The difference in lap
winding, the number of brushes is equal to the number of parallel paths while
the wave winding has only two brushes.
Revolving machine which
has an essential part known as armature winding. This energy can result in
energy conservation by converting mechanical energy into electrical energy as
well as electrical energy into mechanical energy. Armature winding is classified
into two types such as lap winding as well as wave winding. The main difference
between these two is in the lap winding, one of the main differences is that in
the lap winding, the last part of each coil is connected to the nearby sector,
while the end of the armature coil in the wave has the winding away from the
commutator. Is associated with the region. This article discusses the overview
of the main differences between lap winding and wave winding.
Lap winding definition
Lap winding is a type of
winding that has two layers, and is used in electric machines. Each coil in the
machine is aligned in series with a nearby coil. lap winding mainly in
Applications include low voltage as well as high current machines.
These windings are
mainly connected to provide multiple parallel lanes for the armature current.
For this cause, this type of winding is usually used in DC generators, and
requires a some pairs of brushes and poles. In this type of winding, the end of
the first coil is connected to the commutator section and placed under the same
pole until the first end of the nearest coil is connected to each coil.
Wave Winding Definition
In wave winding, one end
of the coil is attached to the beginning end of the second coil, which has the
same polarity as the first coil. These coils are associated with wave forms and
are thus called wave windings. The conductors of this winding are divided into
two parallel lanes, and each lane had two conductors that are connected in
series. The amount of brush is equal to 2, this is the number of parallel
paths.
Difference between Lap Winding and Wave Winding
The difference between
lap winding and wave winding mainly includes the definition of lap winding, the
definition of wave winding, and the difference between lap winding and wave
winding.
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There is a connection to
the lap winding, the armature coil end is connected to a nearby section on
the commutator. |
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There is a connection for
the wave winding, with the armature coil end connected to the commutator
section at some distance. |
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Lap winding can be
defined as a coil that can lap towards a successful coil. |
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Wave winding can be
defined as the loop of the winding can form the signal size. |
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The number of parallel
paths is equal to the total number of poles. |
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The parallel number of
paths is equal to two. |
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Another name for lap
winding is multiple winding, otherwise parallel winding |
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The series winding is
another name for wave winding ,
otherwise two-circuit |
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Lap winding has lower
e.m.f. |
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E.m.f off wave winding is
more |
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No. The lap is equal to
the number of brushes in the winding. Of parallel paths. |
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No. Wave winding brush |
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The types of lap winding
are simplex lap winding and duplex lap winding. |
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Types of wave winding are
progressive and retrograde |
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Lap winding efficiency is
low |
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The efficiency of wave
winding is high |
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Additional coil equalizer
ring used in lap winding |
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Additional coil dummy
coils used in wave winding are |
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The winding cost of lap
winding is high |
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Winding costs less in
Wave Winding |
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Lap windings used for
high current, low voltage machines. |
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Applications of wave
winding include low current and high voltage machines. |
