Hi,
I am wondering about heat, I am using the mid-range you suggest of 750F for my soldering station. It is hard to get the solder to wick straight through to the other side of the board. I know there is a connection through the hole. In your notes, I don't see any suggestions on how much to heat a component. ie: the rapidity of moving from one pin to the next of the component. When soldering, of course I understand that you heat the metal of both pieces and apply the solder to the metal being soldered. Do I have to be that anal with this kit to make sure they all wick to the other side? In my mind, I risk damaging something along the way. 73 -- Cheers, Alan >From the Mandrake Linux ver 9.2 system of Alan, VY2WU A Windoze free zone. _______________________________________________ Elecraft mailing list Post to: [hidden email] You must be a subscriber to post to the list. Subscriber Info (Addr. Change, sub, unsub etc.): http://mailman.qth.net/mailman/listinfo/elecraft Help: http://mailman.qth.net/subscribers.htm Elecraft web page: http://www.elecraft.com |
In a plated thru hole, you only have to solder one side, and the conduction
is made to the trace on other, as there is already solder in the hole. Stuart K5KVH _______________________________________________ Elecraft mailing list Post to: [hidden email] You must be a subscriber to post to the list. Subscriber Info (Addr. Change, sub, unsub etc.): http://mailman.qth.net/mailman/listinfo/elecraft Help: http://mailman.qth.net/subscribers.htm Elecraft web page: http://www.elecraft.com |
In reply to this post by Alan Beck
Alan,
Modern components will handle normal heat of soldering for a short period of time - up to 5 seconds at 750 degrees F. The reality is that it takes both time and temperature to destroy a component, and more components are damaged by 'heat soaking' at a low soldering temperature than are damaged by too heat that is too high. One should be able to achieve a properly soldered connection in 3 seconds or less. Set your soldering temperature to somewhere between 700 and 750 degrees F, and heat the pad as well as the component lead by placing the iron tip in contact with both. If you have the temperature correct, you should achieve a properly soldered connection within about 3 seconds. If you are unable to achieve that, take a stern look at your soldering technique. Be certain that the soldering tip is clean (and has just a bit of molten solder on it to conduct heat to both mating parts), then feed solder in from the side opposite the iron position - it should flow nicely within a second or two. If it fails to do so, exmine your temperature and technique carefully. I prefer to feed enough solder to create a very small fillet on the solder side of the board. Although some folks may say it is unnecessary and 'overkill', it does give me the assurnace that a complete solder connection is present at any particular point. 73, Don W3FPR > -----Original Message----- > Hi, > > I am wondering about heat, I am using the mid-range you suggest > of 750F for my > soldering station. > > It is hard to get the solder to wick straight through to the > other side of the > board. > > I know there is a connection through the hole. > > In your notes, I don't see any suggestions on how much to heat a > component. > ie: the rapidity of moving from one pin to the next of the component. > > When soldering, of course I understand that you heat the metal of > both pieces > and apply the solder to the metal being soldered. > > Do I have to be that anal with this kit to make sure they all wick to the > other side? > > In my mind, I risk damaging something along the way. > > 73 > -- > Cheers, > Alan > _______________________________________________ Elecraft mailing list Post to: [hidden email] You must be a subscriber to post to the list. Subscriber Info (Addr. Change, sub, unsub etc.): http://mailman.qth.net/mailman/listinfo/elecraft Help: http://mailman.qth.net/subscribers.htm Elecraft web page: http://www.elecraft.com |
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