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// EM-200-29_053137

Hybrid Planetary Gearset Training Kit

The Hybrid Planetary Gearset Trainer is a hands-on educational trainer that clearly demonstrates the complex operation of a typical hybrid vehicle drivetrain, based on the Toyota Prius system with its power-split planetary gearset. Students actively rotate, hold, or release key components like the ICE, MG1, MG2, and drive wheels using hand cranks to visualize real-time power flow, torque distribution, and speed changes across all vehicle modes, including electric drive, hybrid drive, regenerative braking, and reverse. This interactive tool makes normally inaccessible hybrid drivetrain dynamics visible and engaging, accelerating student understanding of planetary gearset functions in modern hybrid vehicles for effective automotive training.

  • Troubleshooting: Supports creation of diagnostic scenarios, such as simulating MG1 failure effects, for realistic troubleshooting practice on hybrid drivetrain behavior.
  • Courseware: Includes an operation diagram on the trainer with instructions for component status in each mode, guiding structured student activities and exercises.

Description

The Hybrid Planetary Gearset Training Kit (EM-200-29_053137) is an engaging educational tool designed to teach the complex operation of a typical hybrid vehicle drivetrain, based on the Toyota Prius hybrid system. This trainer focuses on the planetary gearset, also known as the power-split device, allowing students to manually simulate and visualize all driveline components including the internal combustion engine (ICE), motor/generator #1 (MG1), motor/generator #2 (MG2), and drive wheels. By using hand cranks to rotate, hold, or release elements, learners can actively demonstrate eight key operational modes, gaining a clear understanding of how hybrid systems function in real vehicles.

This hands-on approach makes abstract concepts tangible, enabling students to observe component interactions, direction changes like MG1 rotation reversal, and even diagnostic scenarios such as simulating MG1 failure. Ideal for automotive training programs, the kit enhances comprehension of hybrid drivetrains that are often inaccessible in actual vehicles, preparing technicians for real-world applications.

Industry-Driven Features

  • Demonstrates the operation of ICE, MG1, MG2, and drive wheels in all vehicle modes found in industry
  • Students manually rotate, hold, or release components using hand cranks to simulate driveline operation essential for industry-standard training
  • Serves as a significant tool for understanding complex hybrid drivetrain operation using a power split device as found in industry
  • Visible major hybrid drivetrain components, which are typically inaccessible in the vehicle, for real-world diagnostics
  • Operation diagram on the trainer indicates the status of each component during operational modes to develop key skills
  • Supports diagnostic scenarios, such as simulating MG1 failure
  • Components react as they do in the vehicle, including changes in MG1 rotation direction
  • Operational modes including electric drive – light acceleration & low speed (stealth mode), engine start, hybrid drive – normal driving, hybrid drive – high speed cruise or full throttle acceleration, hybrid drive – high speed energy recirculation, coasting & regenerative braking, electric drive reverse

Included Courseware

  • Operation manual

Space + Time Savings

  • Compact design with dimensions of 22 x 22 x 9 inch (55.9 x 55.9 x 22.8 cm)

Technical Specifications

  • Dimensions: 22 x 22 x 9 inch (55.9 x 55.9 x 22.8 cm) / 24 x 24 x 13 inch (60.9 x 60.9 x 33 cm) with packaging
  • Weight: 45 lb (20.5 kg) / 53 lb (24.1 kg) with packaging

ConsuLab draws on over 50 years of experience specializing in the automotive industry to create industry-driven training systems using OEM components adapted for safe, visible, hands-on education with fault insertion, enhancing students’ real-world troubleshooting skills and confidence. For more info: https://www.consulab.com/about/why-consulab

L3-ASE-Tasks-Covered
L3-ASE-Tasks-Covered.pdf
A2-ASE-Tasks-Covered
A2-ASE-Tasks-Covered.pdf
Spec Sheet - EM-200-29
EM-200-29_specsheet_EN.pdf