Electric Soldering Iron: Difference between revisions
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=====Features and Applications===== | =====Features and Applications===== | ||
Low power electric [https://en.wikipedia.org/wiki/Soldering_iron '''Soldering Irons'''] are commonly in the range 15W - 25W and used extensively for electronics work. They are used together with '''Multi-Core Solder''' which ensures that a suitable non-corrosive ''(i.e. often [https://en.wikipedia.org/wiki/Flux_(metallurgy)#Rosin_fluxes '''Rosin Based'''])'' '''[[Flux]]''' is supplied alongside the molten soft solder. | Low power electric [https://en.wikipedia.org/wiki/Soldering_iron '''Soldering Irons'''] are commonly in the range 15W - 25W and used extensively for electronics work. They are used together with '''Multi-Core Solder''' which ensures that a suitable non-corrosive ''(i.e. often [https://en.wikipedia.org/wiki/Flux_(metallurgy)#Rosin_fluxes '''Rosin Based'''])'' '''[[Soldering Flux|Flux]]''' is supplied alongside the molten soft solder. | ||
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<span style="color: red">'''Safety Point!''' | |||
Choose a soldering iron with burn-proof silicone cable and use in a well-ventilated area to avoid inhalation of fumes from the '''[[Soldering Flux]]'''. | |||
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Higher power electric [https://en.wikipedia.org/wiki/Soldering_iron '''Soldering Irons'''] are available for larger work ''(e.g. up to 500W)'' but even these may not be able to supply enough heat when working with large pieces of conductive metals - as in '''[[:Category:Beaten Metalwork|Beaten Metalwork]]''' for example. | Higher power electric [https://en.wikipedia.org/wiki/Soldering_iron '''Soldering Irons'''] are available for larger work ''(e.g. up to 500W)'' but even these may not be able to supply enough heat when working with large pieces of conductive metals - as in '''[[:Category:Beaten Metalwork|Beaten Metalwork]]''' for example. | ||
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[[Category:Tools and Equipment]] | [[Category:Tools and Equipment]] | ||
[[Category:Heat Area Equipment]] | |||
Latest revision as of 10:53, 5 November 2017
Description
Electric Soldering Irons have small Copper tips heated electrically - often via a Lo-Volt transformer. The Copper tips are usually iron-plated to extend their life and are available in various shapes and sizes to suit the work in hand.
Features and Applications
Low power electric Soldering Irons are commonly in the range 15W - 25W and used extensively for electronics work. They are used together with Multi-Core Solder which ensures that a suitable non-corrosive (i.e. often Rosin Based) Flux is supplied alongside the molten soft solder.
Safety Point! Choose a soldering iron with burn-proof silicone cable and use in a well-ventilated area to avoid inhalation of fumes from the Soldering Flux.
Higher power electric Soldering Irons are available for larger work (e.g. up to 500W) but even these may not be able to supply enough heat when working with large pieces of conductive metals - as in Beaten Metalwork for example.
Maintenance
The tip, or ‘bit‘, of all soldering irons must be kept clean and coated with a thin layer of solder - a process known as ‘Tinning’. This is achieved with electric Soldering Irons by regularly wiping them on a wet sponge (often provided as part of a soldering station) then melting on to it a small amount of Multi-Cored Solder.
 
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| Soldering Iron Station
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Multicore Solder
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LED Magnifier with Clamps and Soldering Stand
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Soldering Mat
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Soldering Flux
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Soft Solder
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Bakers Soldering Fluid
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Solder Flux Brushes
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Gas Soldering & Brazing Torch
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