Automotive Training Equipment

Automotive Training Equipment

DLQC-XNY07 Pure Electric Vehicle Air Conditioning System Teaching Platform

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MODEL: DLQC-XNY07

1. Stand Dimensions: ≥ Length 1400 × Width 900 × Height 1350 (mm).

2. Frame Material: European standard industrial aluminum profiles / matte anodized finish.

3. Main Panel Material: Aluminum composite panel—weather-resistant, wear-resistant, high-temperature resistant, high-strength, corrosion-resistant.

4. System Circuit Diagram Printing Method: UV printing (System circuit diagrams are assembled by strictly following the original manufacturer's repair manual schematics).

5. Side Panel Material: Aluminum-plastic composite panel (weather-resistant, corrosion-resistant, high-strength, high-temperature resistant).

6. Test Ports: High-quality nylon material, high-pressure safety-rated 4mm panel banana jack ports / PA66 high-strength nylon / nickel-plated brass / materials plated compliant with RoHS environmental standards.

7. Load-bearing Casters: Single-molded nylon construction with high load capacity and wear resistance. Wide wheel surface ensures exceptional stability, smooth rotation, and outstanding durability. Dual-bearing design distributes weight evenly for superior load-bearing, pressure resistance, and impact absorption.


DLQC-XNY07 Pure Electric Vehicle  Air Conditioning System Teaching Platform

Details introduction

Overview

DLQC-XNY07 Pure Electric Vehicle Air Conditioning System Teaching Platform utilizes the original BYD e5 air conditioning and heating system. It authentically demonstrates the interconnections, control relationships, installation locations, and operational parameters of the core components within the BYD e5 air conditioning and heating system. This platform cultivates students' ability to analyze and troubleshoot faults in the BYD e5 air conditioning and heating system. It is suitable for teaching new energy pure electric vehicle courses and maintenance training at vocational and technical colleges.

Features

1. Stand Dimensions: ≥ Length 1400 × Width 900 × Height 1350 (mm).

2. Frame Material: European standard industrial aluminum profiles / matte anodized finish.

3. Main Panel Material: Aluminum composite panel—weather-resistant, wear-resistant, high-temperature resistant, high-strength, corrosion-resistant.

4. System Circuit Diagram Printing Method: UV printing (System circuit diagrams are assembled by strictly following the original manufacturer's repair manual schematics).

5. Side Panel Material: Aluminum-plastic composite panel (weather-resistant, corrosion-resistant, high-strength, high-temperature resistant).

6. Test Ports: High-quality nylon material, high-pressure safety-rated 4mm panel banana jack ports / PA66 high-strength nylon / nickel-plated brass / materials plated compliant with RoHS environmental standards.

7. Load-bearing Casters: Single-molded nylon construction with high load capacity and wear resistance. Wide wheel surface ensures exceptional stability, smooth rotation, and outstanding durability. Dual-bearing design distributes weight evenly for superior load-bearing, pressure resistance, and impact absorption.


Training projects

1. Understand the working principle of electric vehicle air conditioning refrigeration systems.

2. Understand the functions of key components in electric vehicle air conditioning refrigeration systems.

3. Understand the differences between electric vehicle air conditioning refrigeration systems and traditional vehicle systems.

4. Understand the working principle of electric vehicle heating modules.

5. Understand the functions of key components in electric vehicle heating modules.

6. Understand the differences between electric vehicle heating modules and traditional vehicle systems.

7. Gain hands-on experience with refrigerant discharge, evacuation, and recharge procedures.

8. Understand the practical skills of pipe disassembly, assembly, and connection.

9. Master high- and low-pressure testing of the air conditioning system and fault diagnosis.


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