Karim Ul Hasan

Tesla’s AC induction motors, found in AWD vehicles, use a variable frequency drive and are liquid-cooled. The front motor delivers up to 137 kW (185 hp) and 439 Nm of torque. Higher-performance models reach 375 V, with outputs from 600 to 1200 A and RPMs up to 18,000. The Model 3 features a single or … Read more

Nikola Tesla invented the alternating current (AC) induction motor in the late 19th century. He presented this important invention during a 1892 lecture at the Institution of Electrical Engineers in London. Tesla later gifted his original motor to Professor Ayrton, emphasizing its significance in the history of electrical engineering. Previously, direct current (DC) systems dominated, … Read more

Nikola Tesla invented the AC induction motor, which uses a rotating magnetic field to turn electricity into mechanical power. This motor improves efficiency in power transmission, makes large machines run on electricity, and requires lower maintenance. These traits revolutionized mass production and remain essential for electric vehicles today. Tesla’s innovative approach to motor technology allows … Read more

In 1887, Nikola Tesla invented the induction motor at his experimental shop in New York. This innovative AC motor allowed for efficient power transmission. Tesla sold the invention to Westinghouse in July 1888. He then spent a year in Pittsburgh training engineers to use this transformative technology. Tesla’s AC Motor invention paved the way for … Read more

Nikola Tesla’s professors, like professor Poschl, believed the alternating current (AC) motor was impossible. They thought a motor without commutators or brushes was similar to a perpetual motion machine. Despite this, Tesla developed the rotating magnetic field concept, which led to practical AC motor applications in 1883. One noteworthy incident involved a professor who publicly … Read more

Tesla’s AC motor design features a rotor, stator, and coils for efficient electrical energy conversion into mechanical power. It incorporates the IPM-SynRM, combining permanent magnets with reluctance design. These improvements boost efficiency while honoring Nikola Tesla’s foundational concepts in polyphase induction motors. The revolutionary impact of Tesla AC Motor Design lies in its efficiency and … Read more

To temporarily fix a broken AC fan motor, turn off the breaker to ensure safety. Check the motor for issues, such as a failed fan motor capacitor. Replacing the capacitor may help. For quick fixes, use a small fan to circulate air. If problems continue, seek professional repair for a permanent solution. Another DIY tip … Read more

Tegangan spul motor AC berkisar antara 13,5 volt hingga 14,5 volt. Tegangan ini tergantung pada kondisi mesin. Gunakan voltmeter atau multimeter untuk mengukur. Jika hasil di bawah 13,75 volt, spul dianggap lemah. Regulator mengubah arus bolak-balik menjadi arus searah untuk suplay listrik motor. Untuk cek tegangan spul tanpa bongkar, Anda bisa menggunakan multimeter. Pertama, atur … Read more

To test an AC motor with a multimeter, first ensure proper grounding. Switch to resistance mode (Ω). Connect the probes to each motor lead and measure the windings’ resistance. Verify the readings against the motor specifications. Check for short circuits or open circuits by testing continuity in the windings. Afterward, test the continuity of the … Read more

To take apart an AC motor, follow these steps: First, disconnect the power and remove the motor from its housing. Use tools like screwdrivers and pliers. Carefully detach the cover and unscrew the bolts. Separate the rotor and stator. For common issues like noise, inspect the bearings. Always follow safety precautions. Once the casing is … Read more