Electrical Motor Book for Automotive Robots?

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SUMMARY

The discussion centers on finding a comprehensive book about electrical motors that provides clear explanations and examples for calculating motor power and ratings specifically for automotive robots. A key formula mentioned is that power equals torque multiplied by RPM, emphasizing the importance of unit conversion in these calculations. Participants seek resources that can guide them in selecting the correct electric motor for applications such as lifting a robot arm.

PREREQUISITES
  • Understanding of electrical motor fundamentals
  • Knowledge of torque and RPM calculations
  • Familiarity with unit conversion techniques
  • Basic principles of robotics and automation
NEXT STEPS
  • Research books on electrical motor design and applications
  • Explore online resources for calculating motor power and ratings
  • Learn about torque and RPM relationships in electric motors
  • Investigate specific electric motors suitable for robotics applications
USEFUL FOR

Engineers, robotics enthusiasts, and students involved in automotive robotics who need to understand motor selection and power calculations for robotic applications.

Observables
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Hi all,

Can anyone recommend a book on electrical motors that clearly explains and has plenty of examples on how to calculate the required motor power/rating for a automotive robot.

I'm trying to work out the required power to lift a robot arm, then somehow find the correct electric motor.

Hope this makes sense.

Yours

Obs
 
Engineering news on Phys.org
Observables said:
Hi all,

Can anyone recommend a book on electrical motors that clearly explains and has plenty of examples on how to calculate the required motor power/rating for a automotive robot.

I'm trying to work out the required power to lift a robot arm, then somehow find the correct electric motor.

Hope this makes sense.

Yours

Obs

The power is the torque times the RPM, after converting the appropriate units.
 

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