HSI Training System Refrigeration And Air Conditioning Technology, Base Unit
Categories: Engineering Lab EquipmentThe base unit is, dependent on the objective of the experiment, extended into complete refrigeration circuit with one of the models available as accessories (refrigerator, refrigeration system with re...
Product
Description
The base unit is, dependent on the objective of the
experiment, extended into complete refrigeration circuit with one of the models
available as accessories (refrigerator, refrigeration system with refrigeration
and freezing stage, simple air conditioning system, air conditioning). The main
components of it are compressor, condenser and receiver plus electrical and
communications systems. The models are plugged onto the base unit and connected
hydraulically with refrigerant hoses and electrically with cables. Self-sealing
couplings reduce the refrigerant loss to a minimum. All components are arranged
well visible to allow their operation to be monitored. The modern and powerful
software is an integral part of the training system in the form of hardware/software
integration (HSI). It enables the comfortable execution and analysis of the
experiments. The experimental unit is connected to the PC via a USB interface.
Learning Objectives/Experiments
In conjunction with
Fundamentals of the refrigeration cycle
Fundamentals of air conditioning
Components in a refrigeration system/air conditioning system
System operation
Fault finding
Features
Base unit for the setup of basic experiments in
refrigeration and air conditioning technology
Modern learning environment through hardware/software
integration (HSI)
Four models on refrigeration and air conditioning technology
Specification
Basic experiments on the operation of refrigeration and air
conditioning systems by combining the base unit and models
Training system with HSI technology
Condensing unit consisting of compressor, condenser and
receiver
Connection between condensing unit and model via refrigerant
hoses
Model attached securely on It with fasteners
Manometer for refrigerant with temperature scale
Refrigerant R513A, GWP: 631
System control via solenoid valves and software
Functions of the software: educational software, data
acquisition, system operation
Technical Data
Compressor
refrigeration capacity: 463W at 7,2/54,4°C
power consumption: 288W at 7,2/54,4°C
Receiver: 0,7L
Refrigerant
R513A
GWP: 631
filling volume: 700g
CO2-equivalent: 0,4t
Measuring ranges
temperature: 1x -50…50°C, 3x 0…100°C
pressure:
1x intake side: -1…9bar
2x delivery side: -1…15bar
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
quick overview :
The base unit is, dependent on the objective of the
experiment, extended into complete refrigeration circuit with one of the models
available as accessories (refrigerator, refrigeration system with refrigeration
and freezing stage, simple air conditioning system, air conditioning). The main
components of it are compressor, condenser and receiver plus electrical and
communications systems. The models are plugged onto the base unit and connected
hydraulically with refrigerant hoses and electrically with cables. Self-sealing
couplings reduce the refrigerant loss to a minimum. All components are arranged
well visible to allow their operation to be monitored. The modern and powerful
software is an integral part of the training system in the form of hardware/software
integration (HSI). It enables the comfortable execution and analysis of the
experiments. The experimental unit is connected to the PC via a USB interface.
Learning Objectives/Experiments
In conjunction with
Fundamentals of the refrigeration cycle
Fundamentals of air conditioning
Components in a refrigeration system/air conditioning system
System operation
Fault finding
Features
Base unit for the setup of basic experiments in
refrigeration and air conditioning technology
Modern learning environment through hardware/software
integration (HSI)
Four models on refrigeration and air conditioning technology
Specification
Basic experiments on the operation of refrigeration and air
conditioning systems by combining the base unit and models
Training system with HSI technology
Condensing unit consisting of compressor, condenser and
receiver
Connection between condensing unit and model via refrigerant
hoses
Model attached securely on It with fasteners
Manometer for refrigerant with temperature scale
Refrigerant R513A, GWP: 631
System control via solenoid valves and software
Functions of the software: educational software, data
acquisition, system operation
Technical Data
Compressor
refrigeration capacity: 463W at 7,2/54,4°C
power consumption: 288W at 7,2/54,4°C
Receiver: 0,7L
Refrigerant
R513A
GWP: 631
filling volume: 700g
CO2-equivalent: 0,4t
Measuring ranges
temperature: 1x -50…50°C, 3x 0…100°C
pressure:
1x intake side: -1…9bar
2x delivery side: -1…15bar
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
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