Editing How to solder electrical connections

==Overview== Learning to solder is a skill well worth the effort to master. It doesn't require a lot of equipment, supplies or technique, but there are a few things to be aware of. The following text will give some tips and info on soldering electrical wire and components. ===Soldering guns, irons, and torches=== [[File:Weller butane soldering iron.jpg|thumb|right|200px|Butane soldering iron]]A temperature controlled soldering station is good to have for bench work, but they can be bulky for use under a dashboard, for example. A simple, high output soldering iron can be used, or a good quality soldering gun is also a good choice for working in cramped quarters. The soldering gun is designed to rapidly heat up when activated, then to cool off so it won't be a hazard to the used while in a cramped area. Many good guns have a light that's activated w/the trigger that also heats the tip. These guns have a variety of tips shapes and sizes available, as do most good soldering irons. Irons having a 1/4" tip diameter is a good choice. A chisel-shaped tip is a good choice for most electrical work, about 1/8" to 3/16" wide. Weller is a well-known brand for soldering appliances. Hexacon is another quality tool line for soldering equipment. For work where there is no electricity to use an electric soldering gun or iron, you can use a butane torch. There are models available that heat ta tip with the flame rather than applying an open flame to the solder joint. ===Solder=== A supply of 63/37 (tin/lead) or 60/40 solder. 63/37 is a eutectic mixture having a low melting point (183° C or 361.4° F). Solder diameter varies, 24 gauge (0.0201") is sometimes used for harness making, and it works well for circuit board assembly also, a good mid-sized gauge. Generally staying at or below about 1/16" diameter is fine for automotive electrical work. Rosin core solder is OK but doesn't mean added flux won't be needed. In recent years, lead solder has been replaced by "lead free" solder. This is made from a combination of different elements such as Sn, Ag, and Cu (tin, silver, and copper). Generally the lead free solders have a higher melting point than tin/lead solder. Lead free solder uses a flux made for it, as well. ===Flux=== Rosin flux is used exclusively for electrical work when using tin/lead soft solder. Rosin flux isn't water soluble, so it has to be removed w/hydrocarbons like acetone, lacquer thinner, xylol, etc. Avoid breathing or contacting these compounds. With the advent of lead free solders, water soluble fluxes have been introduced. Acid core solder or flux should never be used when doing any type of electrical soldering, the acid will cause corrosion and failure of the connection over time. ===Other tools and supplies=== *Hemostats *Small brass flux brush (about the size of a toothbrush) *Dental pick *a small flashlight or drop cord for working under a dashboard for instance *De-soldering tools (some are spring loaded syringe-like devices, some are a simple suction bulb) that will suck the solder from a joint when the joint is sufficiently heated. Desoldering braid is another way to remove solder. It works by wicking the solder into the braid, sometimes made from tinned copper. * A quality set of automatic strippers with a depth gauge. * A quality tie wrap gun, various tie wraps. * A selection of various terminals and connectors in the 3 popular sizes. <br><br> <gallery perrow=3 widths=200px caption="Tools/Supplies"> File:SOLDERING EQUIPMENT 001.jpg|Selection of soldering equipment File:Rosin flux 002.jpg|Rosin flux suitable for electrical work File:TERMINAL AND WIRE STRIPPER TOOLS 002.jpg|Wire cutters, crimpers, strippers File:Desoldering pump.jpg|Desoldering pump File:Butane soldering torch.jpg|Butane soldering torch File:Velleman solder tip cleaner.jpg| Soldering tip cleaner </gallery> ==Some helpful tips== Typically you want to use as little solder as possible, because with large quantities of solder it ends up being a heat sink. For automotive electrical work, you want a HOT iron. A good iron will have a capacity of at least 35 watts. If you can afford a temperature controlled iron buy it, you will be glad you did and you will never regret it. It's always good practice to tin the wire or connector before soldering. This is nothing more than applying a small amount of flux to the wire to be soldered, then heating it and applying a small amount of solder. This will make the joint stronger and easier to make. Be aware that solder will wick up a wire and make it stiff. Avoid this, the tip of the wire is all that needs to be tinned. Keep the soldering iron tip clean and tinned. Put it away tinned so it's ready for use the next time it's needed. A damp sponge can be used to occasionally wipe the tip during work, this removes any build up of solder or burned on flux. Another tip is to use a sal ammoniac block if the tip is especially bad. Rub each face of the well heated soldering iron(not red hot) on the sal ammoniac tinning block along with a little solder applied to the tip of the iron. 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