Power Tool Mixer Vacuum Cleaner Motor Armature Coil Winding Machine
WIND-STR
Application:
Armature double flyer winding machine WIND-STR takes conductors
from two separate reels of wire
simultaneously to wind two slots together. Once would with the
correct number of turns and connected to
the respective commutator hook, the armature is indexed
automatically to the next pair of slots to be
wound. This WIND-STR armature winder is a fast flyer coil winding
machine for motor mass production
manufacturing of hook type commutator armature,Mixer,Vacuum
cleaners, Household
applicances,Hammers,Power tool...
Advantages:
1. Easy to changeover and maintenance
2. The winding parameter can be setted on touch screen for
armatures
as 12 slots, 24 hook
12 slots, 12 slots
Feature:
Lap winding with double flyer wire
gauge range |
Series motor include dc motor wiper, power tools,mixer,blender,
automobile car motor etc
|
Armature commutator type |
Hook type
|
Automatic or semi automatic |
You only need to load and unload armature, other actions such as
hooking, winding, indexing and cutting are wound by machine
automatcially
|
Parameter Data:
Wire diameter range: 0.16~1.2 mm
Armature diameter: 20~85 mm
Stack length: 10~70 mm
Shaft diameter: 3~15 mm
Shaft length: less than 250mm
Armature Slot: even slot
Turn number: 0~9999
Commutator diameter: 8~40 mm
Winding speed: 0~2500 rpm
Winding motor power: 1.5KWX2
Angle detecting speed: 0~3000 rpm
Angle detecting motor power: 0.75KWX1
Air supply pressure: 4~6 Kg/cm2
The machine total power: 4.0 KW
Voltage: three phase AC 380V 50/60 Hz
Weight: 1250 Kg
Dimension: 2000(length)X1000(width)X1800(height)mm
Package size 1800*1510*1920mm is about 5.2 CBM
HS code: 8479811000
The armatures wound by double flyer winding machine WIND-STR passed
the pin hole test of Japanese
based company, please click the link to see the video of winding
machine demo for Japanese based
company electric motor armature https://vimeo.com/123798436
An armature generally refers to one of the two principal electrical
components of an electromechanical
machine - a motor or generator, but may also mean the pole piece of
a permanent magnet or
electromagnet, or the moving iron part of a solenoid or relay.
The other component is the field winding or field magnet. The role
of the "field" component is simply to
create a magnetic field for the armature to interact with, so this
component can comprise either permanent
magnets, or electromagnets formed by a conducting coil.
The armature, in contrast, must carry current so it is always a
conductor or a conductive coil, oriented
normal to both the field and to the direction of motion, torque
(rotating machine), or force (linear
machine). The armature's role is two-fold: (a) to carry current
crossing the field, thus creating shaft torque
(in a rotating machine) or force (in a linear machine), and (b) to
generate an electromotive force ("EMF").
In the armature, an electromotive force ("EMF") is created by the
relative motion of the armature and the
field.When the machine is acting as a motor, this EMF opposes the
armature current, and the armature
converts electrical power to mechanical torque (and power, unless
the machine is stalled) and transfers it
to the load via the shaft. When the machine is acting as a
generator, the armature EMF drives the
armature current, and shaft mechanical power is converted to
electrical power and transferred to the load.
(In an induction generator, these distinctions are blurred, since
the generated power is drawn from the
stator, which would normally be considered the field.)
A growler is used to check the armature for shorts, opens and
grounds.
Armature windings are the essential features of electric machines.
The field windings are simple
arrangements with concentrated cols(i.e coils in which all the
turns have tha same magnetic axis).
Armature windings on the other hand comprise a set of coils
embedded in the slots.
Please click below picture to view video
