how to make a simple dc motor .pptx
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the below power point will help with steps to design a simple dc motor,
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how to make a simple dc motor .pptx
- 1. PHYSICAL SCIENCES 2APRESENTATION CREATING A SIMPLE ELECTRIC MOTOR BY MURIVHAMI R.V
- 2. SIMPLE ELECTRIC DC MOTOR AN ELECTRIC MOTOR IS AN ELECTRICAL DEVIDETHAT CONVERTS ELECTRICAL ENERGY INTO MECAHNICAL ENERGY
- 4. AIM :TO CREATE A SIMPLE ELECTRIC DC MOTOR CONVERTING ELECTRICAL ENERGYTO MECHANICAL ENERGY MATERIALSOR APPARATUS 1. AMMERTURE 8. SMALL PIPE 2. DC BATTERY 9. SMALLWOODEN BOARD 3. 2 MAGNETS 4. INSULATEDCOPPERWIRE 5. MODELINGCLAY 6. 2 BIG NEEDLES 7. PLIER
- 5. PROCEDURE 1. GATHER ALLTHE APPARATUS TOGETHER 2.TAKETHE COPPER WIRE ANDWRAP IT AROUNDTHE PIPE CONTINOUSLY MAKING NUMEROUS NUMBER OFTURNS AROUNDTHE PIPE .TIGHTLY 3. SLIDETHE COILTHATYOU MADE OFFTHE PIPE 4.WRAP EACH END LOOSE END OFTHE WIRE AROUNDTHE COIL 3TIMES TO HOLD ITTOGETHER 5.THEN POINTTHE END OFTHE WIRES AWAY FROMTHE LOOP
- 6. PROCEDURE THE PREPARE LOOP SHOULD LOOK LIKETHE LOOP INTHE PICTUREALONG SIDE
- 7. PROCEDURE 6. SINCETHEWIRE USED IS INSULATEDA SMALL KNIFE IS IMPORTANTTO REMOVETHE INSULATIONCOVER ONTHE COPPERWIRE.THIS IS IMPORTANTTO ALLOWTHEWIRE FOR ELECTRICALCONNECTION 7.THE SCRATCHED ENDSOFTHEWIRE SHOULD BE FACING IN THE SAME DIRECTION IN BOTH SIDES 8.THEWIRE INSULATION SHOULD BE REMOVED FROM BOTH SIDES 9. HALF OFTHEWIRE'S INSULATION SHOULD BE REMOVED NOTTHE ENTIREWIRE.
- 10. PROCEDURE 13. PLACEA DC BATTERY HORIZANTALLYONTHEWOODEN BOARD 14. PLACE MODELINGCLAY AROUNDTHE BATTERY SOTHAT IT DOES NOT ROLL. 15. ATTACHTHEWIRES FROMTHE BATTERY ( BLACK AND RED TOTHE NEEDLES 16.THE REDWIRE CONNECTEDTOTHE POSITIVETERMINALOF THE BATTERY AND BLACKWIRE CONNECTEDTOTHE NEGATIVETERMINALOFTHE BATTERY
- 11. PROCEDURE 17PLACEA MAGNET UNDERTHE COIL,ONTHEWOODEN BOARD , BUTTHE COIL SHOULD BE ABLETO MOVE FREELY WITHOUT PHYSICAL CONTACTWITH MAGNETS 18. SPINTHE COILGENTLYTO GETTHE MOTOR STARTED IF IT DOESNOT SPINTRY SPINING IN ANOTHER DIRECTION.
- 12. FINAL PRODUCT
- 13. RESULTS This Photo by Unknown author is licensed under CC BY-SA.
- 14. RESULTS THE MOTOR COIL CONTINUES SPIN INTHE SAME DIRECTION WHICH MEANSA FORCEWAS APPLIEDWHENTHE ELECTRIC CURRENTWAS PASSEDTHROUGH INTHE PRESENCEOF MAGNETIC FIELD.
- 15. WHY? A COILANDTHE NEEDLESCAN ACT LIKE MAGNETSWHEN ELECTRICITY IS PASSEDTHROUGHTHEWIRE.THEY ARE TURNED INTO ELECTROMAGNETS ELECTROMAGNETS =A METALTHAT IS MADE IINTOA MAGNET BYTHE PASSAGE OF ELECTRICCURRENTTHROUGHA COIL SURROUNDING IT . THEREFORE A FORCE CALLEDTORQUE IS CREATED BY THE CONNECTIONOF COIL, NEEDLEAND BATTERY TORQUE ISTHE MEASUREOF ROTATIONAL FORCE THIS ISTHE FORCETHAT CAUSESTHE COILTO ROTATE.
- 16. WHY? WHEN A BATTERY IS CONNECTEDTHE COILWOULDWANTTO ROTATE 90 DEGREESTO ALIGNTHE MAGNETIC FIELDOFTHE COILWITHTHE MAGNETTHIS CREATESTORQUE
- 17. WHY REMOVE PARTOFTHECOPPERWIRE INSULATION? A PART OFTHE COPPERWIRE INSULATION IS REMOVEDTO ENSURETHAT CURRENT CONDUCTION IS PREVENTED FROM 180 DEGREES THE MOMENTUM OFTHE COIL MAINTAINS ITTO COVERTHE REMAINING 180 DEGREES OF INSULATION IFTHE INSULATION WAS NOT REMOVEDTHE COIL WOULD REMAIN ALIGNED IN ONE DIRECTION ANDWOULD NOT SPIN.
- 18. CONCLUSION THE EXPERIMENTAL PROCEDUREAND RESLUTS SUPPORTED THETHESISTHATWHEN A CURRENTCARRYING CONDUCTOR ISWRAPPEDAROUNDTHE METALA METAL CAN BECOME ELECTROMAGNETIC IT ALSO PROVEDTHAT ELECTRICAL ENERGY CAN BE CONVERTEDTO MECHANICAL ENERGY
- 19. REFERENCE Bingol,O., & Aydogan, O. (2012).Web based remote controlled electrical motor laboratory used as educational tool. Przeglad Elektrotechniczny, 88(6), 342-346. Tsai, M. C. (2020).An overview of the research work at the Electric MotorTechnology Research Center. Impact, 2020(4), 54-56. Coello Behr,A. (2018). Energy Storage and Electric Motor Systems Projects for Hands-on Student Learning (Doctoral dissertation, VirginiaTech). Hudha, M. N., Chaeruman, U.A., Hakim, A. R., Sundaygara,C., Kumala, F. N., Batlolona, J. R., ... & Abdullah, A. G. (2019, October). Simple electrical motor for elementary school future teachers through scientific work e-rubric. In Journal of Physics: Conference Series (Vol. 1318, No. 1, p. 012004). IOP Publishing.