If I'd bought all my life, I would own maybe a tenth the equipment I use daily. I'm supposed to be retired, but I was building and making, fixing things when a young kid, and now not only am free again, but have almost everything I could ever need, there's just one or two more things.... My first radio was a crystal kit, about six, I have to say, just this one video is worth subscribing, the very idea of tip temperature control was unknown to me until I was in the Marines. That equipment was thousands of dollars, Kasyan does it for twenty or thirty, and it's a quarter the size. I wish I'd seen this video a couple weeks ago, I just bought a solder station off ebay, from China, and it's probably a 936 clone. This was a joy to watch, the tech is dead on, and you do a very fine job explaining every detail, I really enjoy the fact it was taking you back to old times. Thanks for a great project.
Ms. Kasyan, about thirty years ago, when I retired, I had just bought a used Simpson 260 multi-meter, which had been a "lab standard" held to 1%, for the use in maintaining test equipment in the avionics I worked on. It had been put out as "obsolete", I paid almost nothing for it, and it's probably older than I am. It just died a month or so ago, I won't ever get around to repairing it, but if you'd like to have it, I'd be happy to send it to you, rather than scrap it. I don't know if you'd be interested in an old analog meter or not, in its time, it was the best there was, and the best thing for tuning analog radio tuned tanks and the like. Thanks again.
This is a lot of work for nothing. If you're not going to have feedback telling you your actual temperature, you may as well buy a $2 fan dimmer control and run your supply 120V through it and control your tip temps that way on a regular soldering iron. I bought a 'Quicko T12-942' for about $40 online and I couldn't be happier. Fast, accurate, and very light to use.
@@danielsatko- You people are the problem with people today not getting into electronics as much. I remember when dick smith used to put out all of their project books and they sold like hotcakes.
Superb explanation. Excellently made soldering station. You have technically brilliant knowledge. I am not a electronic technician but, I love to watch your skillful videos. All the very best for the future projects.
this is a 24v solder handle, but can i use a 12v supply to ignite the soldering iron and will the effect of heat from the soldering be lower than using a 24v supply
For all beginners and hobbyists if you try this project it is a good idea to make two of these controllers just in case for the future, to have a spare. In any case i liked it.
6:39 " to fully open" -> to fully close. This voltage, here 10V, is the voltage you need to reach 0.028 ohms between S and D. This is not the usual voltage, wich is 3,5V with the IRFZ44. Also, it can be considered like the maximal voltage applicable on the grid.
@Antonio - Auf Basis eines Weller WECP20. Hab ich vor Jahren mal im Netz nach gesucht. Schaltpläne sind derzeit zuhauf zu finden, habe gerade mal nachgesehen.
God you explain things very easily and that with combination of your voice makes it very comfortable to watch your videos. This is by far the best channel I've ever come across. Thank you. Keep up the good work.🙋
Can we make this circuit for simple 3 plug iron (containing :- Ground, live and neutral) of wattage 60 ? If so please mention the conections in the circuit.
teacher we will be glad if you make video about induction heater for cooking and for melt metals . by the way i make yours this soldering iron and some other of your circuits all dose work perfectly. thank you for your efforts
I tried, but the mosfet gest very hot, that it can melt lead very easy so what the problems here, i used 5% tolarese resistor and 100nf 25v capator, and everything was same
Could you add the pcb layout, circuit etc. to explanations of the video ? For our followers? very tanks to your good work!!! We think about smps type that is to be smallest
Good job, the video quality and explanations included have increased a lot. This chanel will be flying in a few months time if this keeps up with this video quality. Keep it up!
well, nice project but the output temperature will vary too much, override of +40 C is reality (corresponding to my experience and ..depends on the currency you use), you need to use PWM and PID for good results,
It’s definitely been done before. IIRC, they have the thermocouple (or is it a thermistor? I forget) in series with the heating element, so you just have to use a microcontroller to regularly turn off power to the heater and quickly measure the temperature. With that said, JBC tips are so expensive and not long-lasting (JBC uses very thin iron plating on the tips, which gives them excellent thermal characteristics, but at the cost of reduced durability)... if I were going to DIY a cartridge-style station, I’d base it on either Hakko or Pace. I have been lusting after a Pace ADS200...
trygve lundell I’m sure you could fairly easily. Just use a panel meter, and a quick amplifier to take the amplified thermocouple output voltage (the one going into the comparator) and scale it appropriately for the panel meter. This would show actual tip temperature. If you wanted to show the set point instead, you’d just look at the reference voltage going into the comparator instead and then again scale it to the meter. You could even put in a switch to quickly go between them. :)
I use welding sensor A1312, but when I measure, pins 4 and 5 have no return voltage. When the welding arm heats up to enough temperature but the power source cannot be turned off, I hope you can help me, thank you very much.
If I'd bought all my life, I would own maybe a tenth the equipment I use daily. I'm supposed to be retired, but I was building and making, fixing things when a young kid, and now not only am free again, but have almost everything I could ever need, there's just one or two more things.... My first radio was a crystal kit, about six, I have to say, just this one video is worth subscribing, the very idea of tip temperature control was unknown to me until I was in the Marines. That equipment was thousands of dollars, Kasyan does it for twenty or thirty, and it's a quarter the size. I wish I'd seen this video a couple weeks ago, I just bought a solder station off ebay, from China, and it's probably a 936 clone. This was a joy to watch, the tech is dead on, and you do a very fine job explaining every detail, I really enjoy the fact it was taking you back to old times. Thanks for a great project.
Ms. Kasyan, about thirty years ago, when I retired, I had just bought a used Simpson 260 multi-meter, which had been a "lab standard" held to 1%, for the use in maintaining test equipment in the avionics I worked on. It had been put out as "obsolete", I paid almost nothing for it, and it's probably older than I am. It just died a month or so ago, I won't ever get around to repairing it, but if you'd like to have it, I'd be happy to send it to you, rather than scrap it. I don't know if you'd be interested in an old analog meter or not, in its time, it was the best there was, and the best thing for tuning analog radio tuned tanks and the like. Thanks again.
Where is the fun in buying a product when you can make and learn how it works and be proud of what is on your bench that you made, top marks again
people who say "why build when you can buy" miss the point of the channel!!!!
This is a lot of work for nothing. If you're not going to have feedback telling you your actual temperature, you may as well buy a $2 fan dimmer control and run your supply 120V through it and control your tip temps that way on a regular soldering iron. I bought a 'Quicko T12-942' for about $40 online and I couldn't be happier. Fast, accurate, and very light to use.
people dont miss nothing. u build CLONE. Wanna be better? build your OWN circuit
@@danielsatko- yur right there Daniel..
Can you send me a pcb map? Argle Bargle
@@danielsatko- You people are the problem with people today not getting into electronics as much.
I remember when dick smith used to put out all of their project books and they sold like hotcakes.
Superb explanation. Excellently made soldering station. You have technically brilliant knowledge. I am not a electronic technician but, I love to watch your skillful videos. All the very best for the future projects.
this is a 24v solder handle, but can i use a 12v supply to ignite the soldering iron and will the effect of heat from the soldering be lower than using a 24v supply
For all beginners and hobbyists if you try this project it is a good idea to make two of these controllers just in case for the future, to have a spare. In any case i liked it.
6:39 " to fully open" -> to fully close.
This voltage, here 10V, is the voltage you need to reach 0.028 ohms between S and D. This is not the usual voltage, wich is 3,5V with the IRFZ44. Also, it can be considered like the maximal voltage applicable on the grid.
Wow!
What a difference between the original and clone schematic!
No wonder real HaKKo soldering stations are so expensive!
Quality has no shortcuts.
U just inspired me to build one with a digital display
*Habe mir vor Jahren auch eine analoge Lötstation gebaut, funktioniert bis heute!*
Meine läuft mit nem Triac und Wechselspannung 24V AC !!
Dr. Zuckerbrot Zufälligerweise auf Basis von den alten ELV-Ersa Kollaborationen? :)
@Antonio - Auf Basis eines Weller WECP20. Hab ich vor Jahren mal im Netz nach gesucht. Schaltpläne sind derzeit zuhauf zu finden, habe gerade mal nachgesehen.
God you explain things very easily and that with combination of your voice makes it very comfortable to watch your videos. This is by far the best channel I've ever come across. Thank you. Keep up the good work.🙋
Can we make this circuit for simple 3 plug iron (containing :-
Ground, live and neutral) of wattage 60 ? If so please mention the conections in the circuit.
Can we use it for 12 volt soldering iron? If so does we have to give a voltage at the input of the circuit accordingly? Please tell.
Hey friend. Nice project ❤
Can you upload the PCB layer of this circuit?
can i use a 10 k potentiometer to control the temperature?and can i use a irlz44n instead of the irf44n?
This is logic level ? So we not need a heatsink mosfet ?
teacher we will be glad if you make video about induction heater for cooking and for melt metals . by the way i make yours this soldering iron and some other of your circuits all dose work perfectly.
thank you for your efforts
The soldering tips have 3 connections. Thermocouple and heater have one wire in common.
Can you elaborate on that?
The grounds of the thermocouple and heater are combined into one wire
Hi, where to buy original hakko 936 controller (with zero crossing chip)?
why would you replace resistor 47 ohms in the schematic at 680 ohms on a pcb? Please answer sir....
I can't download the archive file
Its more satisfaction when you build your own
Please tell me this board using dc 24 volt????
18 to 20 volt
Чувствуется почерк "наших людей". И правильно, что уехали! Удачи и успехов в электронных поделках!
do you have some circuit for hakko 900 ptc 50 ohm?
Very nice! But you forgot to ground the housing.
Wait... is that running on 230vac? :o
And do i see you've omitted the GROUNDING from your METAL case... I truly hope I'm mistaken...
I tried, but the mosfet gest very hot, that it can melt lead very easy so what the problems here, i used 5% tolarese resistor and 100nf 25v capator, and everything was same
I have power supply from old notebook, it is running on 16v..I am wondering is it enough for this circuit?
Yes, but you will not have full power, you can modify the feedback circuit easily, if you want help you can ask me
Could you add the pcb layout, circuit etc. to explanations of the video ? For our followers?
very tanks to your good work!!! We think about smps type that is to be smallest
Its in descirption but is there o pdf ? And other documents?
please upload the pcb layout correctly the archive file does not work
Can you make a video on pll pwm inverter or welding device
Nice video, I own one of the clones & so far doing ok but I'd love to build my own. Keep up the good work.
Good job, the video quality and explanations included have increased a lot. This chanel will be flying in a few months time if this keeps up with this video quality. Keep it up!
Nice project but i want to read more about power electronics can u recommend some references
Thank you soo much....❤️ i made it and itworks 😍
Can R6 be a 10k pot instead of 2.2k?
Freind the led not dipper in low temp also low temp control problem .i copy ur circuit and built
please upload without PWM Controler circuit board diagram or PCB layout in pdf file
hello sir plz tell me heater ohm ? and sensor ohm ???
I like it, but tell me, where can I get the connector used with the iron? I mean the 5 pin one, I do not want to cut the wires...
ebay, they are called aviation plugs/sockets
@@hyperhektor7733 Found a cheapo kit for T12 compatible, that works quite well (and I can stil design my own if I need to)
@@HA7DN do you have a link ?
@@hyperhektor7733 not really, but I think "t12 kit" was the search I used
We need a gerber file not a .lay6 file for jlpcb. Can you please export new file? Thank you!!!
Good controller. 💗👊
Though the main temp control ok
Good project 👍
Thanks. That was a nice description of soldering design.
You do the great job with those projects. Thank you :)
Can i make soldaring station with a fan regulator 😅
well, nice project but the output temperature will vary too much, override of +40 C is reality (corresponding to my experience and ..depends on the currency you use), you need to use PWM and PID for good results,
*Vielen Dank* für das wunderbare Video!
upload without PWM Controler circuit board diagram, plz!
I always wanted to build a JBC soldering clone (T245). Next challenge? :)
It’s definitely been done before. IIRC, they have the thermocouple (or is it a thermistor? I forget) in series with the heating element, so you just have to use a microcontroller to regularly turn off power to the heater and quickly measure the temperature.
With that said, JBC tips are so expensive and not long-lasting (JBC uses very thin iron plating on the tips, which gives them excellent thermal characteristics, but at the cost of reduced durability)... if I were going to DIY a cartridge-style station, I’d base it on either Hakko or Pace. I have been lusting after a Pace ADS200...
Sir pcb lay out PDF file plice??
resıstan ve sensör ohm ????
Your links require a password to access them what is that setting for?
hey.. i just downloaded it and no password was needed to open the archive..
"so no need to put a FET on the radiator". Ok, if the circuit also works with the radiator and without the FET... :D
Pretty beautiful job, dude! Really nice! 😃
Nice project, thank you.
Круто! У вас ещё и такой канал есть)
У Аки чего только нет...
could you make a temp display
trygve lundell I’m sure you could fairly easily. Just use a panel meter, and a quick amplifier to take the amplified thermocouple output voltage (the one going into the comparator) and scale it appropriately for the panel meter. This would show actual tip temperature. If you wanted to show the set point instead, you’d just look at the reference voltage going into the comparator instead and then again scale it to the meter. You could even put in a switch to quickly go between them. :)
@@tookitogo help me make that
@@ionmarius6652 it’d be cheaper to just buy a soldering station. ;)
@@tookitogo this circuit use 1321 or 1322 core?
@@ionmarius6652 I have no idea what you’re talking about.
👍👌
Can you please make a Tesla coil... I know you made one some time ago but can you make a drsstc (double resonance solid state Tesla coil )
Its important, if you will built one of these do not buy original hakko heating elements they use thermistor instead of thermocouple.
Thanks!
Love it Thank you
Maybe I'm wrong, but it is quite interesting, that you are from Armenia, but you speak in Russian on your other channel 😅
He has the voiceover commisioned, I imagine translated too.
lol simple! 🤣 not simple for - some of us... but still many thanks lol simple it says lol
I use welding sensor A1312, but when I measure, pins 4 and 5 have no return voltage. When the welding arm heats up to enough temperature but the power source cannot be turned off, I hope you can help me, thank you very much.
Anybody built it with succes?
Hi brother)
Hi
1:35 I did not know you were Russian
And its not his Voice so the woman is not Kaysan ;D
lol hot glue 1:46
1st like
el archivo no esta mentiste ya no te seguire
pippeli
Wait!, are you guy or a girl? Your hand looks like a man, your voice sounds like the cutest girl! WHAT ARE YOU?!!
He is guy, you can listen to his voice on his Russian channel
b888 Yep, the guy just has a female narrator for English.
Haha I know, but I was just joking 😅, any idea on who the translator is? I need to know for research purposes 😅!
@@therealb888 Unfortunately I don't know :/
@@128Wojtek don't worry I'll find her for us both, she needs more recognition for helpful translation.
I would have given a thumbs up - but with so much advertising... 😒