HSI training system refrigeration and air conditioning technology, base unit Teaching Equipment Heat Transfer Lab Equipment

HSI training system refrigeration and air conditioning technology, base unit Teaching Equipment Heat Transfer Lab Equipment

SR-915 HSI training system refrigeration and air conditioning technology, base unit Teaching Equipment Heat Transfer Lab Equipment for college, vocational training center, university. 

  • Description
  • Inquiry

SR-915 HSI training system refrigeration and air conditioning technology, base unit Teaching Equipment Heat Transfer Lab Equipment

1.Description

The base unit SR 915  is, dependent on the objective of the experiment, extended into complete refrigeration circuit with one of the models available as accessories (SR 915 .01 refrigerator, SR 915 .02 refrigeration system with refrigeration and freezing stage,  simple air conditioning system, SR 915 .07 air conditioning).

 

The main components of SR 915 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.

 

The  software consists of a software for system operation and for data acquisition and an educational software. With explanatory texts and illustrations the educational software significantly aids the understanding of the theoretical principles. Each model has its own  software matching the learning objectives. With the aid of an authoring system, the teacher can create further exercises.

 

Temperatures and pressures in the system are recorded by sensors and displayed dynamically in the software for system operation and data acquisition. The refrigerant mass flow rate is calculated in the software from the recorded measured values. The effect of parameter changes can be tracked in log p-h and h-x diagrams. The system is also operated via the software.

2.Technical details

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 SR 915  with fasteners

manometer for refrigerant with temperature scale

 

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

flow rate: 0…19kg/h (refrigerant)

 

230V, 50Hz, 1 phase

230V, 60Hz, 1 phase

120V, 60Hz, 1 phase

UL/CSA optional

 

Required for operation

PC with Windows

 

 

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