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Maglev Trains. Sloan Hazel. Electromagnetic suspension (ems). German .This system uses electromagnets on the train body itself that are attracted to the iron guideway rails. systems works at all speeds and eliminates the need for a separate low-speed suspension system.
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Maglev Trains Sloan Hazel
Electromagnetic suspension (ems) • German • .This system uses electromagnets on the train body itself that are attracted to the iron guideway rails. • systems works at all speeds • and eliminates the need for a separate low-speed suspension system. • Tolerance gap is only about 1 cm
Electrodynamic suspension (EDS) • Japanese • Instead of using the attractive properties of magnets, It used the repelling force of magnets. • Japanese trains levitate nearly 10 cm above the guideway • “lift off” after about 62 mph • Wheels for this lift off and slow down speed
Benefits • Reduced Friction • Maintenance • Speed • Noise • Energy • Electric • Green • More Efficient
Liabilities • Original Cost • Initial Setup • Estimate $8.5 Billion for US • Weight • strong magnetic field • Large amount of energy and money • Health risks
Shanghai maglev train • Length: 30.5 km or 18.95 miles • Time: 7 min • Longyang Road (Downtown) to Pudong International Airport • Top Speed: 501 km/h or 311mph (Speed Record in China) • Operational Speed: 431km/h or 268mph
Video • http://www.youtube.com/watch?v=rmsvzOV7iXM