INGCO S-DE-FW-186F Fly Wheel
- Brand: INGCO
- Type: Fly Wheel
- Model: S-DE-FW-186F
- The flywheel consists of two-phase bent springs in parallel.
- These springs contribute to improving the uncertain resonance frequency range.
- The outer arc spring helps level off power impulses.
- The outer circular disc of the flywheel is called the rim.
- The rim is intentionally made heavier than the inner body to enhance kinetic energy transfer.
- It plays a vital role in storing rotational energy.
- Description
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Description
INGCO S-DE-FW-186F Fly Wheel
The INGCO S-DE-FW-186F Fly Wheel has these features and components as a whole.
Flywheel Cover:
The flywheel cover, often made of chrome, prevents dust from entering the internal functions of the flywheel.
It helps maintain optimal flywheel performance.
Planetary Wheel:
The planetary wheel comprises many planetary gears fixed on a flywheel bracket.
When the flywheel bracket rotates, the planetary gears mesh with the outer ring gear, creating a compound motion.
This motion involves both planetary gear revolution and rotation.
Axial and Radial Sliding Bearings:
The axially acting bearing compensates for weight.
Radial bearings counterbalance imbalance or parasitic radial forces initiated by the motor or generator unit.
Ring Gear:
The ring gear is fitted to the outer diameter of the flywheel.
It is usually secured to the flywheel using an interference fit (heating the ring gear for placement).
The ring gear facilitates engagement with other components.
Support Disc:
- The support disc is attached inside the flywheel.
- It provides support for the two-phase bent springs and other flywheel components.
- The web or arms form the supporting structure of the flywheel.
- These arms connect the rim to the central hub.
- Their design ensures stability and strength.
Bore:
The bore of the flywheel is a hole with a keyway.
It allows the flywheel to fit onto the driving shaft securely.
Proper alignment and engagement with the shaft are essential for efficient energy transfer.
Flywheel Housing:
The flywheel housing is a solid component located outside the flywheel.
It encloses and protects the flywheel.
The flywheel delivers power to other components, such as the alternator.
Springs:
The flywheel consists of two-phase bent springs in parallel.
These springs contribute to improving the uncertain resonance frequency range.
The outer arc spring helps level off power impulses.
The outer circular disc of the flywheel is called the rim.
The rim is intentionally made heavier than the inner body to enhance kinetic energy transfer.
It plays a vital role in storing rotational energy.
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