OKA/KU LK10 2.V Y/R

OKA/KU LK10 2.V Y/R is a kind of electric machine which is extensively applied in nowadays power engineering. This type of electric machine is a combination of a synchronous motor and an induction machine. It is composed of three parts: the stator, the rotor and the switching device.

Due to its simple construction and reliable function, this electric machine has been widely used in numerous fields such as home and factory automation, robotic control, variable speed drives, uninterruptable power supplies, military equipment control and braking systems.

The main working principle of OKA/KU LK10 2.V Y/R is that the alternating current supplied to the primary of the machine produces a 24-volt DC voltage in the secondary armature winding, which in turn provides the power for the rotor windings. The rotating magnetic field exerts a torque on the rotor, which is applied to the load of the machine.

The motor is started by supplying a 24V DC current to the armature winding. This current flows through the windings and produces the rotating torque. This torque is strong enough to overcome the reluctance torque and causes the rotor to start rotating. The torque is then continuously increased until it reaches the desired speed.

When the motor is operating, the stator windings provide a magnetic field that drives the rotor around its axis. This magnetic field is generated by the current supplied to the stator windings. The rotor then enters the synchronous speed, which is determined by the frequency and the number of poles in the winding.

Finally, when the motor is running at high speed, the switching device is engaged and the current flow in the rotor windings is reversed. This reversal creates a force that exerts a braking effect on the rotor, thus slowing it down. Thus, the electric machine effectively works as a two-speed motor.

In conclusion, OKA/KU LK10 2.V Y/R electric machine is a highly reliable and efficient machine that is employed in a variety of applications. It is designed with three parts: the stator, rotor and switching device. The main working principle of this electric machine is to drive the rotor around its axis using the current supplied to the stator windings, and to control the speed of the machine by reversing the current in the rotor windings.