The drive system provides power to the tracked mobile station and mainly consists of an engine, hydraulic motor, reducer, and drive shaft.
Engine: The engine is the core component of the drive system, providing power to the entire device. Depending on the operational requirements, either a diesel engine or an electric motor can be selected. Diesel engines offer advantages such as high power and good fuel economy, making them suitable for heavy-duty and long-term operations; while electric motors offer advantages such as environmental friendliness and low noise, making them suitable for operational scenarios with high environmental requirements.
Hydraulic Motor: The hydraulic motor is the power source for the drive wheels, rotating them through the hydraulic system. Hydraulic motors are small in size, lightweight, and have high power density, enabling them to adapt to various complex operating environments.
Reducer: The reducer lowers the output speed of the hydraulic motor while increasing the output torque to meet the speed and torque requirements of the drive wheels. The reducer design must consider load-bearing capacity and transmission efficiency to ensure stable and efficient operation.
Drive Shaft: The drive shaft transmits power from the engine to the hydraulic motor and drive wheels, realizing power transmission and distribution. The design of the drive shaft must take into account strength and durability to cope with harsh working environments.
