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Composite-Rotor-Alum-18 — Composite Rotor

Name: Flywheel Inertia Data — composite_rotor: flywheel id composite_rotor_alum_18 · typical applications medium FESS; wind power energy storage; weight-critical drives · moment of inertia lb ft2 34.6361 lb_ft2 · energy stored ft lb at 1000rpm 5897.5 ft_lbf · mass lb 110.84 lb
Creator: Engineering Database

Flywheel Type: Composite Rotor
Flywheel Id: Composite Rotor Alum 18
Allowable Stress Psi (psi): 60,000
Coefficient of Fluctuation Typical: 0.3
Density Lb IN3 (lb/in3): 0.098
Energy Stored Ft Lb at 1000rpm (ft_lbf): 5,897.5
Inner Diameter in (in): 6
Mass Lb (lb): 110.84
Material: Aluminum
Max Rim Speed Ft per S (ft/s): 130
Moment of Inertia Lb FT2 (lb_ft2): 34.6361
Outer Diameter in (in): 18
Typical Applications: Medium FESS; Wind Power Energy storage; Weight-Critical Drives
Width in (in): 5

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composite_rotor — flywheel id composite_rotor_alum_18 · typical applications medium FESS; wind power energy storage; weight-critical drives · moment of inertia lb ft2 34.6361 lb_ft2 · energy stored ft lb at 1000rpm 5897.5 ft_lbf · mass lb 110.84 lb | Flywheel Inertia Data | Engineering Database