration controllers
Electric thermostat
Manual valve as expansion element
Post-injection valve
Solenoid valve with coil
Four-way reversing valve
Power and auxiliary contactor
Time relay
Defrost timer
Hot gas defrosting
Read and understand technical drawings and operating
instructions
Fault finding
Specification
Components for the setup of complex refrigeration circuits
in conjunction
Post-injection valve
Refrigeration controller with PTC sensor
Defrost timer, timing interval 30min
Time relay
Four-way reversing valve, solenoid valves
Electric thermostat as temperature controller
Power and auxiliary contactor
Technical Data
Thermostat: -5…35°C
Refrigeration controller: -40…110°C
Post-injection valve: -45…35°C
Time relay
response delay: 0,05s…100h
Setting ranges
evaporation pressure controller: 0…5,5bar
intake pressure controller: 0,2…6bar
capacity controller: 0,2…6bar
quick overview :
It enables in conjunction with the accessory set the
performance of advanced experiments related to refrigeration. Commercial
components are used in practical experiments. These components are mounted on
plates ready to be connected and are arranged clearly in the frame
The set includes complex refrigeration components, such as
capacity controller, intake pressure controller, defrost timer, four-way
reversing valve and refrigeration controller. The four-way reversing valve, for
example, is used to reverse the circuit. This allows for the defrosting of an
iced-up evaporator by operating it temporarily as condenser. Manometers provide
an insight to the pressure ratios in the refrigeration circuit. Via pressure
and temperature measurements the changes of state of the refrigerant can be
tracked and entered into the log p-h diagram. The temperature is measured by
interlaboratory thermometers.
Learning Objectives/Experiments
Setup of different refrigeration circuits
Design, operation and adjustment of components
Evaporation pressure, intake pressure, capacity and
refrigeration controllers
Electric thermostat
Manual valve as expansion element
Post-injection valve
Solenoid valve with coil
Four-way reversing valve
Power and auxiliary contactor
Time relay
Defrost timer
Hot gas defrosting
Read and understand technical drawings and operating
instructions
Fault finding
Specification
Components for the setup of complex refrigeration circuits
in conjunction
Post-injection valve
Refrigeration controller with PTC sensor
Defrost timer, timing interval 30min
Time relay
Four-way reversing valve, solenoid valves
Electric thermostat as temperature controller
Power and auxiliary contactor
Technical Data
Thermostat: -5…35°C
Refrigeration controller: -40…110°C
Post-injection valve: -45…35°C
Time relay
response delay: 0,05s…100h
Setting ranges
evaporation pressure controller: 0…5,5bar
intake pressure controller: 0,2…6bar
capacity controller: 0,2…6bar
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