Automotive Automatic Air Conditioning System Training Platform

Automotive Automatic Air Conditioning System Training Platform

I. Product Overview:
This training platform uses a real automatic air conditioning system as its base, realistically demonstrating the working principles and processes of each component. It is suitable for theoretical learning and practical operation of automotive automatic air conditioning in secondary and higher vocational schools.

II. Components:
Speed-regulating motor, air conditioning evaporator, compressor assembly, air conditioning control computer (ECU), pressure gauge, air supply duct, air conditioning radiator, desiccant bottle, multiple temperature sensors, sunlight sensor, diagnostic connector, high and low pressure gauges, fault setting and troubleshooting system, control panel, computer-engraved color circuit diagram panel, movable stand, power supply, accompanying instruction manual and experimental guide, and roll-up color wall chart.

III. Functional Features:
1. A variable-speed motor serves as the power source, driving the air conditioning compressor. Corresponding functions can be operated via the experimental platform panel, realistically demonstrating the working principles and processes of various components in an automatic air conditioning system.
2. The experimental platform's control panel is engraved with a complete schematic diagram of the automatic air conditioning system and testing terminals. Instruments can be used to test the signal parameters of various computer pins and circuit components in the air conditioning system, such as voltage and resistance.
3. The computer-printed color schematic diagram facilitates students' understanding of the working principles and processes of automatic air conditioning.
4. The experimental platform is equipped with high and low pressure gauges, which can display the refrigerant pressure in the refrigeration system in real time.
5. The platform is equipped with high and low pressure gauges for the air conditioning refrigeration pipeline, which can visually display pressure changes in the refrigeration pipeline.
6. The platform provides students with a practical platform for vacuuming, refrigerant charging, and leak detection.
7. After setting a fault, students can use specialized instruments to practice troubleshooting and identify the location and content of the fault.
8. A fault door, measuring 150*250mm, is installed in a concealed location within the testing cabinet. Mechanical fault setting;
9. This equipment is equipped with an intelligent assessment system;
10. Car models are optional;

IV. Technical Specifications:
1. Nylon swivel casters: 75mm diameter, 35mm width, with locking swivel casters for easy movement and convenient teaching;
2. Roller frame (length × width × height: 1 × 1.1 × 1m) is made of national standard high-quality steel structure welded, treated with acid pickling and high-temperature powder coating, beautiful and durable, and improved with three-proof measures (moisture-proof, corrosion-proof, rust-proof);
3. Panel process: Aluminum panel, surface anodized paint, UV flat high-true color schematic diagram, no color change, no fading, no deformation for 10 years, durable and beautiful;
4. 8mm stainless steel terminals for detection terminals;
5. 6mm LED Indicator light;
6. Dimensions: 1600×1040×1800mm;
7. External power supply: 220V AC;
8. Operating voltage: 12V DC;
9. Operating temperature: -40℃~50℃;