New Brushless Servo Motor For The Mini Lathe
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- เผยแพร่เมื่อ 17 พ.ค. 2024
- A few months ago I changed the Motor of my Mini Lathe. The reason for this was, that the original electronics of my machine quit working with a loud bang and a broken basement fuse. It was no longer possible then to adjust the speed, the lathe ran only at it's highest speed anymore.
It seems that this happens to most of the Mini Lathe users at some point.
As I have no clue about electronics and heard some good reviews of the brushless servo motors, supplied for industrial sewing machines, I decided to replace the old motor and electronic with such a kit.
So far I'm really happy with the performance. At the moment the controller and main motor switch are just installed provisorily. But there are plannings for integrating both in a much smoother way. Especially the motor switch is a bit strange to use as it is intended for a foot pedal use. But we will see, if we can implement it in a useful way in the future.
I hope you enjoy this episode. If there are questions or suggestions, let me know in the comments.
As usual, feel free to like, comment and subscribe if you like what you are seeing.
Link to the motor 550W brushless servo motor for industrial sewing machines (no advertisement, no affiliation):
www.ebay.de/itm/254746196129?...
00:00 Intro
00:09 Disassembling the old electronics and motor
00:57 Introducing the new motor/controller kit
02:52 Making a motor mounting bracket
05:32 Short look on the manual
06:09 Settings and programming
08:13 Making new poly v drive pulleys
08:58 Finally installing the new motor.
-Making a dial for Mini Lathes carriage: www.youtube.com/watch?v=8Ivp5...
-Adjustable Carriage Stop: www.youtube.com/watch?v=EpWPT...
-Mini Lathe compound angle modification: www.youtube.com/watch?v=rdkoT...
-Mini Lathe tailstock fine adjustements: • Mini Lathe tailstock m...
-Mini Lathe bearings for the compound slide: • Bearings for the mini ... - วิทยาศาสตร์และเทคโนโลยี
These motors are brilliant….so many uses
Just found Your channel. No idle talking, straight to the point, nice angles and good work overall. Subbed :)
Hi :) Thanks for your kind comment. I really do appreciate that and happy to hear, you like the style of my videos. Thanks for subscribing! :)
Glad you're speaking in your newer videos. Great work.
Thank you very much for your feedback! I really do appreciate that.
@WeCanDoThatBetter Thank you, honestly. I used to watch your channel. Liked it a lot but turned away because I just don't want to have to read your thoughts on the screen. Having you speak makes the difference. I'm re-subscribbed and will be here to watch and learn as long as you plan to not make me read. 😇
@@MrSneakyGunz :D Thanks for your feedback and thanks for coming back an re subscribing! I really do appreciate that!
Nice !! I was waiting for this video. Awesome idea and installation. Great job!! Cheers from Canada.
:) Thank you very much! So I hope it is useful for you.
Wow, great work!
"A short glimpse and the situation is clear: I have absolutely no clue about electronics!" I like the cut of your jib, as i do the same thing, but i am learning.
;)
I deal with sewing machine repairs and was going to do this exact same thing as my mini lathe packed up 😄 thank you for the video. Now I've got more confidence to set it up
:) Yes try it. I'm really happy with the new motor :)
I bought one about a year ago to convert my wood bandsaw into a metal capable one.
I like it. Simple yet effective and efficient solution to your motor blowing up.
I replaced the motor on my Unimat DB200 with a brushless but instead used a potentiometer. Works great.
Thanks for your comment!
To switch rotation you have to swap phase and hall sensor wires. I have done it by swapping: BLUE/BLACK wires ( thick ones) at phase cable and blue/yellow at hall sensor cable (thin ones). You can do it by relay or mechanical switch. For control speed you can use potentiometer 500R + resistor 330R at ground side in series. Be carefull there is a hot ground inside a box. I also move inverter parts from brushless motor case to original from lathe.
inspired by your video I order the servo motor. but I faces some difficulties finding the right pulleys and belt, so I decide to remove the rotor and rework the shaft to 8mm. Now I am waiting for the new belt to finish it. thanks for sharing, your skills are really inspirational.
Thanks for your feedback! And good luck with your machine!
Nice! I've thought about using these sewing motors for machine builds for a while. The 500w ~4000rpm would make them ideal for drill press, mini grinder type projects.
I already liked your videos, but they keep getting better and better. Nice editing and camera setups! Also: this upgrade is very interesting. I'm thinking about buing a minilathe. Just so I can upgrade it ;-)
Thank you very much! I really do appreciate that :) Yes, if you want, you can have a lot of work with this machine ;)
0:40 - for those connectors, there is a small "latch" built into the socket side. When you press it, it releases a bent metal pin that fits into a hole on the plug and locks it. You can press the latch after sliding back the plastic over-cover, it's possible with bare finger but easier to do with a small screwdriver or something similar to poke it with..
Thank you for this tip! I really didn't know this. I thought you can just pull them apart but it really was impossible to seperate these connectors :) Thanks.
@@WeCanDoThatBetter - I destroyed so many before I worked out how to press the little latch. I still forget this!
Endlich! Darauf habe ich schon lange gewartet! :)
hehe :D Dann hoffe ich, es hilft :)
Nice motor choice! 👍
Thanks! I'm really happy with it so far.
Very interested to see how this goes. I bought one of those motors for my Taig Lathe. Probably overkill for that tiny machine, but it was cheap.
Quite nice idea for a motor/drive substitution or rather better to say: improvement !?! - perfect 👍🏻. I'll keep that solution in my mind for my mini lathe. Nice Video, as always. Weiter so!
Vielen Dank! :)
Just put on of these on my lathe, much more powerful than the stock motor. Great idea thanks
I bought a similar lathe one year ago. Its from 1999 and i have almost the same issues with it like you (but my motor still runs). Therefore I am verry interisted in your videos and solutions.
Weiter so, Grüße.
Danke! :)
Nice upgrade, especially as it allows the carriage mounted control in the later video.
Yes, this definitely paid off. Was the right decision to switch to this motor expecially with the new start lever on the carriage this is really smooth to use.
Nice one mate!
Thank you very much!
Looks like i am going to have to do this . My machine went bang yesterday !
:D It seems that this happens to everyone sooner or later:) Good luck.
Great vid fella fortunately my machine has a 3 phase 220 vac motor so I only need a vfb (on order)
I have been looking at the same (or very similar) motor for my small lathe on my favourite Chinese e-shop. You have persuaded me to buy it.
I hope, you won't regret :)
Very nice vid. What are the outer/overall dimensions of the motor? I want to buy one for a DIY project, but I have a very limited space. It''s a shame the lack of tech specs for those cheap products.
Very interesting, as a friend and myself both have Taig lathes (called Peatol in UK) and have been wondering about new motors for them. This was certainly helpful, thank you. Keep doing what you do, your videos are good. Les in UK
I am currently modifying a taig and the biggest issue is the drive belt - the 3m belt is hard to get and weak .
@@ianbertenshaw4350 never had any trouble with the Taig belt. I have a spare in stock but never needed to change it, despite looking puny it holds up well. But if I go along the route shown here I would change to a similar belt to that shown, as there will be no need to swap the belt from pulley to pulley. I’m looking at the 550 Watt version of this motor, as there is no need to use the larger version on a Taig lathe, it would just over-power the lathe and likely cause trouble. Les
A 10 turn potentiometer, Bourne makes some nice ones, with the same resistance sweep as the sewing machine speed controller would provide a very accurate fine adjustment. You can install a mechanical indicator on the shaft of the potentiometer to indicate which turn you're on and or install a tachometer.
Thanks for your comment. I've heard that using a potentiometer is a good way of controlling the speed and getting rid of the foot pedal. At the moment I'm planning to keep the pedal switch and implement it in a more suitable way. We'll see if that works.
The only intro that ever made me laugh from the gut, or at all for that matter.
Same
Clever solution to the problem of the lathe's original motor dying, and not just that but an improvement over the previous motor as well! However there is one thing I would definitely have done differently. The new motor produces a maximum of 4500 RPM, waaaay too much for a lathe, even for working on tiny aluminium parts. You would get a fair bit more out of both that motor and your lathe by using a 2:1 speed reduction, giving you an ideal 2250 RPM at double the amount of torque.
Looking forward to how you are going to control the speed and if an RPM indicator will be used - thanks for your work!
Hi, in the meantime I made a video on installing a On-Off-lever to the lathes bedslide for operation the machine. That is really convenient. I will definitely later add a rpm indicator too to the machine. But at first I have to install the proper electrical cabinet which is flying around for over a year now. Should be comming soon.
I'm the friend mentioned by Leslie Austin in a comment....and I agree, this video presents and excellent new idea for our Taig mini lathes. Would like to explore this further but first quick search search for a suitable sewing machine motor didn't show anything suitable....any tips on where to find one would be very useful.
Great video, thanks.
Hi and thanks for your comment! You can find these motors on ebay. Just search for industrial sewing machine servo motor. Mine has 550W but there are different options too.
Awesome video. I've just bought a nice old lathe, but it needs a new motor because currently the way it's cobbled together means it lacks any form of speed control. I'd come across these motors and was wondering if they'd work, so thanks for answering my question!
Is it still working well 6 months later?
Thanks for your comment! Yes, it works just fine. I'm really happy with the motor. I recently made a proper start stop lever and now it's just perfect to use.
Nice upgrade!
For the speed, my advise would be to measure the range of ohms on the foot pedal. You can then buy a potentiometer with the same range and use it like you did before with the speed knob.
Thanks for your comment! Yes, to use a potentiometer instead of the pedal switch seems to be working. My plan is at the moment to use the pedal switch as it is and implement it in a more convenient manner. I have something in mind but not sure, if I can build it that way:)
I have the same exact kit. If you take apart the foot pedal, it’s just a linear Hall effect sensor. You can simply hook up a 4.7K/5K potentiometer to its 5V, GND and signal wires. This is what I did.
You’ll have some “dead play” in the beginning of the rotation since your voltage threshold is lower with the pot, but it’ll work.
@Catrpilla The easiest way is to file a groove into the end of a bolt to match the thickness of the speed lever and then screw it into a 90 degree bracket with a flange nut the same diameter as the bolt and use the head of the bolt as a knob to adjust the speed . . I was wondering though about its performance when machining at low speed when the lathe is under load
Another TH-camr created a horizontal hex shaft connected to a traditional lathe carriage mount handle for the on off, speed and direction control. The hex shaft moves the magnet from the factory switch assembly to enable to reuse the hall effect sensor. A micro switch for on off also as the factory did it. I should grab his channel name... We Can Do That Better posted around November 2022.
How's the noise compared to the other motor?
VOCÊ NÃO COLOCOU O LINK PARA COMPRA DO MOTOR. ONDE CONSIGO COMPRAR ESSE Brushless Servo Motor ?
Hi nice work as always. How is the motor under load? Does it get hot? Do you think that I can use it for cnc mill?
Thanks! Good question. I've never tested if the motor gets warm. I has a fan and I don't think that heat is an issue here. I would use it for a milling machine as well, yes.
@@WeCanDoThatBetter Thanks for the reply. Btw how is the noise of the motor, ıf we compare it to monophase industrial motors like bench drill motors.
Good video
Well done, thanks for sharing. Can you provide a link or a brand/model for this motor kit? I'm curious about the price and if it would be strong enough for other applications like my band saw.
Look on Amazon for "Consew" motors. They're available in several power ranges, and they're not too expensive. I got a 3/4 horse one for my lathe, which--of course--I haven't ever gotten around to installing.
@@noiwonttellyoumyname.4385 Thanks! Go install that motor.
@@nefariousyawn It's on the list! It's going to be part of a CNC rework, and there's a bunch of other details on that side of things that I have to finish figuring out too.
hi nice work,what s the max speed? and is there no problem when using long time, heat or else?
Hi, the max speed of the motor is 4500 rpm I guess. The max spindle speed depends on the gear ratio you have. In my case the spindle turns at about 2500 max.
Hi, hast du von dem Motorhalter eine Zeichnung die man bekommen könnte? Grüße
Good job! I see at 0:20 that your lathe has 4 ground ring terminals screwed onto the headstock. I imagine one of them is the mains earth ground and another one grounds the motor case. Where are the other two wires connected to?
Huh, that is really good question. To be honest I can't tell you anymore.. :/
On the bay but there is a potentiometer kit you can pick up specifically for this mod. I picked up 3 and they all work well. Running one on a mill and the other two on 7x14 lathes. I really want to figure out a way to quickly switch direction for threading.
Hi, thats interesting! Didn't know that there is already a conversion kit available. And yes, the direction change is the only thing which is quite annoying. I think it would be sufficient if you just have to press the reverse button once short. But every time waiting the few seconds really gets on your nerves :) But no idea if it's possible to change this.
@@WeCanDoThatBetter did you ever come up with simple solution for reverse ? im about to do the same conversion but not a fan of the reverse situation
What motor is that and where did you get the motor? That looks nice to have on hand for a spare. Thanks
It's a 550W brushless servo for industrial sewing machines from ebay. Link in the video discription.
I have the exact same unit and you can adjust the speed with a potentiometer but be aware the 5v rail is referenced to mains so it can give you a shock . use a pot with a nylon shaft or a rotary hall effect pot .
Hi and thanks. Yes I heard that a potentiometer works as well but seems to be a bit dangerous in use. At the moment I'm planning to someway implement the original pedal switch. That should be safe:)
You could insulate it from mains with an optocoupler.
Great work, but what is the duty cycle of this motor? I can't imagine sweing machines being kept on continuously for over minute or so.
Thanks for your comment! Good question. So far the motor runs as new. As it is branded as industrial sewing motor, I guess it should last a little bit. The motor has a fan at its back, so overheating should be no problem.
Nice solution! You still happy with the motor and does it have torq ?
Thanks! Yes, it works absolutely perfect and reliable. Still happy
Moin, Perfekt , Perfekt . Gruß Horst Lübeck, Germany
Vielen Dank! Grüße zurück :)
Moin , hier noch mal Horst , Danke für die Grüße, Bitte wenn möglich die Motordaten ,den Preis und den Shop . Habe so eine Drehmaschine mit nur einem Gang 550 Watt, die ist Sehr sehr schwach, zb. beim Stahl oder Gewinde drehen . Habe Provisorisch erstmal eine Zweigang 800Watt Bohrmaschine 1.Gang angebaut , so dass ich minimal ca.400 Umin. habe , besser wäre 100 Umin. bei voller Leistung. Gruß Horst ( wo bist du zu Hause )
Cool well done
A couple of years ago I went all 3 phase so I used a 3/4 HP 3,000 rpm 3 phase motor with an AT1 VFD..........motor was A$120 and VFD A$90........to get the extra torque for slow running on load I used a belt drive reduction of 1:2......3 phase motors on VFD's don't like running slow if connected 1:1.
That controller has a ton of feature compared to other kit.
Did same mod 2years ago do not join speed controller to lathe have it separate
I had chatter and it shorted speed controller and electronics which I’ve replaced
With same would be interested if you can incorporate a potentiometer to replace
Original speed controller
At the moment I'm planning to use the pedal switch and build a proper main hand lever for it. I heard using a potentiometer is potentially dangerous.
Just fitted mine, so easy. Mine isnt the same as this lathe though but all went in so easy. I dont have a gear box hi-lo but to change hi-lo i have to move one of the 2 belts. Works great but would rather have a potentiometer than the lever provided.
Nice to hear it works for you as well. There are ways of installing a potentiometer instead of the pedal switch. But this is electrically a bit dangerous.
@@WeCanDoThatBetter yes i read that it was dangerous so i will see if anyone else comes up with a good solution. Meanwhile i will use the lever now i have taken the spring off.
Hallo Können Sie die Abmessungen der Riemenscheiben angeben? Dankeschön
what are you going to do with the pedal?? how do you use it as a potentiometer???
I'm planning to install a kind of on/off main lever switch for which I will use the foot pedal electronic.
How do you set the motor to go in the opposite direction?
You have to press the yellow button on the controller for 1 or 2 seconds to reverse the spindle speed. That is a little bit annoying on this type of motor and controller.
I hate it when someone shows a motor modification but then never says where you got it. Looks like the bracket worked out well and an interesting way to run the lathe temporarily..
Its a 550w brushless servo motor for industrial sewing machines. You can find it on ebay. I will put a link in the discription.
Nice! where can i buy such a motor? I guess its +- what I also need. Thanks in advance.
You can buy it on ebay. I put a link in the video discription.
I have this motor coming to me attached to a belt grinder. Is it still working well for you?
Yes, I'm happy with the motor so far. Works really well.
@@WeCanDoThatBetter Thanks for the reply, and also running through the settings - it'll help me get my motor tuned in.
hello friend. Does this type of belt slip?
Hi, yes these belts can slip when not properly under tension or when the belt is to small (not enough v rips) for the power to transmit. But they run smoother than a tooth belt and for my application I think this drive is working really well. I had once or twice a little bit of slippage at low rpm with a big drill. In this case I think it is better the belt slips than something else breaks :)
Merci
These come up in multiple power levels up to 1500W. Do you think it would be blasphemy to mount something like this on a smaller machine? How much torque does the 500W version have, compared to stock motor?
Hi, I think 1500W is absolutely overkill for a lathe as small as mine in the video. The 550W Motor I'm using seems strong enough for my application. Compared to the stock motor is has a much higher torque at low rpm. I never stalled it so far. The 750W version might be worth thinking about, especially when the lathe is a little bit bigger.
@@WeCanDoThatBetter All right! What is your opinion on bolting down a mini-lathe to a concrete bed to improve it's rigidity?
I wouldn't call it blasphemy, but rather just completely useless. The only thing you need higher power for is if you want to take a large depth of cut (DOC) in hard metals such as (hardened) high carbon or alloy steel. A 1500W motor would do suitably well for that. However in order to be able to take large DOCs in hard metals a lathe doesn't just need a lot more power, but also several other properties (much bigger, stronger and heavier lathe bed, bigger, and stronger spindle, proper spindle bearings, bigger and stronger carriage and if its used the crossfeed as well) which small lathes like these completely lack. Hence why putting anything over 1000W or probably even 800W on a lathe this size is utterly useless.
@@erichasu737 Bolting a mini lathe down to a concrete bed is definitely going to make quite an improvement in rigidity, about a factor of 3. Bolting it down to a thick (20-40 mm) steel base instead of concrete would also make a considerable improvement. There's a good video on TH-cam of someone who bolted his mini lathe onto a thick steel plate and measured the amount of flex in the lathe before and after, it's definitely worth watching.
Do you have problems with the duty cycle?
You mean with the durability of the motor? It runs without any problems for more than a year now. I'm really pleased with the upgrade.
@@WeCanDoThatBetter Na dann werde ich mir auch mal so ein Servo bestellen - DANKE!
@@dussel07 Ja, ich kann es wirklich empfehlen. Das einzige, das etwas gewöhnungsbedürftig ist, ist der Pedalschalter als Ein- und Ausschalter. Ich habe das so implementiert, dass ich jetzt einen An-Aus-Hebel am Bettschlitten habe. Das ist extrem bequem und prakitsch und - wie ich finde - die beste Lösung die Maschine zu schalten. Allerdings ist das recht aufwendig umzusetzen. Du kannst es im einem Video von mir sehen. Es gibt noch die Möglichkeit, statt dem Pedalschalter ganz normal einen An- Aus-Schalter einzubauen und ein Potentiometer. Dazu gibt es im Internet auch Anleitungen. Natürlich kann man auch einfach den originalen Pedalschalter erstmal verwenden, habe ich auch gemacht :)
LOL..those 1/4" connectors are sometimes called "Fastons", but not very often "Fastoff"!
Done this to mine, I wish I had known about these motors before repairing mine only to blow again.
:) I've heard that the electronics are a weak spot of these machines. That's why I decided to go the way of installing a whole new kit.
for a mini lathe 7x12 is enough the 550w like yours or is better to buy the 750w
As far as I can tell from 3 months of use 550W is plenty enough for what I am doing. I have never stalled the motor so far, only the belt drive slipped once.
@@WeCanDoThatBetter ok thank you.
What size chuck do you use?
That is a 80mm chuck. I'm thinking of replacing the spindle for one with 100mm chuck flange but not quite sure yet if it's necessary.
@@WeCanDoThatBetter I just ordered a 100mm spindle. I was debating the same. But there was a sale on 100mm chucks and I needed new chucks anyway, so it would be the same price for 2 80mm chucks as it was for a spindle and 2 chucks
Salve, vorrei sapere le pulegge utilizzate, dove le hai acquistate? 💯😋😋
Hi, I built the pulleys by myself and made a video on it: th-cam.com/video/ElnAUvPz-ZM/w-d-xo.html&lc=Ugyytigk2CV1ejw8gK14AaABAg.9jn96sd1Pfa9jnAg-dRanU
👍👍👍
Using a cordless drill to run the lathe... That's a new one.
Anyway, some Chinesium lathes actually comes with a brushless motor these days. SIEG has two, the SC2 and SC3. (Known as 'Super SIEGs'... They're not all that super. Doesn't even come with a cape, but they do have decent torque. )
Something to think about for those who are in the market.
Thanks for your comment and the infos!
Ah yes, the old cordless drill mini lathe trick. That was too funny. How in the heck did you find that motor?
;) I found some videos here on youtube with people mounting these motors to their lathe. So far I'm really happy having this done :)
Looks pretty similar to the BLDC the new 7x12 versions come with
That is interesting. These motors work really great.
❤
I think these motors are good value for money
They really are. I'm absolutely happy so far.
why did you swap to a poly v belt?
Hi and thanks for your comment. First I wanted to keep the tooth belt. But the pulley I purchased for the new motor didn't fit exactly to the weird uncommon profile they used on this machine from factory. So I decided to switch to poly v as I wanted to try that out and poly v belts usually run smoother than tooth belts. So far I don't regret that conversion. Off course, they are more likely to slip but I keep that as the weak point. Better than breaking gears :)
Wiring 3 terminal potentionmeter value 1k ohm if you want vary speed instead of pedal
Yes, thanks for the tip. I heard that this is possible. At the moment my plan is to implement the pedal switch in a better way.
👍🐣
1:09 Genial 😆😅👏👏👏
;)
Yupp great idea... Motor servo for sewing machine, now to powered lathe machine... 😅
I am working on a Solution for external control of the controller.
On/off, Speed, left/right etc.
My repository: BrushlessSewingMotor_Extension
Where I can buy it ???
You find them on ebay. Look for industrial sewing machine servo motor.
@@WeCanDoThatBetter can you give me a link ???
@@kacperwojewoda4134 - Surely you use a SEARCH engine ???
It took me 2 seconds to copy and paste the text, then hit the "search" button and get the results.
5:24 You missed one of the motor mounting screws
You have good eyes ;) The missing screw collided with the lathe casting, so I didn't install it. Later I changed to countersunk screws and could use all 4 of them without collision.
Any crash stop electronics in case you ctash the tool and jam up the chuck, power must be automatically cut off.
You mean an emergency switch? My plan is to install a proper electrical cabinet soon. You can already see it in the end of the video. There will be a emergency cut off implemented.
id like your video very interesting, i hope you can use lathe controls properly, follow you
Thank you very much! For on and off I installed a proper lever to the lathes bedslide. You find a video on this on my channel. The final video about the new electrical cabinet follows soon.
@@WeCanDoThatBetter good interesting
Not sure why you went for the servo, you had no trouble operating the lathe without any motor at all 😀
:D unfortunately the original electronic exploded and didn't work any longer. I was forced to to look for alternatives ;)
@@WeCanDoThatBetter sorry, wasn't clear. You did great without any motor at all :) Great build.
Там же обычный переменный резистор в этом рычаге управления .поставьте его в корпус с регуляторами что был , и выключатель питания
там стоит магнит и какой то датчик на трех ножках
Там датчик Холла. На Чипмейкере есть схема простейшая переделки на переменный резистор
@@livingston7055 а можно с ссылку или схему
Гуглите тему Сервомотор для швейных машин как привод для станка
Убили ссылку. Название темя писал выше, страница 18
Уже как 3года таким пользуюсь 750ватт
Можете ссылку дать, где можно купить такой мотор?
@@denisdegotkov6012 я брал на ебей в германии но продавец с болгарии . тогда я отдал 115евро . если нужно могу скинуть ссылку на этого продавца
Да, если не сложно, дайте ссылку. А если на али искать, какие ключевые фразы использовать?
@@denisdegotkov6012 servo motor 750w
ссылки удаляются , на али их полно
В Москве есть контора Книтизм. Там есть двигатели
Pass übrigens auf mit dem was als 5V beschriftet ist (Pedalsensor). Das ist nicht von den 230V getrennt! Also 230V gegen Erde. Du kannst dir denken wie ich das festgestellt habe ;)
😅 Jetzt kannst du zum Glück lacheln, das war aber Lebensgefährlich 😱
@@Piotrek0101 Ja, deswegen warne ich davor. Ich bin selbst Industrieelektriker und stand dabei auf einer Isoliermatte, hilft aber nicht wenns von einem zum anderen Finger geht. Hauptsache nicht übers Herz....
@@therealemmpunkt Deswegen immer mit eine Hande in Tasche
@@therealemmpunkt Glück gehabt! Hatte ich da nicht ein CE Label gesehen auf dem Teil 🤔😉
Korrektur: hat P Mk gegolten.
Danke für den Hinweis! Heißt das, so wie ich den Pedalschalter gerade provisorisch montiert habe und bediene ist es lebensgefährlich oder zumindest fahrlässig? Wie kann ich da auf Nummer sicher gehen, dass nichts passier?
I done a brushless sewing machine motor conversation some time ago.i mounted the motor on a steel plate and removed all the internal gears and use a large pulley wheel straight onto the back of the spindle very simple very powerful.small clip search my name Terry griss.
Hi and thanks for your comment! I viewed your video. Interesting setup too! I wanted to keep the gear as I often use the lower gear for threading and when higher torque is needed. Where do you get the tailstock from? It looks extremely cool and much sturdier than the original one. I definitely need one :)
@@WeCanDoThatBetter the tail stock is standard supplied with the lathe I bought it from amadeal in London the cj18a.
as for low speed torque nine has loads I can't stall it even at very low speed because of the pulley gear 2 to 1 reduction max spindle speed is 2200rpm so no gears needed.i took the spring off the speed control handle and mounted it in a 3d printed control box.
@@terrygriss4132 Thanks for your reply! Interesting, I want this tailstock :) The thing with the motor controller sounds good too.
@@WeCanDoThatBetter yes the handle is a little loose with out the spring so what I did was put a piece of rubber with a slot through the opening which rubs against the handle and also keeps swarf out.
@@terrygriss4132 Sounds very clever :) I have some plans for the handle, but we'll see if it works as expectet. But there are some other projects first to finish... :o
Piece was too big for the bandsaw?
No that would be perfect for the bandsaw but I built this a few month ago. At this time I didn't have my new bandsaw so I had to cut it by hand ;) I also had no milling machine at that time. The footage is a bit old:)
@@WeCanDoThatBetter that clears up a lot, was wondering why milling that way lol
@@Vinlaell haha :D well observed ;)
⭐🙂👍!
Don't forget about ordering new gears from little machine shop so you can get rid of those plastic gears.
Yes, when I change the spindle gears, I will change the gears as well.
l gutted mine, gave all the pieces and motor to wire guy geek l know, put a/c motor behind lathe with just on-off switch, V-belts a pulleys, and did steve jordan pulley spindle mount too! its a 5&1/2". No mother boards, nothing but on-off switch.
The advantage of that is that you get much better torque at low speed. Firstly, the AC motor has maximum torque at zero revs, and secondly you are using pulleys to multiply the torque at low revs. The standard "single-gear" DC motors (no matter if brushless or not) will not have the same grunt at low speed, which is actually where you need it the most.
Yes exactly. I won't miss an adjustable speed control and also the second gear. For threading an drilling with large drills it is really helpful.
👍Какой сервопривод ?
Ebay, industrial brushless servo motor for sewing machines, 500w
У меня на канале есть видео про интеграцию BLDC мотора от швейной машинки и ссылка как я это делал может вам это будет полезно.
Unfortunately I don't understand russian. How did you do the reverse button? On my controller I have to press the little "s" button for about 1 second to reverse. That is a bit annoying. Would be better if just one short press will reverse.
@@WeCanDoThatBetter На моем канале под видео про мотор есть ссылка на форум там в деталях все расписано. а встроенный переводчик в браузер гугл поможет с переводом!!!
Approx £250 on Amazon at the moment….is that what you paid?
Get rid of the gears before you trash your machine. No need for them with a servo motor.
I find the two different gears very useful.