quick question on the cleaning: while cleaning the leftover solder my soldering iron (same tip as yours) doesnt get the job done pretty well. Even though I apply flux, some of the solder always stucks to the pads while liquified. Thus I have a hard time collecting a giant blob and removing it from the pads. Do you have any tips for that? And somehow the leftover flux (after the cleaning process) is extremely sticky and hard to remove, even with IPA
From Intel: Socket Body Housing: The housing material is thermoplastic or equivalent with UL 94 V-0 flame rating capable of withstanding 260 °C for 40 seconds, which is compatible with typical reflow/rework profiles.
Nice, but why expose the board to anymore heat than necessary? Once the socket is removed, can't just add flux then immediately use the copper strip with the soldering iron to remove old soldier?... heats a killer for those pads.
I only wish your website worked... not sure if because I live in the United States or if your no longer in business but I'd love to have my MSI MPG Z590 Ace gold edition boards socket fixed.
Goes 150 celcius fast i mean 2 degree increase per 1 seconds wait at 150 for 20 seconds to activate flux then lower and upper goes to 300 degree together, 1 degree increase per second lower can go a little bit faster. You can apply flux at 250 degree or you can put a lot of flux at the beginning so the socket will float on flux and it ll seat itself but a lot of flux residue and smoke will Come out. Card has to preheated 150C before everything and bottom nozzle has to have screw in the middle otherwise socket area sags down due to high temperature. Each machine is different, put a thermocouple and make you own profile. You have 40 seconds at 260 degree, do your own calculations.
quick question on the cleaning: while cleaning the leftover solder my soldering iron (same tip as yours) doesnt get the job done pretty well. Even though I apply flux, some of the solder always stucks to the pads while liquified. Thus I have a hard time collecting a giant blob and removing it from the pads. Do you have any tips for that? And somehow the leftover flux (after the cleaning process) is extremely sticky and hard to remove, even with IPA
Try to add a bit of solder with lower fusion point. It should help. Factory one tend to melt at higher temp.
god flux paste and acetone but be careful acetone is very strong
Wow. No wonder refurbs were top dollars! Great job.
Bros you guys must be good friends because the tension in there was high.
that's pretty close to touching the socket, how hot can those sockets handle?
As long as you dont touch the plastic :) its made for heat
From Intel: Socket Body Housing: The housing material is thermoplastic or equivalent with UL 94 V-0 flame rating capable of withstanding 260 °C for 40 seconds, which is compatible with typical reflow/rework profiles.
Hi, where do you get the new socket connector for socket FCLGA1151, I need one to replace - can you clarify where do we get it
aliexpress
@@parvezchowdhury7011 Thanks for the response
hklrf.com/
@@pcvitamins thanks for the info.
how much 💲for this work?
Nice, but why expose the board to anymore heat than necessary? Once the socket is removed, can't just add flux then immediately use the copper strip with the soldering iron to remove old soldier?... heats a killer for those pads.
no is bad idea
My motherboard cpu socket also broke i want to change but near riyadh no same your shop
could i send mine in to you guys for repairs?
How much does this service cost?
it's about 80$ I think ...not cheap at all.
@@RemixOS-e4n Cheaper than buying another high-end or even mid-range cost motherboard.
How much money this job
I only wish your website worked... not sure if because I live in the United States or if your no longer in business but I'd love to have my MSI MPG Z590 Ace gold edition boards socket fixed.
Broooo that is a expensive mobo… are you sure the problem is socket?
How can i do this at home?
DO NOT TRY AT HOME 🙃
what temperature profile?
They never tell you
Goes 150 celcius fast i mean 2 degree increase per 1 seconds wait at 150 for 20 seconds to activate flux then lower and upper goes to 300 degree together, 1 degree increase per second lower can go a little bit faster. You can apply flux at 250 degree or you can put a lot of flux at the beginning so the socket will float on flux and it ll seat itself but a lot of flux residue and smoke will Come out. Card has to preheated 150C before everything and bottom nozzle has to have screw in the middle otherwise socket area sags down due to high temperature. Each machine is different, put a thermocouple and make you own profile. You have 40 seconds at 260 degree, do your own calculations.
dude you amazing !!
@@pcvitamins and u made a vid of this with none of those infos...
Wait. Isn’t this hardware unboxed theme song too?
hahaha yes friend its free open music no copyright :D
Please lose the very distracting music.
it's not going to run...I BET...
How is this shit even worth it? Just buy a new motherboard.
When new MB costs 350$ and guys take say 150$ for repair - why not!? I assume they do the testing and leave some form of guarantee.
this video is dumb didnt show the actual removal of the socket