1. Synchronization of electrics: the synchronous rate of transmission is synchronized with the electromagnetic rate, while the traverse rate is lower than the electromagnetic rate, the synchronous motor, regardless of its load size, will not change as long as it does not miss it, and the traverse rate of the synchronous motor will change at the same time as the traverse。
2. Structural differences: synchronous power units are highly accurate, but complex, expensive and relatively difficult to maintain, while walkers, although slow, are easy to install, use and are affordable. So synchronous motors are not widely used。
3. Distinction in use: synchronized generators are mostly used for large generators, while walk-through machines are almost used in electric motor settings。
4. Differences in working principles: the work of the synchronous electric power plant is based on “the magnetic field always follows the shortest direction of the magnetic route”, as in the case of the circuitary power failure. After the magnetism on the rotor, the n and s poles appeared; then the fixed magnetic field rotated, and the n and s poles changed each other, always corresponding to the magnetic pole on the rotor. So it's a sync. More importantly, the number of magnetic poles must be the same for fixed, rotors, otherwise the power cannot function。
Main differences: the synchronous and scrambling machines are the result of slippages (discretion of magnetic field speed and rotor speed)。
2nd
Synchronization and walkers are two different types of communication motors, as follows:
1. Different working principles: the speed of the synchronous electric power is associated with the frequency and the number of poles of the power, the rate of rotation is fixed and not related to the load of the electric power, and is therefore suitable for the load that drives the constant rate of rotation, such as generators, clocks, etc., and the walker is suitable for the speed of the transformer, such as fans, pumps, conveyor belts, etc., as adjusted for the load and load changes of the electric power。
2. The structure is different: the synchronous power plant is generally an external rotor structure, the rotor is outside and the fixed is inside. The walker is the internal rotor structure, the rotor is inside, and it's definitely outside。
3. Different modes of start-up: synchronization units require a strong start-up rectangular from the outside to be activated; a walk-through machine can be activated by its own walk-through。
4. Different power factors: the greater the power factor for the synchronous power, the greater the efficiency of the power utilization; the power factor for the walker, which is less than 1, often requires an increase in the power factor through additional equipment such as capacitors or resistors。
In sum, the difference between the two is that the mode of adjustment and the form of structure of their speed shift differ. Select the type of load to maximize the power。
