什么是每极每相槽数g?什么是整数槽绕组?什么是分槽绕组? What is the number of slots per pole per phase g? What is integer slot winding? What is a slotted winding?

对某一具体的发电机定子的槽数和转子的磁极数都已确定。其中有一个重要的概念是每极每相槽数q。发电绕组由A，B，C三相组成则每一相在定子中所占的槽数是相等的各1/3；对应于转子的每个磁极，各相在每个磁极下对应所古的定子槽数也是相等的。每极每相槽数g，即在每个磁极下，每一相应该古有的槽数。

每极每相槽数q，整数槽绕组，分槽绕组都是发电机组方面的专业术语。对某一具体的发电机，发电机定子的槽数和转子的磁极数都已确定。其中有一个重要的概念是每极每相槽数q。

以某一发电机为例，发电绕组由AB、C三相组成，则每一相在定子中所占的槽数是等的，各1/3对应于转子的每个磁极，各相在每个磁极下对应所占的定子槽数也是相等的。

在每个磁极下，每一相应该占有的槽数。

q=z/2pm

式中Z--定子总槽数;

2p--磁极个数;

m--相数。

公式中，q值很容易求得。当q为整数时，则称绕组为整数槽绕组;g为分数时，则称绕组为分数槽绕组。如q=3，则表示一个磁极下A、BC三相在定子槽中各占有三槽。

如q=2*3/4表示一个磁极下，A、B、c三相在定子槽中各占有q=2*3/4槽，也即分数槽。可是，一个定子槽是不可能劈开为分数的。q=2*3/4也即11/4，这就表示，每4个磁极下，A、B、c三相在定子槽中各占有1l槽，各相磁极下对应的总的槽数还是相等。

The number of slots for a specific generator stator and the number of magnetic poles for the rotor have been determined. One important concept is the number of slots q per pole and per phase. If the power generation winding is composed of three phases A, B, and C, the number of slots occupied by each phase in the stator is equal to one-third each; Corresponding to each magnetic pole of the rotor, the number of stator slots for each phase under each magnetic pole is also equal. The number of slots per pole and phase is g, which means the number of slots that each phase should have had under each magnetic pole.

The number of slots q per pole and phase, integer slot winding, and segmented slot winding are all professional terms in the field of generators. For a specific generator, the number of slots in the stator and the number of magnetic poles in the rotor have been determined. One important concept is the number of slots q per pole and per phase.

Taking a certain generator as an example, the generator winding consists of three phases AB and C. Therefore, the number of slots occupied by each phase in the stator is equal, with 1/3 corresponding to each magnetic pole of the rotor, and the number of stator slots occupied by each phase under each magnetic pole is also equal.

The number of slots that each phase should occupy under each magnetic pole.

q=z/2pm

In the formula, Z represents the total number of stator slots;

2p - number of magnetic poles;

M - phase number.

In the formula, the value of q is easy to obtain. When q is an integer, the winding is called an integer slot winding; When g is a fraction, the winding is called a fractional slot winding. If q=3, it means that under one magnetic pole, three phases A and BC each occupy three slots in the stator slot.

If q=2 * 3/4, it means that under one magnetic pole, A, B, and C phases each occupy q=2 * 3/4 slots in the stator slot, which is the fractional slot. However, it is impossible to split a stator slot into fractions. Q=2 * 3/4, which is 11/4. This means that for every 4 magnetic poles, A, B, and C phases each occupy 1 slot in the stator slot, and the total number of slots corresponding to each phase's magnetic pole is still equal.