DIY Arduino based Guitar Pickup Coil Winder | Arduino project
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- Опубліковано 5 жов 2024
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Hello friends in this video I have made a simple mini
arduino based guitar pickup coil winding machine.
Winding hundreds of turn with hand is quite boring & time consuming job.
so I build this mini machine,
I have used two stepper motors in this project and HMI for user interface.
and I have used a multipurpose PCB for this project.
1. Arduino Nano - amzn.to/3gnjnRV
2. NEMA 17 stepper motor 2nos. - amzn.to/3cIgkBI
3. A4988 driver IC 2nos. - amzn.to/3xp1vMu
4. SK8 Shaft holder - amzn.to/3xgw8U2
5. 8mm SS rod 100mm long 2nos. - amzn.to/3xmkLtL
6. 8mm Liner bearing LMK8LUU - amzn.to/3gld813
7. 8mm T8 NUT - amzn.to/2RW2ch7
8. 8MM T8 Lead screw 100mm long - amzn.to/2RW2ch7
9. Stepper motor coupler - amzn.to/35nDBF8
10. Nextion NX3224K028 2.8''HMI - amzn.to/2TuYOu7
#Arduino_project
Multipurpose PCB
oshwlab.com/sh...
Arduino & HMI code
github.com/san...
💻visit for more projects :-
👉 / mrinnovative01
👉 electricdiylab....
👉 FB page :- / innovativemr This video is made for entertainment purposes only. Please use judgment, care, and precaution if you plan to replicate. WhatsApp for custom projects +91 7600079068 - Наука та технологія
A couple of suggestions: the magnet wire you are using is too thick. You will end up with a low impedance coil.
Standard high impedance guitar pickups generally use between 42 to 44 AWG size wire.
And the other suggestion is to be able to enter AWG wire gauge numbers into the winder. None of the major pickup makers use metric size wire. AWG is the industry standard.
Nicely made winder.
For a typical humbucker you want at least 5,000 turns of 42 AWG wire on each bobbin. Hot overwound pickups can have up to about 10,000 turns of 43 to 45 AWG. A P-90 is 10,000 turns of 42 AWG.
The author uses the MultiStepper class of the AccelStepper library, which does not support a smooth increase in speed and a smooth stop of the stepper motor.
For this reason, when winding the coil with wires AWG 42, 43, 44 (which should be used in pickup coils), these wires will simply break.
Which class / library would support smooth start and stop in place of MultiStepper?
@@xdiscxnnectbeats AccelStepper, I am currently modifying the code and maybe do a build video for the winder, lots of trial and error, it easily breaks AWG 42 wires in this stage.
🇧🇷 Congratulations!! Very top this project. Welcome to the Global Tec Brasil family 👍👍
Muito bom
Abraços
It's cool! That's just wire you need 0.05 mm. And the one that wound up will not work normally.
I wonder if you could vary the rotation rate to keep the wire feed rate constant.
Great project!
There’s probably no reason to do that. As the bobbin fills up the relative rotation changes.
Several questions: 1. How do you ensure that the spool is turned to deliver the wire? I guess it isn't? Then, more importantly, how does the pickup sound with super fat wire and only 300 turns?
I think it's just a demonstration of consept, the bobbin also seems a bit oversized
That's also my observation, with 40 to 43awg copper wire it might snap. I tried this multiple times on my diy winder holding the wire with only my fingers and I rarely finish a pickup without snapping it midway. Feeling it by hand, I guess is still the best way to wind a pickup, I hope there's a solution to replicate it on arduino machine.
@@GitaraMaker I have actually wound a couple of pickups since watching this video and I have to position the spool sitting on one of its sides so that the wire can freely unwrap. I also hand tension it and I make sure the bobbin has some give using Teflon tape and isn't fully secured to the shaft. It actually seems quite complex to make a usable production quality machine.
The spool doesn’t turn. It’s too heavy and the wire is too thin. It would break. Generally you feed off the top of the spool. The spool can be on the floor in front of the winder, or as seen in commercial winders the spool sits behind the winder, often in a plastic tube (like a bucket) with the wire spooling off the top and usually through a wire guide.
So you just need to sit the spool on one end and let the wire spool off the top.
My spools (often big 5 lb spools) sit on an upside down plastic bucket on the floor right in front of my workbench with the winder on it.
Bingo !!! I learn about robotics.. and i like guitar.. so inspirational for myself.. thanks..
I sub u
Great! How about a new idea: A Cutting / bending / peeling machine for jumpers for breadboards?
Let’s play guitar! Good job like always!
Superb, Amazing, mind blowing 👌
Excellent project. I liked it
2 things: can you post stl files for the wire guide and bobbin holder, and can you provide insight on spinning cw and ccw for humbuckers?
the look of the machine is ok as described i made this machine i ordered a board and assembled i uploaded the code given in the description to the nextion and arduino display but something with this arduino code is wrong after uploading and starting the machine strange things happen after changing the #deine MICROSTEP 16 code parameter on MICROSTEP 15 or 18 everything works quite well the problem is that the selected coil width cannot be obtained, there is only one parameter about 8mm and the wire thickness cannot be entered e.g. 0.05 only 0.1 maybe someone has a solution to this problem
Espectacular proyecto !! Me imagino que mantiene la velocidad tangencial de rebobinado.Podes programable cualquier forma de bobina?
i want your direct contact please
Very nice, where is the copper wire in relation to the machine, how is it coming off the drum?
I'd love more info about this, especially the software aspect... I'd like to be able to choose "patterns" of how the wire goes back and forth. Also... why does it have a thickness? if choosing number of turns? Looks like what I'm after for sure, just wondering how hard is it to modify the software. In addition to patterns, I'd love to be able to enter in wire gauge, bobbin size and desired output and have it calculate the number of turns.
Thickness is the wire gauge. It should be in AWG (American Wire Gauge). That’s the standard used. 42 AWG is typical for the majority of pickups.
I’m not sure why he has the size setting unless it has to do with the traverse.
Winding patterns is pretty much a myth. When you hand wind you have a totally random pattern. No two hand wound pickups are alike. Yet if you wind three Strat pickups to 9,000 turns of 42 AWG they will all sound the same. If winding patterns mattered at audio frequencies you’d hear it.
Ordering the parts now
Very nice video. I like working with steppers.
Ich habe versucht, Dein Projekt nachzubauen. Es läuft auch. Jedoch kommt es mir so vor, als ob der Motor, welche die konstante Wickelarbeit leistet etwas stottert ( unruhig läuft ) und der zweite, welcher die Drahtführung übernimmt, fährt einen viel zu weiten weg ( ca 34mm, bei eingestellten 8 mm Coil width ). Trapezspindel ist TR8 mit 8mm Steigung ( 4-gängig ). Jumper-Settings für die A4988. Step/1 alle gesetzt - Step/2 alle gesetzt. Was ist da falsch bei mir? Oder wurde der Sketch für den Arduino nano oder die HMI verändert gegenüber dem was man herunterladen kann.
I tried to recreate your project. It works too. However, it seems to me as if the motor, which does the constant winding work, stutters a bit (runs unevenly) and the second one, which takes over the wire guidance, travels a lot too far (about 34mm, with a set 8 mm coil width). Trapezoidal spindle is TR8 with 8mm pitch (4-start). Jumper settings for the A4988. Step / 1 all set - Step / 2 all set. What's wrong with me? Or was the sketch for the Arduino nano or the HMI changed compared to what you can download. Most AWG enamelled copper wires are less than 0.1mm thick, usually with 3 decimal places and the stop button in the .hmi does not work either. It would be nice if you could update the corrected scetch and hmi files.
Ich habe das Teil auch nachgebaut und ich habe die gleiche Probleme wie Du. hast Du eine Lösung gefunden?
Best video bro 👍👍👍
As someone else already said, that wire was much too large. You should use 42 to 44 AWG wire and to get a coil resistance of about 7 kOhms, it would take about 4200 feet of wire. Also, most players don't like uniformly-wound coils; they prefer scatter-wound coils. Nice job otherwise..
Would it be possible to remove the wire guider section of the assembly in order in order to feed the coil turning mechanism by hand?
Thanks for video 👍👍
Para carretes cuadrados haces? Para bobinar transformadores de fuentes conmutadas en donde se requiere alambres simples y también trenzados.
Nice clean project but far too slow to wind any single coils. You need 7400 turns.... that would take forever. Is there a mod for a faster RPM option ?
You need it faster?! For me it’s to much fast!! Anyway I think it rotates at 200rpm/min so for 7400 turns you’d need 37 minutes..not so bad!
Superbe appli avec Arduino... Bravo
What are the jumper settings for using two nema17 steppers?
Parabens pelo projeto .Muito bom
Thank you for the useful videos
Please show us how made tundra tracker . I need video explaining about it .
please
good job….but…..how often you change your guitar pickup coil that you need to use a machine? 🤔😎
Probably for selling them i would guess. Bit of a niche, but it's neat.
I had you board made and building your guitar winder everything works except when i hit stop in the middle of a count the wire and coil length zeros out but the count keeps going.
how can i have the code reset everything.
subscribed in Florida.
Please make a video on how to conect sim card in raspberry pi
Where are you from sir
what resistor did you use. Thanks
How could you connect a DC motor instead of the steppermotor.
amazing video
Make a robotic arm with record and play function but in simple way .
Молодец мужик 💪 💪 💪
Hello, I have done the project, but if I put 1000 turns on it, it stops at 409. Where is the problem?
great project......👍👍👍👍👍👍
Amazing video, love the project. Is there any link to the files for the 3d printing? I'm trying this project myself as well
dan net jong omkoal
проэкт хорошый и видео неплохое..., вот только похвальные отзывы от тех кто в этом ничего не понимает или не вникали ...., проблемма в Arduino & HMI code - написан криво или автор умышлено выложил в таком виде , ладно это на его совести😉
I like to buy an pwb like this for arduino and 2 steppermotor controller like this that you presentes in this video
What is coding?
And supply kitna watt...
Very Nice bro
Very neat 😀
what type of sensor does the roll counter sensor use?
I don’t see any counter sensor, probably the number of turns is calculated by the number of steps on step by step coil engine.
I want to make this..
how does it sound ?
Perfect👍
Pulinya ukuranya brpa mas...
Apakah setiap ukuran steper sama mas
Sensacional 👏👏👏👏
DIY = EXPENSIVE
Огромные затраты сил и финансов, а результат намотки ничем не лучше чем просто в навал.
do you have those 3d plastic parts STL file somewhere we can download and print?
I cane use sabmarsible motor winding
Nice video, thank :)
Amazing
show how you do sketch on arduino
Excellent
Nice
best
it is possible to buy it
If i want to buy one of the machines u are building how can I contact u
if can we send our display to you to adverstizement, what we need to provide to you ?
amazing
Benjo ke pick masin lena hai
Get a complete project
Cool
Great
Awsome
Can i get the 3d printed file?
Super 👌😊👍🎞🎞🎞🎞🎞🎞🎬🎥😉
👌👌👌👌
The project looks good, too bad it doesn't work.
What we are presented with is a demonstration of how it should work.
A certain variable is taken into account: the number of turns.
The rest are mandatory but are ignored. However, the program does not start without them. Only that.
In fact at the end of the program it says that you will probably have to experiment with the variables.
A comment would be helpful. A B C ...? Anyway it's an opportunity to learn Arduino programming.
👍
Aapse bat karna hai sir
Hi sir you can send me cod and diagram
Hello sir,
Please check your email I was sent you requeste regarding to home automation project.
Please kindly reply
Чушь
Dam keato
Your projects are expensive
hello sir, may i knoe your email add? i have something to ask about this project of your,ice video keep it up,