1 |
× |
Brake Bar
It enables the "Counter to Rotor 1" to engage/disengage with the Bushing.
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1 |
× |
Platform
It holds the electronic components inside the Body Case.
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1 |
× |
Lock
It holds all major components in place.
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1 |
× |
Cover to Rotor 1
It serves as cover to Rotor 1 and holds the "Counter to Rotor 1" in place.
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1 |
× |
Body Case
It serves as a housing for electronic components and as a handle for the user when cranking.
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1 |
× |
Fastener/Cover to Stators and Rotors
This holds the Rotor 1, Rotor 2 and Rotor 3 altogether.
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2 |
× |
Stators
This houses the coils of copper wire.
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3 |
× |
Rotors
Components where the magnets are attached.
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1 |
× |
Torsion Spring
It acts to store mechanical energy when the Rotors are twisted.
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1 |
× |
Washer
It lessens the friction between the "Counter to Rotor 1" and the Lock.
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48 |
× |
N35 Neodymium magnet 20mmx10mmx5mm
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4 |
× |
Spacers
Thickness is 0.5 mm and prevents the rotors and the stators from coming into contact.
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1 |
× |
Spring Lock (for Counter to Rotor 1)
It locks the Torsion Spring attached to "Counter to Rotor 1"
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1 |
× |
Spring Lock (Rotor 1)
It locks the Torsion Spring attached to Rotor 1.
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4 |
× |
Magnets Housing for Rotors
It holds the magnets in place.
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1 |
× |
Body Case Cover
It acts as a cover and holds the case as well as the shaft stationary.
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1 |
× |
Counter to Rotor 1
It houses the Brake Bar and makes the torsion spring engaged in a counter-clockwise direction.
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1 |
× |
Bushing
It holds the Rotor 1 in place and acts as a stopper so that Rotor 1 and "Counter to Rotor 1" will rotate counter-clockwise together.
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18 |
× |
#29 AWG Coils of Copper Wire
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