Prusa i3 MK2S (1) and Soldering Irons: Difference between pages
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{{MachineInfoBox | {{MachineInfoBox | ||
|machine name= | |machine name=Soldering Irons | ||
| | |german=Lötkolben | ||
|synonyms= | |synonyms=DE: Lötkolben | ||
| | |image=KSGER_T12_soldering_station.jpeg | ||
|location=[[Location::Electronics Area]] | |||
|location=[[Location:: | |material=[[solder]] | ||
| | |similar=[[Hot Air Soldering Station|hot air soldering station]] | ||
| | |extrabox=yes | ||
| | |||
}} | }} | ||
A soldering iron is a basic hand tool used to connect [[Electronic Components|electronic components]]. The principle of working with a soldering iron lies in melting – as the name suggests – [[solder]] in order to conductively connect electrical components. | |||
The | The normal soldering temperature is '''around 300°C''' varying from solder types and thermal capacity of the electronic parts or the soldering iron. Also the higher the power output of the soldering iron is the better it will melt larger amounts of solder or heat up bigger components. | ||
== How to Use == | |||
Preparations: | |||
* make room for soldering – crowded and messy workplaces only make the work more difficult | |||
* get solder (should be in the top drawer on the left side of the e-bench) | |||
* wet the cleaning sponge (if needed, usually in the soldering station) | |||
* check if your electronic parts are ready and nothing is missing | |||
Next, heat up the soldering iron to around 300°C. When the solder melts by touching to tip, the iron is ready for use. <br/> | |||
Try not to melt the solder directly on the tip but rather heat your components with the soldering iron and then apply solder to the parts. This will result in an optimal flow of the liquid solder and avoid "cold solder joints". If the joint is shining like a polished piece of metal then the soldering was successful and a reliable electrical connection was made. <br/> | |||
Clean the tip afterwards with the brass wool and/or the wet sponge that's usually integrated into the iron's "station". | |||
'''Ask a [[Tutors|tutor]]''' if you have any questions or want an [[Soldering Iron Introduction|introduction into soldering]]. This [http://www.instructables.com/id/The-Ultimate-Wire-Soldering-Guide-for-Beginners/ video tutorial on splicing and soldering wires] or the mikrocontroller.net page [https://www.mikrocontroller.net/articles/L%C3%B6ten ''"Löten" (DE)''] may also be interesting. | |||
== | == Safety == | ||
'' | * Please be careful while handling a soldering iron as it gets '''very hot'''! Mind your surroundings and other people to avoid injuries. | ||
<br clear=all> | * '''Avoid breathing in the smoke''' forming after melting solder. It isn't as much the lead vapor but the flux which is quite unhealthy when inhaled. If you plan on soldering for an extended amount of time consider '''using an extraction fan''' to reduce exposure. | ||
* Be aware to '''wash your hands after''' handling electronic components as the flux and the lead in the solder are '''toxic''' when absorbed through mucous membranes. Avoid touching your face or food while soldering to minimize contact. | |||
<br clear="all"> | |||
<!-- NOTE: The following block "imports" content from separate pages - please don't change the code! To edit the actual information, please go back and click "edit" next to the section headline you are interested in :-) --> | |||
{{#ask: | |||
[ | [[MachineType::Soldering Iron]] | ||
|order=descending | |||
|format=embedded | |||
|embedonly=yes | |||
}} | |||
==Accessories== | |||
{{#ask: | |||
[[Category:Tools]] [[Used With::Soldering Irons]] | |||
|order=descending | |||
|format=embedded | |||
|embedonly=yes | |||
}} | |||
[[Category: | [[Category:Electronics]] | ||
Latest revision as of 22:26, 4 February 2024
| MachineInfoBox Soldering Irons | |
|---|---|
| |
| Synonyms: | DE: Lötkolben |
| Material: | solder |
| Access Requirements: | Soldering Iron Introduction |
| Tutors: | Lukas NitramLegov Pakue Lmnl99 Johannes Luzian Leo Erik |
| Similar (More or Less): | hot air soldering station |
A soldering iron is a basic hand tool used to connect electronic components. The principle of working with a soldering iron lies in melting – as the name suggests – solder in order to conductively connect electrical components.
The normal soldering temperature is around 300°C varying from solder types and thermal capacity of the electronic parts or the soldering iron. Also the higher the power output of the soldering iron is the better it will melt larger amounts of solder or heat up bigger components.
How to Use
Preparations:
- make room for soldering – crowded and messy workplaces only make the work more difficult
- get solder (should be in the top drawer on the left side of the e-bench)
- wet the cleaning sponge (if needed, usually in the soldering station)
- check if your electronic parts are ready and nothing is missing
Next, heat up the soldering iron to around 300°C. When the solder melts by touching to tip, the iron is ready for use.
Try not to melt the solder directly on the tip but rather heat your components with the soldering iron and then apply solder to the parts. This will result in an optimal flow of the liquid solder and avoid "cold solder joints". If the joint is shining like a polished piece of metal then the soldering was successful and a reliable electrical connection was made.
Clean the tip afterwards with the brass wool and/or the wet sponge that's usually integrated into the iron's "station".
Ask a tutor if you have any questions or want an introduction into soldering. This video tutorial on splicing and soldering wires or the mikrocontroller.net page "Löten" (DE) may also be interesting.
Safety
- Please be careful while handling a soldering iron as it gets very hot! Mind your surroundings and other people to avoid injuries.
- Avoid breathing in the smoke forming after melting solder. It isn't as much the lead vapor but the flux which is quite unhealthy when inhaled. If you plan on soldering for an extended amount of time consider using an extraction fan to reduce exposure.
- Be aware to wash your hands after handling electronic components as the flux and the lead in the solder are toxic when absorbed through mucous membranes. Avoid touching your face or food while soldering to minimize contact.
PACE ADS200
| MachineInfoBox PACE ADS200 | |
|---|---|
| |
| Synonyms: | DE: Lötkolben |
| Type: | Soldering Irons |
| Material: | solder |
| Location: | Electronics Area |
| Access Requirements: | Soldering Iron Introduction |
| Status: | Working |
| Tutors: | Lukas NitramLegov Pakue Lmnl99 Johannes Luzian Leo Erik |
| Similar (More or Less): | hot air soldering station |
Pace Soldering Station with 120W and cartridge heaters
Available Tips
- Standard 1130-0003-P1 (0.40mm Conical Sharp Bent 30°)
- Standard 1130-0008-P1 (1.20mm 30° Chisel)
- Ultra 1131-0055-P1 (6.35mm Chisel)
If you need a different tip shape, they can be ordered from Welectron. Donations are always welcome!
KSGER T12 V2.1
| MachineInfoBox KSGER T12 | |
|---|---|
|
| |
| Synonyms: | DE: Lötkolben |
| Type: | Soldering Irons |
| Material: | solder |
| Location: | Electronics Area |
| Access Requirements: | Soldering Iron Introduction |
| Status: | Working |
| Tutors: | Lukas NitramLegov Pakue Lmnl99 Johannes Luzian Leo Erik |
| Similar (More or Less): | hot air soldering station |
The KSGER soldering station used the T12 heating cartridges from Hakko (or their aftermarket copies). These are directly heated with an integrated temperature sensor and are therefore faster to heat up.
Note: During first heat up the station may show an error, but it should go away once it is at the desired temperature.
Accessories
Soldering Fume Extraction
With::Soldering Irons]]}}
| AccessoryInfoBox Soldering Fume Extraction | |
|---|---|
| |
| Synonyms: | DE: Lötrauchabsaugung |
| Used with: | Soldering Irons |
Please use a soldering fume extraction when soldering in order to take care of harmful fumes. If the filter is full, you can get a replacement at Reichelt.
