The gearbox motor combination is a combination of a crane electromotor with a gearbox to reduce speed, and as a result the torque output will be reversed by the speed function. If the auxiliary gearbox is a decelerator (output speed is less than input speed) and as a result the output increases. If the motor increases, the output torque decreases. Gearbox A set of rotors that can be added to the engine.
Electric motors, or electromotors, are devices that operate on direct current and alternating current. These devices convert electrical current into mechanical energy. Motors are divided into two main categories AC and DC.
There is a wire in it that creates a magnetic field that moves the motor inside the motor. Inside the motor there is an iron rod (shaft) that contains two poles. By changing the magnetic field, a torque force is created around the shaft, which causes the motor shaft to move.
Induction or AC motors that operate on alternating current. The construction of these motors consists of two fixed and rotating parts. This fixed and rotating part is called stator and rotor. The stator causes the rotor to rotate by creating a magnetic field around the rotor. The rotor is also made of copper core and coil or the most important part. It is one of the most important parts. It has environment, function and so on. The most powerful gearbox motor selected with the highest coefficient is always a good choice for the crane and must make changes that are suitable both in terms of appearance and efficiency.
