Linear motors speed up the pace of your life, and the world is changing so fast that in the past people used green trains and have now become maglev, high-speed rail and airplanes.
Can you imagine a day in the future, you take a trip to fly the high-speed train from Wuhan to Beijing in just 30 minutes? China is developing a high-speed flying train called T-FLlGHT, it is understood that it uses both superconducting magnetic suspension technology and vacuum pipes. When it enters the vacuum pipeline, the train is suspended above the track by magnetic levitation technology, and then the near-field flight is achieved through the traction of the motor. Because the flying train is in a vacuum and is suspended in mid-air, the friction it travels is almost zero. This is why it reaches 4000 km per hour.
To know that at present in the world, the maximum speed of passenger aircraft is about 900 km, the maximum speed of high-speed rail is about 605 km. And it directly exceeded the world record several times, if the revolution around the equator only takes 10 hours, faster than the bullets.
Although the speed is very high, the discomfort caused by the body is often acceleration, so its acceleration will not be too high, will take full account of the safety of passengers. Do not know this trip high-speed train fares how much? What do you think of it?
The idea of flying trains comes from the advantages of Tomoto linear motors. One of the advantages of Tomoto linear motors is that they can work in a harsh or vacuum environment.
Kunshan Tongmao linear motor is mainly used in CNC machine tools, especially precision high-speed processing machine tools, special processing machine tools, large machine tools. Linear motor static characteristics test is mainly to study linear motor positioning force, static characteristics, thrust linearity, unilateral magnetic pull test methods, test specifications, standards and test equipment. Linear motor dynamic characteristics of the test is mainly the peak current, thrust constant, thrust fluctuations, output / output power, efficiency, overload and positioning accuracy. Linear motor parameter tests include: winding resistance, winding inductance, back-EMF constant, electrical time constant, motor constant. At present, with the Mau project are: linear motor loading test technology and test equipment, linear motor positioning force testing technology and test equipment, linear motor thrust coefficient test technology and test equipment, linear motor test bench planning programs.
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