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Hi just curious who prefers which type of solder removal equipment for SMD surface mount components replacement.

I have a Pace solder station with vacuum  solder removal, but with the growing demands of larger and larger SMD's which do you other techs prefer? some of the newer solder stations can be over $3000.00 dollars. just a opinion for all you tech's to share your experiences!

Alan Mancus

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I work for a large Hi Tech company and when everything switched from leaded to lead free solder a few years ago, all of our hand held rework solder equipment was changed over to equipment from JBC. 
This is one of the untis for removing high pin count devices.  http://www.jbctools.com/te-pre...tegory-3-menu-2.html

JBC isn't cheap, but it's definitely good stuff. They have a system for every type of soldering.

I an electronics tech for the Air Force.  At work I use a Pace MBT-350 (among other systems), they have a great selection of SMD tweezers and tips.  If you currently have a Pace station, you more than likely can check their catalog at www.paceworldwide.com.   You may be able to SMD handsets to fit your station.

 

The problem with SMD removal/installation is every package PLCC, SOIC, BGA, etc.  requires different tips for removal/installation.  As long as your not doing the square packages and sticking to SOICS, resistor chips etc. you may be able to get away with tweezers and blades.

 

Whatever you go with I recommend going with a company that has a large selection of tips.  Either way it will be kind of pricey.

 

-rog

On edit: which Pace station do you currently have?

Last edited by RogerC
Originally Posted by enginEErjon:
I work for a large Hi Tech company and when everything switched from leaded to lead free solder a few years ago, all of our hand held rework solder equipment was changed over to equipment from JBC. 
This is one of the untis for removing high pin count devices.  http://www.jbctools.com/te-pre...tegory-3-menu-2.html

JBC isn't cheap, but it's definitely good stuff. They have a system for every type of soldering.

Was the change to lead free solder in electronics strictly environmental? I see the need in plumbing systems and things like that that are associated with human consumption, but electronics are seldom 'consumed' by humans. I'm just a hobbyist, but I much prefer the leaded solder. Sorry to get off topic here, but curious.

rtr12-

Yes The move from leaded to lead free was purely environmental. Even though we don't physically consume electronics, we dispose of them at high rates and all the chemicals used in them end up back in the environment and so several years ago there was a big initiative, RoHS, to remove many of these chemicals from electronics and cables etc. 

For personal use, I still use leaded solder for repairs. Really good hand soldering is difficult to achieve with lead free without the right tools. 

As an FYI, any trains purchased in the last few years are all lead free circuit boards.

yes John i have used both kinds of solder,but when i was in the nuclear industry then banded all lead solder and 60/40 was banded and 63/37 was would must be used on any nuclear facility in all there electronic wiring and PC,s electronic modules when repaired or modified!

Alan

John back on top now , what type of soldering removal do you use when removing a IC's which has multiple leads to a SDM ?

you usually need to get all pins De-soldered at the same time. sometimes solder wick braided  wire will help! What's your opinion for removal of such devices!

Alan

Thanks for the replies on the lead free solder in electronics. I have never tried it on electronics and don't plan to. I worked in the control industry for many years and it is also more difficult to use lead free solder on copper pipe as well. We still used lead based 50/50 (much better) for control air piping when I retired a few years ago (what little of it there was left).

Originally Posted by gunrunnerjohn:

As near as I can tell, the lead-free solder was strictly an environmental issue, I've never seen any adverse effects of using tin/lead solder as far as circuitry is concerned.  The lead-free stuff is harder to work with, I'm glad I have several pounds of tin/lead left in inventory.

 

Not to mention you need hotter irons and it produces more toxic smoke to breath in.

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