Designing Single Phase Induction Motor From A to Z
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For the first time on youtube, 'I Teach You' brings you a set of lessons to teach you how to design an induction or asynchronous motor from A - Z including Mathematical Construction, Simulation and Physical Construction of the motor.

The ACIM motor software library is made of several C modules and is fitted with STVD workspaces. It is used to quickly evaluate both the MCU and the available tools. When it is used with the STM8/128-MCKIT motor control starter kit and an AC induction motor, a motor can be made to run in a very short time. To design the 3 phase induction motor of the stator, rotor, end rings, and main parts of the induction motor is very difficult by using the manual calculation or software. The design of the induction motors is been well established, there are some areas which require special care. The manual design is been a lengthy calculation and if any. I want to design a single phase induction motor (1/3 HP,50Hz,220V). I face a problem to design the main dimension of stator and Slot shape and Rotor skew angle. Would you give some idea for design? Or any related book and software?

This set of lessons runs over a few episodes and continuous watching by every episode of each part is important to stay without being confused. Once you miss a single episode, you won't be able to catch up and understand clearly the next activities going on and it is for sure.
Starting from the Mathematical Structuring towards the Motor Construction, we will show you gradually of how a single phase induction motor is going to be built finally as a brand new motor.

Electric Motor Design, Analysis and Verification Ansys offers a complete workflow that progresses from concept design to detailed electromagnetics, thermal and mechanical analyses of the motor. Coupled electromagnetic-thermal-stress-and vibro-acoustics simulation of the motor using Ansys tools results in a high-fidelity, accurate and robust. World Series™ Motors are the latest evolutionary step in TECO-Westinghouse AC motor technology. This top-quality line of induction motors is distinguished by high efficiencies, advanced software design capabilities, metric frame sizes and TECO-Westinghouse’s reputation for quality and reliability.

In this exercise, we chose the following specifications to have in our motor design initially before the mathematical calculations.
Required Output Power: 0.75HP
Voltage: 230V
Phase: 1
Frequency:50Hz
No Load Current: 1.5A

Single Phase Induction Motor Design Software Free

No Load Speed: 2990rpm
Rated Current: 4A
Rated Speed: 2900rpm
Efficiency:90%
But later, by doing relevant calculations and applications, we were able to construct our single phase induction motor with the following specifications at the end as the physically designed motor in the real-world and each and every phase of the construction will be discussed in this set of lessons gradually.
Hence it is important to stay tuned with us continuously at every episode.
Max. Nominal Output Power: 0.9HP (Capable for another more mechanical losses)
Voltage: 230V
Phase: 1
Frequency: 50Hz
No Load Current: 1.35A
No Load Speed: 2996rpm
Rated Current: 3.28A
Rated Speed: 2947rpm

Single Phase Induction Motor Design Software Project

Efficiency: 91.97%
Tested Period: 8 Hours Continuous Run
For our output power of 0.75 HP, Rated Current: 2.82A
Part No 1: This is the Mathematical Construction and We will teach you how you can start designing an induction motor from an empty hand.
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Part 1 Episode 9:
Part No 2: This is the Simulation part of what we designed mathematically and in this part, you will be learned of how you can compare and predict the performance of the design, you made by mathematics. Hence you are able to figure out about your motor before it gets built up as a physical outcome.
Simulating the design is done by Ansys/Ansoft MAXWELL Motor Design Software where you can download the full version FREE by clicking here
https://itchu.blogspot.com/p/useful-software.html
Part 2 Episode 1:

Part 2 Episode 2:

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