The model incorporates a real differential cross-section to reveal the internal structure, providing a tangible learning experience of the component’s mechanics.

It is equipped with a three-phase gear reduction sensor motor that drives the differential at a slow pace, showcasing the power transmission process in a clear and understandable manner.

A protective cover safeguards the moving parts of the training bench, ensuring safety during operation.

The bench includes a disassembly area for differentials, offering hands-on practice for trainees on how to take apart and reassemble these intricate components.

The training model measures 1600mm in length, 1400mm in width, and 1200mm in height, providing a substantial work area for demonstration and interaction.

The driving power supply requires a three-phase four-wire system (alternatively, a three-phase five-wire at 380V ± 10% 50Hz), accommodating standard industrial electrical environments.

It features a three-phase gear reduction sense motor, further underlining the real-world applications of the model in an educational setting.