Автосервисное oборудование
Самоходные подъёмники
Прицепы
Специальная техника
Автокраны
Контейнеры и резервуары
Идеи подарковМакет разреза гибридной системы (бензиновая / электрическая)
Features
- Toyota Hybrid System (THS): Integrated petrol (gasoline) engine and electric motors with energy recovery and multiple operation modes.
- 4-Cylinder Engine: 1500 cm³ displacement, DOHC overhead camshaft, 4 valves per cylinder, with VVT-i and multi-point electronic injection.
- Electric Operable Components: Engine and generator can be rotated electrically, allowing for detailed study and analysis.
- Epicyclic Engine and Transmission: Features a transmission belt (CTV), gears, and a differential group for comprehensive transmission training.
- Exhaust System: Includes an exhaust manifold with a Lambda probe for studying emissions and exhaust control.
- Brake System Components: Product includes attached disc brakes and calipers to observe brake system components and functionality.
- Working Driveshaft: Connected to the engine and gearbox, allowing learners to understand how engine performance interacts with the suspension system and contributes to vehicle movement.
- Suspension System Integration: Attached part of the suspension system demonstrates how key elements like the engine, gearbox, generator, brakes, suspension, and wheels work cohesively, giving students a holistic view of vehicle operation.
Value for Students
- Gain detailed knowledge of the Toyota Hybrid System (THS), which integrates a petrol(gasoline) engine and electric motors. Learn about the energy recovery process during braking and the various modes of operation that optimize efficiency.
- Study the 4-cylinder, 1500 cm³ engine with DOHC overhead camshaft, variable valve timing (VVT-i), and multi-point electronic injection. Students can see rotation of the engine and generator.
- Develop skills in diagnosing and troubleshooting hybrid systems by exploring the integration of the internal combustion engine with the electrical engine, generator, transmission components, brake system, and suspension.
- Understand the working principles of the epicyclic engine, transmission belt (CTV), differential group, and how these components interact with other systems like brakes, suspension and power transfer to wheels.
- Learn how engine performance interacts with the driveshaft and suspension system to facilitate vehicle movement.
Value for Instructors
- Fully functional cutaway model to demonstrate the intricate workings of hybrid technology, from energy recovery and storage to the interaction between petrol(gasoline) and electric power sources.
- Easy, safe, and comfortable training using OEM components to offer a realistic car repair experience.
- The ability to operate the engine and generator provides a tangible, interactive learning experience, fostering deeper student engagement and understanding.
- The inclusion of brake and suspension components, as well as a driveshaft, provides a complete view of how hybrid systems integrate with other vehicle elements.
- The trainer is equipped with a nomenclature panel, allowing for easy identification of each component, which streamlines the teaching process.
- Mounted on a robust stand with wheels, this trainer is easily movable within the classroom, making it accessible for demonstrations and group learning sessions.
- Plug and play design, requiring no additional mountings, assembly, or special preparation for operation.
Specifications
- Dimensions: 1300 x 900 x 1550 mm (51.18 in×35.43 in×61.02 in)
- Weight: approx.. 190 kg (418 lb)
- Product number: AE34501WM
Параметры
| Брошюра | AE34501WM datasheet.pdf |
