Gasoline Engine and Air Conditioning System Training Platform
This equipment uses a real, operational gasoline engine and automotive air conditioning system for educational design, combined with a specialized training platform to construct an integrated teaching
Product Overview
This equipment uses a real, operational gasoline engine and automotive air conditioning system for educational design, combined with a specialized training platform to construct an integrated teaching platform for the engine and air conditioning system. The equipment can be used to demonstrate the structural composition, working process, electronic control principles, and operational parameters of the engine and air conditioning system, meeting teaching needs such as structural cognition, operational demonstration, electrical signal detection, fault diagnosis, and working condition experiments. It is suitable for vocational schools, technical colleges, and automotive repair training institutions to conduct related course training.
Core Advantages
Real Operational System
Utilizes a real, operational gasoline engine and automotive air conditioning system to realistically demonstrate engine operation and air conditioning system working conditions.
System Composition
Displays major components such as the engine assembly, ECM, fuel pump, throttle control device, condenser, compressor, evaporator, expansion valve, dryer, blower, and their connection relationships.
Dynamic Demonstration
Through the ignition switch and throttle control device, it can demonstrate engine start-up, idle, acceleration, deceleration, and air conditioning system operation processes.
Working Condition Control
Supports control of engine acceleration and deceleration working conditions and can conduct air conditioning system operation experiments.
Electronic Control System
Displays the process of the ECM receiving sensor signals and controlling related actuators, helping students understand the input, control, and output relationships of the engine electronic control system.
Circuit Principles
Equipped with a circuit diagram panel to study the system's wiring connections and control logic in comparison with physical components.
Electrical Signal Detection
Equipped with detection terminals to analyze and detect signals from sensors, actuators, and control circuits related to the engine and air conditioning system.
Parameter Display
Equipped with a combination instrument panel, fuel gauge, vacuum pressure gauge, high-pressure gauge, low-pressure gauge, and digital temperature display device to observe real-time changes in engine and air conditioning system operational parameters.
Fault Setting and Diagnosis System
Equipped with an intelligent fault setting and evaluation system, capable of fault setting, fault clearing, and fault simulation; faults codes can be read and cleared through the OBDII diagnostic interface, and engine control system data streams can be retrieved.
Working Condition Experiments
Capable of conducting air conditioning system experiments such as refrigerant charging, leak detection, and vacuuming, as well as engine operational parameter observation experiments.
Safety Protection
Equipped with safety protection components such as a main power switch, radiator protection device, output shaft protection device, and intake/exhaust pipe protective cover.
Support and Platform Structure
Uses a mobile platform structure with self-locking casters at the bottom to meet the needs for equipment mobility and fixation.
Teaching Content & Training Projects
Hands-on training covering the following topics:
- Cognition of engine and air conditioning system composition
- Identification of engine and air conditioning system component installation positions
- Observation of engine starting and idling operation
- Observation of engine acceleration and deceleration conditions
- Observation of air conditioning system operation process
- Sensor Signal Detection
- Actuator Control Signal Detection
- ECM Terminal Signal Detection
- Fault Code Reading and Clearing
- Engine Control System Data Stream Reading and Analysis
- Instrument Display Parameter Observation
- Sensor Fault Diagnosis
Technical Specifications
| Parameter | Value |
|---|---|
| External Dimensions | 1600×1000×1800mm (Length×Width×Height) |
| Operating Voltage | DC 12V |
| Operating Temperature | -40℃～+50℃ |
| Oil Tank Capacity | 10L |
| Diagnostic Interface | OBDII |
| Fault Setting Method | Intelligent Fault Setting and Evaluation System |
What's Included
- ✓ Engine Assembly
- ✓ Air Conditioning Evaporator Assembly
- ✓ Compressor Assembly
- ✓ Expansion Valve Assembly
- ✓ Dryer Assembly
- ✓ Condenser
- ✓ Blower Assembly
- ✓ Fuel Tank
- ✓ Fuel Pump
- ✓ Radiator
- ✓ Cooling Fan
- ✓ ECM
- ✓ Throttle Control Device
- ✓ Relay
- ✓ Circuit Diagram Panel
- ✓ Combination Instrument
- ✓ Fuel gauge
- ✓ Vacuum pressure gauge
- ✓ High-pressure gauge
- ✓ Low-pressure gauge
- ✓ Digital intake thermometer
- ✓ Digital exhaust thermometer
- ✓ OBDII connector
- ✓ Intelligent fault setting and evaluation system
- ✓ Fuse box
- ✓ Mounting bracket
- ✓ Mobile test bench
- ✓ Self-locking casters
- ✓ Radiator protection device
- ✓ Output shaft protection device
- ✓ Intake and exhaust pipe protective cover
Product Category
Automotive teaching equipment — suitable for vocational colleges, technical schools, and automotive training institutions.
Get a Quote for Gasoline Engine and Air Conditioning System Training Platform
Contact StarBrain for technical specifications, custom configurations, and delivery timeline.