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CAR AIR CONDITIONER EXPERIMENTAL EQUIPMENT

KTE-9000AU

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Equipment Introduction

  • This experimental device is designed to facilitate the operation, repair, and experimentation of the system by using the cooling and heating module used in the vehicle.

  • Real-time monitoring is possible with a PC using data acquisition equipment (DA100), and experimental data can be stored on the PC.

  • This experimental device was designed to help understand each component that constitutes the vehicle cooling and heating system and to measure cooling and heating performance according to each operating condition.

Equipment Characteristics

  • ​By learning the understanding of vehicle air conditioning systems and how to operate them, you can conduct experiments to measure the cooling performance of your vehicle

  • Experiments and performance analysis based on engine RPM

  • Experiments and performance analysis based on refrigerant charge

  • Performance experiments based on temperature

  • Performance experiments based on condensation load

Education Contents

  1. Operation and experimental practice of each component of the vehicle air conditioning system

  2. Cooling experiment practice of vehicle air conditioning system

  3. Maintenance practice of vehicle air conditioning system

  4. Refrigeration capacity measurement experiment according to compressor operation RPM

  5. Real-time data recording and monitoring practice using data acquisition device

System Description

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Control Panel Device Component

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Structure of DA100 Program

Application of Data Acquisition Equipment

◈Composition of main user interface 

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◈ Application Refrigeration Utility Program 

  • Vehicle cooling system diagram :  

Compressor → Condenser → Electronic valve → Manual expansion valve → Evaporator → Compressor

  • Temperature, pressure, enthalpy measurement

  • Real-time P-h diagram drawing monitoring

  • Cooling effect (qe), heat equivalent of compression work (Aw), condenser release heat (qc), latent heat of evaporation (qr), humidity immediately after passing through the expansion valve (y), theoretical coefficient of performance (COP) calculation values

  • Data storage function

  • P-h diagram, system diagram capture function

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Video Clips for Product Usage

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Introduction to Refrigeration & HVAC System and Education Curriculum

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