Induction motor is an electric motor the most widely used in the equipment in any industrial or household, which is basically the equipment needed as a driving electric motor. In certain circumstances, there is rotation of the motor can be adjusted to desired speed. To meet these needs in a variety of setting techniques electric motor rotational speed, one eddy current method. This method is used because in addition to an accurate speed settings, maintenance and analysis of the problem was much easier and simpler.
In certain circumstances, there is rotation of the motor can be adjusted to desired speed. To meet these needs can use one setting techniques electric motor rotation speed of the eddy current method. This method compared with other methods such as setting the PWM method, has a level of more detailed arrangements and better security for bike safety eddy current braking.
This method of rotation speed setting is not done on the bike but the tools associated with these motors are called eddy current motors, where the motor is used only as a driver for the drum which is at driving to the rotor eddy current in the drive can spin. Thus the set rotational speed with eddy current method is the speed of rotation of the rotor eddy current variable frequency drives, not the speed of rotation of the rotor motor, this is different from the method of setting speed PWM is done directly on the motor rotor itself.
Excess speed settings In eddy current method is, in the event of disturbances such as mechanical overload played burden, then the possibility of damage to the motor can be minimized due to the rotation speed settings made at the eddy current drive is not on his bike and twisted the burden was rotated by driving the rotor it eddy current not by the rotor motor. So in the event of overload, the motor is not directly affected but the impact of eddy current it movers who are directly affected.
In certain circumstances, there is rotation of the motor can be adjusted to desired speed. To meet these needs can use one setting techniques electric motor rotation speed of the eddy current method. This method compared with other methods such as setting the PWM method, has a level of more detailed arrangements and better security for bike safety eddy current braking.
This method of rotation speed setting is not done on the bike but the tools associated with these motors are called eddy current motors, where the motor is used only as a driver for the drum which is at driving to the rotor eddy current in the drive can spin. Thus the set rotational speed with eddy current method is the speed of rotation of the rotor eddy current variable frequency drives, not the speed of rotation of the rotor motor, this is different from the method of setting speed PWM is done directly on the motor rotor itself.
Excess speed settings In eddy current method is, in the event of disturbances such as mechanical overload played burden, then the possibility of damage to the motor can be minimized due to the rotation speed settings made at the eddy current drive is not on his bike and twisted the burden was rotated by driving the rotor it eddy current not by the rotor motor. So in the event of overload, the motor is not directly affected but the impact of eddy current it movers who are directly affected.
0 comments:
Post a Comment
What Do You Think?