Making an electromagnetic motor

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SUMMARY

The discussion centers on constructing an electromagnetic motor capable of lifting heavier objects using limited voltage (5-7 volts). Corey A. seeks advice on optimizing the design with 2 meters of wire and two magnets, specifically focusing on minimizing friction and selecting appropriate materials for the axle and frame. The goal is to effectively lift pennies while ensuring the motor operates efficiently without exceeding the voltage limit, which could damage the wiring.

PREREQUISITES
  • Understanding of electromagnetic principles
  • Basic knowledge of motor construction
  • Familiarity with materials that reduce friction
  • Experience with voltage limitations in electrical circuits
NEXT STEPS
  • Research methods for optimizing electromagnetic motor design
  • Learn about materials suitable for low-friction axles
  • Explore the effects of voltage on electromagnet performance
  • Investigate weight-lifting capabilities of different electromagnet configurations
USEFUL FOR

Electronics enthusiasts, hobbyists building motors, and students studying electromagnetism who are interested in practical applications of electromagnetic principles.

cor_18
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Hi, a partner and I are making an electromagnetic motor run however is there a way for it to pick up heavier objects? We've been given 2 metres of wire, two magnets and we're trying to establish a way that the motor can pick up the most amount of weight without going over 6 or 7 volts.
Thanks in advance!
Corey A.
 
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I find this a bit confusing. Are you making an electromagnet or a motor?
 
I'm actually supposed to be making a motor however I am making a motor run by the use of two magnets. I will be joining an axle to it to lift pennys up. I'm just not sure what i can use as a frame or an axle to reduce friction or to lift the best amount of weight (pennys) by only using around 5 or 6 volts. ( 9 volts might chew up the wires)
Thanks!
Corey
 

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