Desoldering: Difference between revisions
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<li>3. Replacing damaged components </li> | <li>3. Replacing damaged components </li> | ||
<h1 id="section2">Step-by-step guide with images</h1> | <h1 id="section2">Step-by-step guide with images</h1> | ||
<p> | |||
<p> | <p> <B>Step one</B>, Enabling the fume extractor to ensure any hazardous fumes are removed (if you are able to smell the fumes then your extractor is not working correctly).</p> | ||
<p> | <img src="/images/VSCAM/VSCAM/Soldering/IMG_20250210_220731_HDR.jpg"style="width auto:50px;height;50px"> | ||
<p> | |||
<p> <B> Step two</B>, Set the tempreture of your soldering iron to 200C/395F for lead-free 183C/361F for leaded solder (these are not exect numbers you may have to adjust according to your needs and tools).</p> | |||
<img src="/images/VSCAM/VSCAM/Desoldering/000027.jpg"style="width auto:auto;height;auto"> | |||
<p><B>Step three</B>, Completely cover the tip of the iron with fine layer of solder to "tin" it(this will help with heat transfer and protect the tip).</P> | |||
<img src="/images/VSCAM/VSCAM/Soldering/IMG_20250210_220826_HDR.jpg"style="width auto:auto;height;auto"> | |||
<p> <B>Step Four</B>, Place the item your desoldering in the postion you want so that you can desolder it. </p> | |||
<img src="/images/VSCAM/VSCAM/Soldering/000007.jpg"style="width auto:auto;height;auto"> | |||
<p> <B>Step Five</B>, Clean up the area with desoldering wick or lint free cotton buds and 99% isopropyl alcohol.(this just ensures the area is clean and less chance of issues) </P> | |||
<img src="/images/VSCAM/VSCAM/Desoldering/000024.jpg"style="width auto:auto;height;auto"> | |||
<h1 id="section3">Flow chart of order of operations</h1> | <h1 id="section3">Flow chart of order of operations</h1> | ||
Revision as of 21:36, 23 February 2025
Contents
Background information
This page covers desoldering as a whole but primary desoldering with a soldering iron.
Not to be confused with Use of Hot air gun.
Desoldering is the process of removing the solder around an object to allow you to remove it from the PCB.
What tools you will need
Items are not listed in any particular order
Required
- Adjustable temperature Soldering iron
- Desoldering wick
- flux
- fume extractor
- 99% isopropyl alcohol
- lint free cotton buds(q-tips)
- Non-magnetic Tweezer set
- soldering wire
Optional but useful
- flat ended soldering iron tip
- disposable gloves
- digital microscope
- positable light
- Squeeze bottle
- Heat-resistant mat
- Set of soldering iron tips
- Heat-resistant helping hands
- Non-magnetic Tweezer set
- Soldering iron holder
- soldering iron tip cleaner
Uses of this skill
- 1. Chip-off
- 2. Replacing broken/damaged wire connections
- 3. Replacing damaged components
- Reference 1: desoldering guide steps 14-22
Step-by-step guide with images
Step one, Enabling the fume extractor to ensure any hazardous fumes are removed (if you are able to smell the fumes then your extractor is not working correctly).
Step two, Set the tempreture of your soldering iron to 200C/395F for lead-free 183C/361F for leaded solder (these are not exect numbers you may have to adjust according to your needs and tools).
Step three, Completely cover the tip of the iron with fine layer of solder to "tin" it(this will help with heat transfer and protect the tip).
Step Four, Place the item your desoldering in the postion you want so that you can desolder it.
Step Five, Clean up the area with desoldering wick or lint free cotton buds and 99% isopropyl alcohol.(this just ensures the area is clean and less chance of issues)
Flow chart of order of operations
Insert a flow chart of steps and actions for each task (create using diagram)
Troubleshooting/tips and tricks
Fixes to any common issues that were encountered or could be easily encountered
Q: The solder surrounding the thing I want to desolder takes forever to melt
A: The board is likely absorbing the heat from the soldering iron, heating up the board as a whole is recommended to overcome the board's heat dissipation capacity.
Heat board to around 100 degrees/37.77c - 150 degrees/65.55c through the use of a board preheater.
(Not exact numbers just personal preference, experience as it heats the board enough without causing heat damage to other areas or melting other solder.)
Related Topics
Topics such as desoldering to chip off or firmware dumping for disk PCB repairs
Further reading
External references in wiki references can just be cited through the keyword link