stator_segment
Jun 15, 2026 12:31
· 5:09
· English
· Whisper Turbo
· 2 స్పీకర్లు
ఈ పదకోశం కాలముగింపు@ action: button 18 రోజులు.
శాశ్వత నిల్వ కోసం ఉన్నతీకరించు →
చూపుట మాత్రమే
0:00
S…
Speaker 1 (stator_segment)
This is a test for TRW sample segment winding
0:05
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Speaker 1 (stator_segment)
of stator cords.
0:06
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Speaker 1 (stator_segment)
Load up the tail sock tooling.
0:09
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Speaker 2 (stator_segment)
Measure
0:24
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Speaker 1 (stator_segment)
the start lead length by the
0:30
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Speaker 2 (stator_segment)
tension. On
0:52
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Speaker 1 (stator_segment)
the tensioner we have fitted a quick release which allows the operator to pull the wire
0:56
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Speaker 1 (stator_segment)
forward and then
1:03
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Speaker 1 (stator_segment)
reapply a fixed preset tension.
1:05
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Speaker 1 (stator_segment)
We've found to
1:09
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Speaker 1 (stator_segment)
achieve the required
1:12
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Speaker 1 (stator_segment)
winding specification and mechanical limits we've
1:16
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Speaker 1 (stator_segment)
had to insert a
1:21
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Speaker 2 (stator_segment)
quite
1:27
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Speaker 1 (stator_segment)
a high tension value releasing
1:32
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Speaker 2 (stator_segment)
end wire okay
2:03
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Speaker 2 (stator_segment)
the
2:13
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Speaker 1 (stator_segment)
finished product okay so
2:20
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Speaker 1 (stator_segment)
we're loading up the tailstock you can see the magnet in there to hold the
2:24
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Speaker 1 (stator_segment)
component the stator segment tailstock's
2:32
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Speaker 1 (stator_segment)
got a lock position in the forward
2:41
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Speaker 1 (stator_segment)
This isn't normally required every cycle.
2:44
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Speaker 2 (stator_segment)
Now
2:49
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Speaker 1 (stator_segment)
measure the required start lead length.
2:51
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Speaker 2 (stator_segment)
As
2:59
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Speaker 1 (stator_segment)
explained in the last video we've fitted a tension
3:04
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Speaker 1 (stator_segment)
release feature to enable the operator to pull the
3:08
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Speaker 1 (stator_segment)
wire and then reapply a fixed tension.
3:11
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Speaker 2 (stator_segment)
Winding
3:41
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Speaker 1 (stator_segment)
cycle is virtually automated.
3:47
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Speaker 1 (stator_segment)
However, for the last few turns,
3:49
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Speaker 1 (stator_segment)
to ensure that the wire is pushed right against the end flange
3:54
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Speaker 1 (stator_segment)
as per the drawing,
3:54
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Speaker 1 (stator_segment)
we've developed an extra guide to help push that wire
3:58
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Speaker 1 (stator_segment)
over.
3:59
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Speaker 1 (stator_segment)
There you can see it in action.
4:00
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Speaker 1 (stator_segment)
This needs to be confirmed if it's necessary according
4:06
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Speaker 1 (stator_segment)
to the drawings and real -life production.
4:08
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Speaker 1 (stator_segment)
Use a tension
4:13
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Speaker 1 (stator_segment)
release, wooden stick to not damage the
4:17
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Speaker 1 (stator_segment)
wire.
4:17
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Speaker 2 (stator_segment)
Bring the
4:29
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Speaker 2 (stator_segment)
end wire.
4:30
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Speaker 2 (stator_segment)
Can
4:50
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Speaker 1 (stator_segment)
you hold it?
4:50
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Speaker 2 (stator_segment)
Turn it.
4:58
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Speaker 1 (stator_segment)
And here you can see how the end wire is pushed up against the flange with that last bit of tooling.
ఈ అపోహింగ్ను (స్వయంలేని పద గుర్తింపు) సంప్రదాయం (ఆఫ్యుటికల్ ప్రసంగ గుర్తింపు) రూపొందించారు. దోషములు వుండు. ఫార్మేట్ను సంక్లిష్టమైన ఆడియోకు వ్యతిరేకంగా నిర్ధారించండి. AI విధానము
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