DIY Digital Soldering Station (Hakko 907 For Cheap)
ฝัง
- เผยแพร่เมื่อ 16 มิ.ย. 2024
- Your one-stop PCB prototype Partner PCBWay: (www.pcbway.com/?from=TechBuil...)
Build a DIY Digital Soldering Station (Homebrew Hakko 907). Enjoy the variable and constant temperatures and quick warm-up times up to 25s.
Project Specifications:
- Designed for Hakko 907 handles
- Compatible with similar handles
- Temperature Range: 27°C-525°C
- Warmup Time: 25s - 37s (325°C)
- Recommended Supply: 24V, 3A
- Power: 50W (Average)
UPDATES (READ FIRST!!!!!!):
- The MOSFET used is an IRLZ44N not an IRFZ44N. Buy the IRLZ44N or anything similar.
- Pin label and schematic typo from the video were fixed and updated.
- Kindly refer to the google drive link for the correct schematics.
- PCB orders were unaffected from this issue.
Order My PCB From PCBway (No Gerber Needed):
www.pcbway.com/project/sharep...
Schematics, PCB Layout, STL Files:
drive.google.com/drive/folder...
Instructable Tutorial:
www.instructables.com/DIY-Dig...
Material Link Sheet: Coming Soon
Materials:
- Hakko 907 Handle
- Arduino Nano
- Buck Converter (MP2303)
- 5 Pin DIN Female Connector
- DC Jack (2.1mm)
- 24V 3A Power Supply
- 16X2 I2C LCD
- LM358 Op-Amp IC
- IRLZ44N or IRLB4132 MOSFET (NOT IRFZ44N)
- 470uF 25V Electrolytic Capacitor
- 470Ω 1/4W Resistor
- 2.7kΩ 1/4W Resistor
- 3.3kΩ 1/4W Resistor
- 10kΩ 1/4W Resistor
- 10k Potentiometer
Best place to buy components in Philippines:
www.e-gizmo.net/oc/index.php
Design Process: (0:00)
Project Building: (2:53)
#DIY #Electronics #Arduino - วิทยาศาสตร์และเทคโนโลยี
Good reverse and forward engineering job. I too was blown away at the thermal grease mod. Best thing I watched all day.
This video is awesome, all the details, every step, options for other users while still being quick and entertaining. 10/10 did watch again
Thank you! It means a lot! ❤️
FINALLY SOMEONE HAS DONE IT!!! You now belong to the god tier of electronics youtubers. I've been looking for a tutorial on this for years. I've always wondered why no one has made a proper tutorial about it. The amount of detail on the steps are beyond great! I've learned something new today, thank you. Subbed!
Thanks man! Been using this for nearly 3 years now, now I have two of them. My old version 1 and the version 2 from this video. I'll make a github for the updated version of the code with the PID version of the code.
@@TechBuilder Hope you upload them soon. 👍
Are you in the Philippines? Can i buy one from you instead?
Bilihin ko na lang sobrang PCB mo? Para di na ako mag etch pa :)
@@TechBuilder sir nakapag gawa kana po ba ng bagong code with PID naman po? gusto ko po sana matutunan yung PID system sa pag control ng heating element po na ito. Salamat po.
I would absolutely die for a DIY kit to buy from you! This looks way more compact than my Chinese 936D soldering station! Kudos!
Another excellent DIY explained concisely. Injecting thermal paste inside the soldering iron? A bonus tip!
A big thanks , I spend 6 months in my RV and loving to do projects on the road and my Hanko Take a bit of room and dealing with that pesky extension cord. I printed your lid with a Dewalt battery adapter" That I always carry for my drill" . I also just did one for my nephew in-Law for a Makita battery. I will post both on Thigiverse under HANKO.
Nice project, thank you for the hard work you've done, especially for measuring the thermistor resistance value.
SUPER, Well done ! This has got to be one the best solder station projects I have come across …… thank you !
Super cool! Thanks for including all the details of your design process.
Thanks man!
This will my next soldering station project.
Enjoy!
This tutorial was what IM looking for a year, thanks for sharing 👍
I really love your mini prototyping projects!
I am an old man but I sure do enjoy you young folks and all your knowledge. I want to build one of these but I'm not sure I have the ability to do it. Thanks for your video. I'll try to follow along and make one.
Someday I wish I could be like you guys, designing and programming stuff. Cheers from the PH!
Hi! Reading books & journals help! You will be! Just keep your curiosity running! :)
i just stumbled onto this video from doing a YT search. after watching this video (my 1st from your channel) i decided to sub/bell. thanks for the great info and making it real clear (which includes the superb A/V).
This is the best soldering work station. Simple and direct. No need to spend extra $$$ to buy temperature reader to calibrate
Ang galing mo bata! Sana marami pang mga pinoy na bumangon katulad mo.
I ordered the boards and just waiting for them to come! Thanks
I love the aestheic of the container. Rounded corners ftw.
Thanks Benj!!
thanks for the thermistor value graph. since I don't have programming skills or an Arduino I'll just steeeaaal the graph details to make the analog version. thanks again!
Pretty interesting project, dude! Fantastic work! 😃
Stay safe there with your family! 🖖😊
Thanks MC! Stay safe too!
the best project on youtube for beginners in electronics who want to build a variable temp soldering station, brilliant work, thank you so much. I will do a bit of research on how to detect idle on the base to sleep the iron, but any tips would be welcome.
So good. This is best project i have ever seen.
couldn't agree more
Thank you!
Thank you brother i didn't find any solution for my 928D soldering station tip tharmal conductivity. I purchased lots of tip but no one gave me a good result...then i followed your tharmal paste idea...and it was really surprising that my 2 years old iron tip working as like a brand new tip.....thanks
The thermal paste "hack" was something I didn't expect, and that's awesome!👍 Hope you'll have more projects in the future; we like them😄!
Thanks man! It means a lot!
I would be worried about using thermal paste as most of them degrade around the 300 degree mark
Excellent video, and intriguing project that I will surely be building soon!!
Thank you! Have fun! :D
You never fail to impress me dude 😍
❤️
Love the idea of thermal grease. I will use it on my station.
I love the idea of thermal paste inside the tip
Thanks bud. This is awesome. Gonna try it. Keep inspiring.
So sick. Thank you my man! Really want to do this.
Thank you sir..sa pagshare ng knowledge...dami kong natutunan sa mga unang videos ,napakalinis mo gumawa ..GODbless your channel..
Walang anuman! :D
Thanks for sharing this project build
Very cool project buddy, I hope I would build a similar one soon , it's really nice
sexier version of great scott's JBC station. looks really good! I can hear eevblog saying "hakko!" hahaha. The hakko connector was the only thing that kept me from making one before. Thanks for including the pinout documentation. I will try to buy a clone and replace the connector with a 4 pin aux. love the vid 💯
Thanks!! Ummm I think the aux might be a bad idea since the contact resistance increases overtime when the surface oxidizes. I suggest using two DC jacks or a 4 pin header connector :) Have fun!
Beautiful piece of work ,♥️ subbed
Galing! Lulet! Astig! Thank you for your sharing Sir.
I gotta say, ever since I saw you on the news about the Filipino kid that invented a device that charges your phone while walking I subscribed on your channel. Great content! Keep it up. That thermal paste hack tho. Touché hahaha galing mo man
This tutorial so owesome. Thank you soooo much
Your joints are on point! You should do a tutorial on basic soldering. I that LTC chip on the vid one of your new projects? Looks like a big project. Once again, great tutorial!
Thank you! I plan to post one someday. Yes! It's for a 12 cell lithium SPI BMS project I'm working on.
nice project and explain is in detail.
thanks for making video of it.
I like ur video because u finish it with very efficient time. Love u
Blown away. You are my hero
Just ordered your PCB!
Thanks! It's a safe and stable build. Enjoy! :D
it's cool that I was able to return to this channel just by searching ASCAS.
Very awesome work!
Thank you! :D
This video is awesome! 🥰
I completely understand how to make this and I WANT to make this, but I literally don't have the knowledge for it. I don't understand technical diagrams/schematics and I would have literally no idea how to tune or find out all the voltages stuff. However, thank you so much for making this video. I hope I can make this some day :')
Applying thermal paste is a brilliant idea.
Another excellent video!! Thumbs up!!❤️😊
Thanks Manny! :D
@@TechBuilderThank you din sir for keeping me inspired! Love your videos!😊
Project was clean, case was minimal, Nice!
Thank you! :)
So elegant!!! Great Job
Thank you! :D
Great tutorial!
and bro, that's a beautifully tinned tip
Thanks man! ❤️
@@TechBuilder May I suggest, next project be a soldering station with a T12 or JBC style iron
Will make a tutorial once I get my hands on one :)
@@TechBuilder good luck bro
that's one cool project. thanks for sharing bru!
Thanks man!
This is honestly better than every commercial soldering station I've bought or used.
Sweet project, thanks for making this ! Liked and subscribed too !
Great project!
really love your content man!
Thanks man!
Круто! Просто и максимально доходчиво! Однозначно повторю. Спасибо!!!
Very interesting, I ended up enjoy the 3 first minutes (boring part), the most ;) Thanks.
Thanks too! :D
Fantastic, you made me go to back to Proteus again (abandoned since 2014). I will try a slight add thinking on using it hours in a real job. I miss someting to reduce temp when device is in support unused waiting for Next solder attempt. I think a LDR placed on the external support could do the job, when dark comes "handle on support" the arduino could pass to económic Mode. When darkness goes away "Handle out of support" back to normal Mode again. Just an additional 2 pin plug for the external LDR and some board modification.
That is brilliant. Thank you.
thanks for this bright idea
Welcome! :D
finally i found it thank u brother
lol nice , never seen before, replacement for original connector, old 5 pin audio jack. Nice idea.
For easier usage i would suggest using Jumpers on the Arduino,
That way you can always Hotswap the arduino if the chip is broken/damaged
Amazing job !
Thanks!
Nice job bro👍🏼🔥
Thank you! :D
I decided to use a pin header for the connections. Plus, I figured why you are able to disconnect the soldering iron: in case the soldering iron gets destroyed, you can replace it easily.
A good video would be showing those of us that are interested in learning the Arduino code would be watching you explain the program that you developed for this project. Thanks for the video.
"If you want to skip through the boring parts click on this timestamp"
Nonono, those are juicy detail parts!
A man of culture!
Killer project :)
You are so genius
This is insane and awesome
Wow it nice project i like 🥂😁💛
Hats off mah dude! off to the next version lipo powered smart soldering iron like the TS100 hehehe
Thanks tim! G! ❤️
Perfekt, Bravo
CORRECTION!!!!
- Use the IRLZ44N not the IRFZ44N. The PCB label and schematic on the video lacked the "L". Your MOSFET will run hot if you use the non-logic level IRFZ44N MOSFET. For MOSFET alternatives visit the instructable link. I personally prefer the IRLB4132.
- Due to tiny revisions, please refer to the file package schematics or the instructable tutorial. I update them often for typos and corrections. The one on the Google drive is all fixed.
- To those who ordered my PCB you should be good to go, the tiny errors in the schematic and PDF files had nothing to do with the PCB links.
- I accidentally swapped and mislabeled Vin and Vout from the voltage divider equation when I was transcribing my hand written docs. The computation wasn't affected.
can i suggest next that you build a soldering station that include a heater gun and banana plug input (for other testing)?
That's a great idea! I can perhaps make an adapter for this one too :D
so this doc we can still follow sir right?
I don't see the sleep mode, why don't let the 5th wire be the sensor
@@manhnguyenxuan2506 Want me to add a sleep mode code variant? I don't find the sleep mode useful so I removed it from the code.
The next level 👍
nice job
Nice project. I'm hoping that you'll make a T12 soldering station using through hole components.
Very cool!
astig! maraming maraming salamat po
that's a nice one ⚡✔
Thanks!
nice work
Thanks!
Perfection, except for the cringe moment when you used a flat head screw without it being countersunk. 😜
I was like, nooooo.
Thanks! I ran out of round heads of that size :( It was against my will
Nice video ☺️
Thank you!
Superb...
I would like to buy it. It looks like very nice proyect!
Maraming Salamat Kaibigan 😊😊😊
I plan to use this for a mini SMD hotplate. I am planning to use some 3D Printer heater cartridges.
Awesome!
i enjoy it.. perfect..thanks.
Thanks man!
Thanks for sharing
Welcome! :)
Very nice
Thank you! :)
A welder w101 is a good as is alternative. Heat goes from 300f to 850f. I used all sorts of parts so I needed highest for the bubbling for high voltage parts.
This is awesome
Thanks!
Really really useful. Glad I came across your channel. Sub'd
Great bro😘😘
Amazing lods