The LHP 304 Autotronics Laboratory stands as a premier educational platform for students pursuing automotive technology. It integrates comprehensive theoretical knowledge with practical, hands-on experience in modern automotive electrical systems.
Introduction
The LHP-304 Autotronics Laboratory is an extensive educational facility designed to immerse students in the theoretical and practical aspects of automotive electrical systems. It equips students with hands-on experience and knowledge about various modern automobile subsystems through the use of advanced simulators, trainers, and equipment. Here is a breakdown of the laboratory’s components and their educational utility:
Equipped with advanced simulators, trainers, and interactive software, the lab provides an in-depth exploration of key vehicle subsystems, including CAN BUS communication, ABS, engine starting and ignition, sensor systems, and electronic stability control.
By offering realistic simulations and detailed didactic content, the lab ensures students can manipulate and understand system parameters, analyze schematic results, and diagnose faults effectively. The inclusion of manuals, electronic books, and an optional student response system enhances the learning process, supporting both theoretical understanding and practical application.
Adhering to DIN/IEC regulations for schematic displays, the LHP-304 Autotronics Laboratory not only imparts essential skills and knowledge but also ensures students are well-versed in industry standards. This comprehensive approach prepares students for successful careers in automotive technology, equipping them with the expertise to tackle the complexities of modern vehicle systems.
The laboratory offers theoretical and practical training for secondary and senior vocational schools, as well as general education and training institutions.
Laboratory Variations’ Key Modules and Equipment
1. General Vehicle
2. Electric Vehicle
3. Dual-fuel Vehicle
4. Hybrid Vehicle
5. Hydrogen Fuel Cell
Automotive Engine System
Key Modules & Equipment (6)
PTX-A12 Start-up System Training Panel: This panel provides comprehensive instruction on the structure and operation of start-up systems.
PTX-A13 Charging System Training Panel: This panel demonstrates the structure and operation of charging systems.
PTX-A14 Engine Immobilizer System Training Panel: This panel demonstrates the structure and operation of engine immobilizer systems.
PTX-A15 Gasoline Engine Electronic Control System Training Panel: This panel uses actual components from a gasoline engine’s electronic control system to demonstrate its structure and function.
PTX-A24 Automotive Sensors Measurement and Training System The system designed around various automotive sensors to demonstrate their composition and working processes.
PTX-A25 Gasoline Engine Sensors and Actuators (with panel) Training Bench. The training equipment is designed using original engine sensors and actuators to provide a comprehensive understanding of their functions. The laboratory offers training on the crankshaft signal wheel to simulate various engine operations, including ECU controls, fuel pump operation, fuel injector function, and spark plug ignition. This setup effectively demonstrates the working processes of engine sensors and actuators.
A15006 Gasoline Engine Electronic Control System Training Panel
The training panel features a fully operable gasoline engine electronic control system to illustrate its structure and function. Designed for vocational and general education, it focuses on the Multi-Point Gasoline Injection System (MPI), enabling students to study components, operating modes, and perform diagnostic procedures.
Automotive Transmission
Key Modules & Equipment (2)
PTX-B04 Automatic Transmission Pneumatic Power Section Training Bench: This bench uses an electronically-controlled automatic transmission assembly driven by a three-phase gear reduction motor. It demonstrates gear shifting using high-pressure gas to actuate the fuel-consuming components. The system illustrates gear positions (neutral, drive, reverse) and the internal structure and function of various fuel-consuming components in each gear position.
PTX-B07 Continuously Variable Transmission (CVT) Training Bench: Powered by an adjustable-speed three-phase induction motor, this bench demonstrates the gear positions (neutral, drive, reverse) of an electronically-controlled CVT. It effectively illustrates the structure and working principles of the CVT.
Automotive Braking System
Key Modules & Equipment (2)
PTX-E03 Dual-Circuit Brake Training Panel: This panel demonstrates the structure and function of a dual-circuit brake system. Equipped with a vacuum pump and pressure meters, it illustrates the working process of the brake system. The panel is made from durable aluminum-plastic material and features a clear circuit diagram and working principle diagram. A movable shelf with self-retention wheels provides flexibility for training.
PTX-E04 Anti-Lock Brake System Training Bench: This bench demonstrates the ABS/EBD system using an operational principle diagram. It provides a comprehensive platform for training in chassis structures, focusing on ABS/EBD. It can be used for structural display and operational demonstration of ABS/EBD, helping students understand its components and working principles.
Automotive Steering & Suspension System
Key Modules & Equipment (2)
PTX-F02 Electric Power Steering (EPS) System Training Bench: This bench demonstrates the structure and operation of the EPS and front axle suspension systems. It is a valuable tool for theoretical and practical training in EPS systems at secondary and senior vocational schools, as well as general education and training institutions. The system allows for a comprehensive understanding of EPS components and functions, making it ideal for both teaching and hands-on maintenance training.
PTX-F04 Electronically Controlled Automatic Air Suspension System Training Bench: This bench replicates a vehicle’s electronically controlled automatic air suspension system, demonstrating its structure and working principles. It features fully installed mechanical components and electronic accessories for practical demonstration and hands-on learning.
Automotive Electrical/Electronics
Key Modules & Equipment (26)
PTX-I01 Automatic Air-Conditioning System Training Bench (Cool Only): This bench is based on the Volkswagen Passat B5 automatic air conditioner system and demonstrates its structure and operation.
PTX-I02 Automatic Air-Conditioning System Training Bench (Heat & Cool): This bench demonstrates the structure and operation of an automatic air conditioning system.
PTX-I03 Manual Air-Conditioning System Training Bench (Cool Only): The system is designed with a manual air-conditioning system to illustrate the structure and working process of the manual air-conditioning system driven by a motor.
PTX-I04 Manual Air-Conditioning System Training Bench (Heat & Cool): The PTX-I04 is a training bench designed to teach students about manual air-conditioning systems. It has a system that can both heat and cool the air and is suitable for theoretical teaching and maintenance training.
PTX-I05 Automatic Air Conditioning Circuitry Training Panel: The PTX-I05 is a training panel designed to teach students about the circuitry of automatic air-conditioning systems. It demonstrates the structure and operation of the system and is suitable for theoretical teaching and maintenance training in vocational and educational institutions.
PTX-I06 Cruise Control System Training Panel The PTX-I06 is a training panel designed to teach students about cruise control systems. It features a mechanical CCS and is suitable for theoretical teaching and maintenance training in vocational and educational institutions.
PTX-I07 Electric Seat Training Panel: The PTX-I07 is a training panel designed to teach students about electric seats. It features a car seat with memory functions and is suitable for theoretical teaching and maintenance training in vocational and educational institutions.
PTX-I08 Electric Window, Central Control Door Lock and Rearview Mirror Training Panel: The PTX-I08 is a training panel designed to teach students about electric windows, central control door locks, and rearview mirrors. It is based on the Volkswagen Passat B5 and demonstrates the structures and operation of these systems.
PTX-I09 Central Control Door Lock and Alarm System Training Panel: The PTX-I09 is a training panel designed to teach students about central control door locks and alarm systems. It demonstrates the structure and operation of these systems and is suitable for theoretical teaching and maintenance training in vocational and educational institutions.
PTX-I11 Dashboard Training Panel: The PTX-I11 Dashboard Training Panel is a valuable educational tool designed to teach students about meter systems. The panel showcases a comprehensive meter system, providing students with a hands-on experience with its components and operation. The system demonstrates the structure and working principles of meter systems, helping students understand how they function.
PTX-I12 Exterior Lighting System Training Panel: The PTX-I12 is a training panel that teaches students about exterior lighting systems. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I13 Headlight Auto Regulation System Training Panel: The PTX-I13 is a training panel that teaches students about headlight auto-regulation systems. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I14 Wiper System Training Panel: The PTX-I14 is a training panel that teaches students about wiper systems. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I15 AV, GPS, RCS Training Panel: The PTX-I15 is a training panel that teaches students about AV, GPS, and RCS systems. It demonstrates the systems’ structures and operations and is used for training in vocational and educational institutions.
PTX-I16 Parking Sensor System Training Panel: The PTX-I16 is a training panel that teaches students about parking sensor systems. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I17 CAN-BUS Training Panel: The PTX-I17 is a training panel that teaches students about CAN data transmission networks. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I18 Automobile Safety Airbag System Training Panel: The PTX-I18 is a training panel that teaches students about airbag systems. It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I19 Air Bag and Seat Belt Retract or System Training Panel: The PTX-I19 is a training panel that teaches students about airbag and seat belt retractor systems. It demonstrates the systems’ structures and operations and is used for training in vocational and educational institutions.
PTX-I20 Automotive Electrical/Electronics System Training Bench (Basic Type): The PTX-I20 is a training bench that teaches students about automotive electrical and electronic systems. It demonstrates the systems’ structures and operations for meters, lighting, illumination, and wipers and is used for training in vocational and educational institutions.
PTX-I21 Automotive Electrical/Electronics System Training Bench (Comprehensive Type): The PTX-I21 is a training bench that teaches students about automotive electrical and electronic systems. It demonstrates the systems’ structures and operations for meters, lighting, illumination, wipers, startup, charging, and ignition and is used for training in vocational and educational institutions.
PTX-I22 Automotive Electrical/Electronics System Training Panel: The PTX-I22 is a training panel that teaches students about automotive electrical and electronic systems. It demonstrates the systems’ structures and operations for meters, lighting, wipers, horns, ignition, electric windows, door locks, sound, startup, and charging and is used for training in vocational and educational institutions.
PTX-I23 Automotive Electrical/Electronics System Training Bench: The PTX-I23 is a training bench that teaches students about automotive electrical and electronic systems. It demonstrates the systems’ structures and operations for various components and is used for training in vocational and educational institutions.
PTX-I24 Vehicle Adaptive Front lighting System (AFS) Training Panel: The PTX-I24 is a training panel that teaches students about vehicle adaptive front lighting systems (AFS). It demonstrates the system’s structure and operation and is used for training in vocational and educational institutions.
PTX-I25 Sensor and Actuator Experiment Boxes
The experiment box is designed to provide a comprehensive educational tool for understanding the structure and working processes of auto sensors and actuators. It is intended for use in secondary and senior vocational schools, as well as general education and training institutions.
PTX-I26 Universal SCM Control Intelligence Unit Circuit Experiment Boxes
This series features an MCU single-chip microcomputer control circuit design, enabling the computer to automatically verify connection correctness and clear faults. With its high level of intelligence, this experimental box allows for practice and examination without depleting any materials.
PTX-I27 Autotronics Basic Experiment Box: The PTX-I27 is a training box that teaches students about autotronics. It has a magnetic circuit board for easy attachment of electronic components and is used for training in vocational and educational institutions.
Automotive Theory-Practice Integration Teaching & Checking System
The vehicle teaching and evaluation platform is a versatile tool designed to enhance automotive education and training. It integrates with whole-vehicle systems without damaging the original wiring and provides a hands-on experience for students to learn about various vehicle systems.
Key features of the platform include:
- Non-destructive integration: Connects to the vehicle’s original wiring harness, ensuring no damage to the vehicle.
- Fault-setting capabilities: Simulates various faults, such as open circuits, short circuits, and CAN line reverse connections.
- Modular design: Allows for easy swapping of harnesses and detection panels to accommodate different vehicle parts.
- Wireless Wi-Fi networking: Provides flexibility and convenience for training and assessment.
Overall, the platform is a valuable resource for automotive teaching, training, and practical operation, offering a comprehensive and hands-on learning experience.
LHP 304 E
Key Modules & Equipment (4)
FP-300: Autotronics Trainers: These trainers provide a foundational understanding of automotive electronics and electrical systems, enabling students to explore the basic concepts and components.
FP-311: CAN BUS Simulator: This simulator introduces students to the Controller Area Network (CAN) BUS system, a crucial communication network used in modern vehicles for real-time data exchange between various electronic components.
FP-312: ABS 4 Channel System Demonstrator: This demonstrator explains the operation of a four-channel Anti-lock Braking System (ABS), showing how the system prevents wheel lock-up during braking, thus enhancing vehicle control.
PT-AU/481: Automotive Electrical Trainer: This trainer covers the general electrical systems in vehicles, including wiring, circuits, and electrical component functioning.
LHP 304 EV
Key Modules & Equipment (51)
PTX-03010 Electrical and Electronic Comprehensive Training Platform. Enhances automotive electrical and electronic course teaching with practical experiments, digital tools, improving efficiency and engagement in various educational settings (sensor circuit, electronic control circuit principle, analog electronic technology, digital electronic circuit, single-chip microcomputer programming, etc).
PTX-11001 The Tesla Modular Teaching System transforms a Tesla Model 3 into a fault detection teaching car, enabling real-time diagnostics and fault simulation for teaching pure electric vehicle theory and maintenance in vocational schools and training institutions.
PTX-54001 The Tesla Induction Motor Training Bench uses the original Tesla Model 3 front drive unit, allowing students to practice disassembly, assembly, and measurement, enhancing their skills in recognizing and maintaining the power unit’s internal structure.
PTX-54003 Tesla Battery High Voltage Distribution Disassembly & Assembly Training Bench features original Tesla Model 3 components, including BMS, DC-DC converter, and charging ports. It demonstrates the high-voltage distribution system’s connections and helps trainees develop fault analysis skills.
PTX-50215-A A/C and Heating Training Bench showcases an original A/C and heating system, demonstrating component connections, control relationships, and operational parameters. It trains fault analysis skills for A/C and heating systems, ideal for new energy vehicle courses in vocational colleges.
PTX-50231 Body Electrical System Training Bench features a partially cut vehicle body to clearly display internal structures and low-voltage system components. It demonstrates connections, control relationships, and operational parameters, training failure analysis and handling skills for body electrical systems. Ideal for vocational colleges.
PTX-54317-A Drive Transmission System (High-voltage Electric Control Assembly + Drive Motor + Gearbox) Training Bench showcases the connection and control of high-voltage systems, including safety precautions and fault analysis. It supports new energy electric vehicle teaching and maintenance training.
PTX-50320 The Electric Power Steering (EPS) Training Bench simulates a vehicle’s EPS system, demonstrating its structure and operation for theoretical teaching and maintenance training in vocational schools and training institutions. It includes key components like sensors, ECU, and motor.
PTX-54322-A Power Battery and Management System Training Bench features a 604.8V nickel-cobalt-manganese lithium battery pack with a comprehensive management system. It demonstrates component connections, safety precautions, and fault analysis, supporting new energy vehicle training and maintenance.
PTX-54316A The Electric Vehicle Detection and Troubleshooting Training System allows fault diagnosis and signal detection on an electric vehicle by connecting it to a training panel. It supports teaching and maintenance training in pure electric vehicle theory for vocational and educational institutions.
PTX-54316B Complete Fault Setting and Detection Teaching and Training System transforms an electric vehicle into a fault detection teaching tool, enabling real-time diagnostics and fault simulation of key control units. It’s ideal for teaching electric vehicle theory and maintenance in vocational and educational institutions.
PTX-54316C Vehicle Intelligent Modular Fault Setting Assessment Platform transforms an electric vehicle into a modular fault detection teaching tool with IoT management. It enables real-time diagnostics and fault simulation for teaching electric vehicle theory and maintenance in vocational and educational institutions.
PTX-54343 E5 High-voltage Electric Control Assembly (Four-in-one Control Box) Swivel Stand
PTX-54551 AC Intelligent Charging Training Bench uses a 7KW AC charging pile to teach the structure, detection, and fault diagnosis of electric vehicle charging systems. It’s designed for vocational and educational institutions to train students in using and maintaining AC charging piles.
PTX-04306 Instruction Board for Flywheel Energy Storage Principle demonstrates flywheel energy storage technology, simulating energy conversion and storage processes. It features a durable, visually instructive panel and dynamic indicators, ideal for teaching energy storage principles in educational settings.
PTX-04333 On-board Charger Training Bench uses a HWC8-72VAC charger to illustrate its internal components and working principles. With a 220V AC input and 72V DC output, it aids in learning and diagnosing faults in onboard chargers.
PTX-04351 High-voltage Connector Training Bench allows students to practice inserting and extracting high-voltage connectors used in electric cars. It helps develop skills and understand the risks of improper handling, using a power battery pack housing.
PTX-04361 High-voltage High-current Relay Training Bench features two types of relays (cutaway and measurement units) for electric cars. It helps students learn the internal structure and working principles of high-voltage, high-current relays.
PTX-04363 Hall Current Sensor Training Bench includes a cutaway and a measurement unit of Hall current sensors used in electric cars. It helps students understand the working principles of Hall current sensors through hands-on practice.
PTX-04366 Thermistor Training Bench includes five units each of two types of thermistors used in electric cars. Students use a multimeter to measure resistance changes with temperature, learning thermistor principles and temperature measurement methods for power battery packs.
PTX-04373 Automotive Supercapacitor Section Testing Bench features an 18-supercapacitor module with a 48V rating, used to teach automotive supercapacitor series composition, charging, and discharging processes. It includes a charger and discharge device, ideal for vocational technology education.
PTX-04322 New Energy Power Battery Pack Training Bench features a 73.6V, 50AH lithium iron phosphate battery pack with a BMS. It demonstrates core component connections, operational parameters, and safety precautions, helping students analyze and address battery pack failures.
PTX-04323S Lithium Iron Phosphate Power Battery (Square) Training Bench features 3.2V 60AH and 50AH lithium iron phosphate batteries. It allows students to measure voltage and internal resistance, helping them understand the basic principles of square lithium iron phosphate power batteries.
PTX-04323C Lithium Iron Phosphate Power Battery (Cylinder) Training Bench features cylindrical 3.2V 5AH and 3.2V 3AH lithium iron phosphate batteries. It includes four of each type for measuring voltage and internal resistance, aiding students in understanding cylindrical lithium iron phosphate batteries.
PTX-04325 Colloidal Free-maintenance Lead-acid Power Battery Section Training Bench features 12V 100AH and 12V 20AH colloidal free-maintenance lead-acid batteries. It includes two of each type for measuring voltage and resistance, helping students learn the fundamentals of these power batteries.
PTX-05001 Power Battery Pack Testing Workbench features a 115.2V lithium iron phosphate battery pack with a distributed BMS and CAN network. It enables advanced training in battery pack installation, commissioning, parameter calibration, and dynamic detection for electric vehicles.
PTX-05002 Standard AC Intelligent Charging Training Bench features a 7KW AC charger with a transparent panel displaying the charging control system. It supports teaching of charging system structure, voltage, current detection, and fault diagnosis for vocational and educational training.
PTX-16780 Standard DC Intelligent Charging Training Bench features a transparent display of a DC charging system, allowing for teaching of charging structure, fault diagnosis, and parameter testing. It includes a touch screen for real-time data and adjustable settings.
PTX-04317 New Energy Electric Drive Transmission System Training Bench simulates a new energy electric drive transmission system, mirroring popular electric vehicles. It demonstrates component connections, operating parameters, and safety precautions, helping students learn to analyze and troubleshoot electric drive system failures.
PTX-04317-1 New Energy Power Drive System Integrated Assembly Connection Training Bench uses components from mainstream electric vehicles to teach assembly and connection of power drive systems. It offers hands-on experience with core components, installation, and operational parameters, enhancing practical skills for vocational students in new energy vehicle maintenance.
PTX-04318 New Energy Electric Drive System Training Bench uses components from popular electric vehicles to demonstrate the core component connections, installation, and operating parameters of new energy drive systems. It helps students learn to analyze and troubleshoot system failures while understanding high-voltage safety precautions.
PTX-04327 Driving Motor Section Training Bench features a 72V AC frequency conversion motor with an 18-tooth spline connection. It provides a clear view of the motor’s internal structure, aiding students in understanding its principles and diagnosing faults.
PTX-04329 Pure Electric Vehicle Transmission Section Disassembly & Assembly Training Bench features a double-stage deceleration gear with a 16.7 ratio, differential, and drive shafts. It allows students to clearly view and understand the gearbox structure, aiding in learning transmission principles and fault checking.
PTX-04329-1 Pure Electric Transmission Disassembly & Assembly Training Bench features a two-stage gear with a 16.7 ratio, differential, and drive shaft. It allows students to practice disassembling and assembling AC inverters, enhancing their skills in handling AC frequency conversion motors.
PTX-04343 Motor Controller Section Training Bench features a pure electric vehicle AC inverter motor with 50-96VDC input and three-phase AC output. It clearly illustrates internal components and principles, helping trainees understand the motor controller and diagnose faults.
PTX-03319 Electric Vehicle Drive and Transmission System Training Bench uses original electric vehicle parts and a customized battery to accurately simulate real vehicle functions, showcasing connections, installation, and operation of key drive system components.
PTX-24317 Integration of New Energy Electric Drive Transmission System -336V Series Pure Electric Vehicle trainer replicates the key components, control relationships, and safety measures of a 336V pure electric sedan, aiding students in mastering fault analysis and diagnosis of high-voltage systems.
PTX-08105 New Energy Electric Drive System Test Bench with Energy Recovery uses a 76.8V power battery pack to simulate real vehicle operations, helping students understand and analyze the working principles, circuit connections, and parameter changes of new energy electric drive systems.
PTX-05008 New Energy Drive Motor System Assembly and Testing Bench enables demonstration and testing of permanent magnet synchronous motors, disassembly, and mechanical maintenance of gearboxes, and various inspections. It supports teaching, training, and skill assessment in new energy vehicle drive systems.
PTX-05022 New Energy Vehicle EIC System Training Bench uses a 51.2V lithium iron phosphate battery system with BMS for voltage and temperature management. It integrates control and monitoring of charging, discharging, and fault detection through CAN bus communication and relays.
PTX-04320A New Energy Electric Vacuum Assisted Hydraulic Brake Training Bench uses mainstream components to replicate the control relationships, installation, and operation parameters of electric vacuum-assisted hydraulic brake systems, helping students master vacuum pump principles, failure analysis, and troubleshooting skills.
PTX-04321 New Energy Electric Power Steering (EPS) System Training Bench uses real components to simulate electric power steering functions, demonstrating the control relationships and operating parameters, and enabling students to learn failure analysis, troubleshooting, and the impact of speed on steering assistance.
PTX-05108 New Energy Electric Air-Conditioning System Training Bench simulates a pure electric vehicle’s air-conditioning system, using real components and a lithium iron phosphate battery pack, to train students in failure analysis and troubleshooting for new energy electric car air-conditioning systems.
PTX-05108-1 New Energy Electric Air-Conditioning System Training Bench replicates a pure electric vehicle’s air-conditioning system using a lithium iron phosphate battery, allowing students to develop skills in fault analysis and troubleshooting for electric vehicle air-conditioning systems.
PTX-05108-2 New Energy Electric Air-Conditioning System Training Bench (Without Battery) replicates an electric vehicle’s air conditioning and heating system, helping students learn to analyze and troubleshoot faults by understanding the connection, control relationships, installation, and operating parameters of core components.
PTX-54012 New Energy Vehicle Electrical / Electronics System Training Panel showcases the electrical/electronics systems of an EV, including power distribution, lighting, and more. It supports dynamic and static data acquisition, fault setting, and is ideal for advanced vocational training in automotive electrical systems.
PTX-54368 New Energy Vehicle CAN BUS Network Training Panel showcases a mainstream EV’s CAN network system, illustrating data transmission and module connections. It features a computer display and CAN data analyzer for real-time data analysis, ideal for advanced vocational training.
PTX-03501 Instruction Board for Series-parallel Hybrid Power Vehicle Energy Control Strategy dynamically demonstrates various operating conditions of a Toyota series-parallel hybrid power system, including starting, low speed, normal speed, full speed, and stopping.
PTX-04303 Instruction Board of Energy Management System simulates energy flow and motor status for BEVs under various conditions. It features a durable, detailed panel with operational controls, gauges, and dynamic indicators, all powered by a 220V AC to 12V DC supply.
PTX-04304 Instruction Board of Braking Energy Recovery System demonstrates the principles of BEV braking energy recovery with dynamic simulations. It features a detailed aluminum panel with operational controls, LED indicators, and a 220V AC to 12V DC power supply.
PTX-05301 Instruction Board for Energy Control Strategy of Fuel Cell Electric Vehicle simulates energy flow and motor status under various conditions. It features a 4 mm aluminum panel with controls and indicators, and uses 220V AC to 12V DC power.
LHP 304 HG
PTX-01001 Training Bench for Power System of Gasoline-gas Dual-fuel Vehicle simulates operations of an electronic control dual-fuel engine, including starting and acceleration. It demonstrates engine structure and processes, suitable for vocational and general education in automobile engine training.
LHP 304 HE
PTX-03201 Gasoline-Electricity Hybrid Vehicle Trainer uses a complete hybrid vehicle connected to a training panel via special wiring harnesses. It allows measurement of voltage, resistance, and waveforms of sensors and actuators without altering the vehicle’s original wiring.
PTX-03301 Panel-control Gasoline-Electricity Hybrid Power System Cutaway Model features a sectioned hybrid power system with an LED-equipped control panel. It dynamically simulates energy flow and operational status of the gasoline engine, MG1, MG2, and HV battery across various driving conditions.
LHP 304 HH
PTX-03314 Hydrogen Fuel Cell Training Bench features a hydrogen fuel cell vehicle power system with PEMFC, control system, hydrogen storage, and other components. It enables hands-on learning of fuel cell principles, system connections, and safety measures, including hydrogen production and storage.
PTX-34327 BYD E5 Pure Electric Vehicle’s Drive Motor + Gearbox Dissection Demonstration Bench features a permanent magnet synchronous motor and gearbox from an electric vehicle. It provides a detailed view of their internal structures and working principles through dissection.
Interactive Software and Didactic Content
- Interactive Software: Many of the systems can interface with PC workstations, allowing students to engage in realistic simulations. They can manipulate data and system parameters, and the software displays schematic results based on their adjustments.
- Didactic Content: The software is organized into subjects that correspond with simulations and experimental exercises. It includes:
- Objectives for each experiment and the knowledge level to be achieved.
- Theoretical background relevant to the lesson, alongside practical examples.
- Tests and questions for student evaluation, including fault testing.
Educational Support and Student Engagement
- Manuals and E-books: Each piece of lab equipment is accompanied by detailed manuals and electronic books that provide theoretical explanations and practical exercises.
- Student Response System: An optional feature, this system allows for quizzes, tests, or exams on theoretical and practical content. Teachers can create custom assessments, and the responses can be collected and analyzed to track student progress.
Standards Compliance
- Schematic Displays: The schematics, whether displayed on software or panel displays, adhere to DIN/IEC regulations, ensuring standardization and clarity in electrical symbol representation.
Overall, the LHP-304 Autotronics Laboratory is a comprehensive educational tool that prepares students for careers in automotive technology by providing them with the knowledge and skills to understand, diagnose, and repair modern automotive electrical systems.
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