Hi, I did build as a child serial dc induction motor powered with flaslight battery working fine (this is almost all my undestanding about electronics).Now I did build same kind of hobby motor but bigger one. Armature winding is 1/5x1/5 inch bar, 4 rounds/armaturepole (3 poles). My hope is to use it with car battery. Inrush current can be many hunders of amperes- too much even this thick "wire".
Questions of dummy:
Can I simulate starter motor centrifugial switch with a manual big ampere switch just looking the motor spininning fast and estimate enough cemf already there? Inrush current going to (ultra)concentrator in the beginning? I am confused about wiring diagrams I have seen. Is it so that starting/auxliliary field gets current from the concentrator discharge? To my mind diagrams are drawn so that the armature winding, the main field winding and the auxilary field winding are connected directly to the power supply!? Because I have not ability to interpret diagrams I wonder that. It would be easier to understand to me to see a diagram where there is a separate circuitry with cocentrator
and auxliary winding, this switched off and main field and armature circuitry conneced to the supply.
Even then where armature current comes initially when cemf is just rising? Too many switches! Put it simple : I am fully diagram unliteral!
Tanks a lot if somebody is kind enough to answer!
Questions of dummy:
Can I simulate starter motor centrifugial switch with a manual big ampere switch just looking the motor spininning fast and estimate enough cemf already there? Inrush current going to (ultra)concentrator in the beginning? I am confused about wiring diagrams I have seen. Is it so that starting/auxliliary field gets current from the concentrator discharge? To my mind diagrams are drawn so that the armature winding, the main field winding and the auxilary field winding are connected directly to the power supply!? Because I have not ability to interpret diagrams I wonder that. It would be easier to understand to me to see a diagram where there is a separate circuitry with cocentrator
and auxliary winding, this switched off and main field and armature circuitry conneced to the supply.
Even then where armature current comes initially when cemf is just rising? Too many switches! Put it simple : I am fully diagram unliteral!
Tanks a lot if somebody is kind enough to answer!