Brake Shaft Coupling Motor

     The core function of the motor for the double beam crane manufactured by CTECH Machinery Sdn Bhd is:
     Lifting mechanism: The motor is responsible for "lifting things"
     Transmission path: After the motor is started, the power is transmitted to the high-speed shaft of the reducer through the gear coupling, compensating shaft, and brake wheel coupling. After deceleration, it is output by the low-speed shaft and then driven to rotate by the gear ring inside the drum.
     Final effect: When the drum rotates, the steel wire rope drives the hook up or down through the pulley system, achieving vertical handling of heavy objects. ‌‌
     Car operating mechanism: The motor is responsible for "left and right lateral movement"
     Transmission path: The motor power is transmitted to the vertical reducer through the brake wheel coupling, compensating shaft, and half gear coupling. After deceleration, it is connected to the driving wheel axle of the car through the low-speed shaft and half gear coupling.
     Final effect: The driving wheel rotates, and the small car moves laterally on the main beam track, transporting heavy objects to the designated horizontal position. ‌‌
     Big car operating mechanism: The motor is responsible for the "longitudinal movement of the whole machine"
     Transmission path: The motor power is transmitted to the reducer through the coupling and compensating shaft, and after deceleration, it is connected to the driving wheel axle of the large vehicle through the low-speed shaft and the full gear coupling.
     Final effect: The active wheel rotates, allowing the entire crane to move longitudinally along the factory track, completing large-scale handling. ‌‌