Great sharing.. I would recommend to use electronic sensor and transistor switch to reduce friction and mechanical lost. On and Off switch on the coil can generate back EMF which we can recycling those electrons.
@@protonseuthorium5712 Thanks for the suggestions. The motors I build are purpose built and represent old-school, mechanical control methods. Have you ever built a solenoid motor?
Great stuff !! You can see how your ideas and workmanship progressed through the series. I have and recognize a lot of the same parts from years of taking apart old tape recorders and VCR's myself. As a "maker" I would enjoy a series where you go into more detail on how each motor was built and maybe some of the problems and troubles you had and how you overcame them. Keep up the great work ! 😁👍 Lloyd P.
Hi Lloyd. I am planning "how-to" videos as time permits. I will also have a build video which includes a kit that can be purchased. Please note that the order that the motors appear in the video does not match the actual chronological build order. I never mention that in the series. Thanks for watching.
I am currently working on a build series with a limited number of kits that will be made available to build along. I will cover the basics of the operation of the motor so you should be able to build one for yourself. As for information, there are.lots of explanation videos on these motors on TH-cam.
On the simple designs, How do you control the speed or is it just the microswitch controlling the pulse and the voltage supplied controlling the speed? The hit and miss design in awesome to hear running. Regards, Paul
The power supply is an adjustable, 1 to 35 VDC @ 5 A. The hit and miss motors need the 5 A to run right. The micro switch controls the on time. The biggest factor in power output has mostly to do with how close to TDC the switch shuts off.
The flywheels from tape decks work great. If you look at many of the solenoid motor/engine videos on TH-cam you will notice that the flywheels are just a mass and do not always look like a traditional flywheel. I may not be one to finish my motors with a polish but I do need to have a flywheel that looks right.
Contact me though Patreon. I have two different versions I made extras of that could be for sale. Link to my Patreon page is in the description of the videos. Thanks for watching..
My apologies. In the credits I missed family. It should have read Kubly family.
Great sharing.. I would recommend to use electronic sensor and transistor switch to reduce friction and mechanical lost. On and Off switch on the coil can generate back EMF which we can recycling those electrons.
@@protonseuthorium5712 Thanks for the suggestions. The motors I build are purpose built and represent old-school, mechanical control methods. Have you ever built a solenoid motor?
Great stuff !!
You can see how your ideas and workmanship progressed through the series.
I have and recognize a lot of the same parts from years of taking apart old tape recorders and VCR's myself.
As a "maker" I would enjoy a series where you go into more detail on how each motor was built and maybe some of the problems and troubles you had and how you overcame them.
Keep up the great work !
😁👍
Lloyd P.
Hi Lloyd. I am planning "how-to" videos as time permits. I will also have a build video which includes a kit that can be purchased. Please note that the order that the motors appear in the video does not match the actual chronological build order. I never mention that in the series. Thanks for watching.
Marvelous creations of masterpieces and your efforts taken to share with all. Thanks from Jawaharlal Bharat INDIA 🙏
I can't imagine how many hours you have dedicated to each of these models. They are truly amazing works of mechanical art. Very well done indeed 👍
Cool! Beautiful work, Man!
The 25 is great new to me..pendulum timing...I like!
had to subscribe such beautiful work. thank you for sharing
very nice
Pretty cool
ใช้พลังงานอะไรครับ
Very interesting, thank you !
Where can we find some litterature about such motors ? … and why not give one a try ? 😊
I am currently working on a build series with a limited number of kits that will be made available to build along. I will cover the basics of the operation of the motor so you should be able to build one for yourself. As for information, there are.lots of explanation videos on these motors on TH-cam.
On the simple designs, How do you control the speed or is it just the microswitch controlling the pulse and the voltage supplied controlling the speed? The hit and miss design in awesome to hear running.
Regards,
Paul
The power supply is an adjustable, 1 to 35 VDC @ 5 A. The hit and miss motors need the 5 A to run right. The micro switch controls the on time. The biggest factor in power output has mostly to do with how close to TDC the switch shuts off.
@@coilmotorworks Extream,y helpful. Thank you
I recognize some of those flywheels from a 8-track player.
The flywheels from tape decks work great. If you look at many of the solenoid motor/engine videos on TH-cam you will notice that the flywheels are just a mass and do not always look like a traditional flywheel. I may not be one to finish my motors with a polish but I do need to have a flywheel that looks right.
เครื่องอะไรครับ
Did I see a TO-3 transistor in a smokestack?
That is a 338K voltage regulator.
Give me one how much price
Contact me though Patreon. I have
two different versions I made extras of that could be for sale. Link to my Patreon page is in the description of the videos. Thanks for watching..
อ๋อรู้แล้วพลังไฟผลักลูกสูบใช้ใหม้คล้ายๆครับ
ทำงานเหมือนลูกสูบเครื่องยนต์แหละ แค่แทนที่ลูกสูบด้วยโซลินอยล์ ไปผลักข้อเหวี่ยงหมุน