Different Types of Winding

Introduction to Different Types of Winding:

Revolving (Rotor) Winding:

The winding which rotates with either the induction machine's rotor or the armature of a dc machine, is termed as revolving winding.

Stationary (Stator) Winding:

The winding wound either on the induction machine's stator or on the field system of a dc machine is termed as a stationary winding.

Dc Armature Windings:

There are two kinds of dc armature windings that are the lap and wave windings. For development of dc armature windings, a number of pitches related to the types of dc armature windings are back pitch, Front pitch and Winding pitch.

Wave Winding:

While the finishing end of the first coil is connected to the starting end of the next one coil, as displayed in the diagram below that starts from the next adjacent pole in which the first coil started is termed as wave winding.

Whole Coil Winding:

A whole coil winding is one where the number of coils per phase is equivalent to the number of poles in the machines. In this sort of winding, as displayed in the below diagram (a), each slot consists of two coil sides. Though, it is not strictly a double layer winding, like the coil sides are places side by side and not one above another.

Concentrated Winding:

If in any winding, the number of coils or pole or phase is one, and after that the winding is termed as concentrated winding. In this type of winding, each coil side takes place of the one slot.

Distributed Winding:

In this type of winding, number of coils or pole or phase is more than one arranged in dissimilar slots and is termed as distributed winding. In this case, each coil has similar pole pitch.

Unbalanced winding:

If each pole of similar phase has not equal number of coils, after that the winding is termed as unbalanced winding.

SINGLE LAYER WINDING:

In this sort of winding, as displayed in the diagram below (a) each slot consists of only one coil side. The meaning of it is a coil occupies two complete slots. The number of coils in the machine is equivalent to half the number of slots in the rotor or stator and armature.

DOUBLE LAYER WINDING:

In this sort, as displayed in the diagram below (b), each slot consists of two coil sides, housed one over another. The number of coils is equivalent to the number of slots in the armature and stator.

Single Phase Winding:

The winding that comprise only one group of coils per pole, that placed in one slot or various slots relies on whether or not the winding is concentrated or distributed.

Three Phase Winding:

For three phase windings, three single phase windings are employed, spaced 120 degrees apart.

Concentric Winding:

This winding is single layer windings.  This winding comprises two or more than two coils in a group and the coils in every group have similar centre.

Chain Winding:

In this type of winding, the number of coils or pole or phase is more than one having dissimilar pitches and the coils overlap each other in the form of a chain.

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