Welcome to Soldering Station info a website that grew out of my hobby of messing around with electronics.
Choosing a soldering iron can be a little tricky as the different types vary from a few dollars to a few thousand. So we like to help if we can so here is a brief guide on choosing your soldering iron. Do feel free to check out our various soldering station reviews and read genuine customer testimonials. And do ask us any questions on soldering or choosing a soldering station and we’ll do our best to answer you.
Main Soldering Iron Variables
- Power Source
By wattage we are talking about power rather than temperature. A higher wattage does not always mean a hotter soldering iron but it does mean more power available and t stays hotter longer which is what you need for tackling heavy duty jobs and larger joints. (lower wattage soldering irons may lose heat faster than it can reheat itself on larger joints. ). Most soldering irons have a wattage of between 25 and 50 watts although you can get higher wattage’s up to 80-100watts watts for specialized functions. A 25 watt soldering iron will be fine for occasional DIY use you will need to upgrade up to 40watts plus if you intend to work on electronics or motherboards or larger soldering jobs. Of course wattage isn’t everything and the overall quality of the soldering iron design will dictate how effectively it heats the soldering iron tip. Safest best is to pick a reputable manufacturer.
As we already mentioned temperature is a function of the amount of power and the rate of cooling of the solder tip which immaterial in contact with the tip and the general temperature of the environment. There are a wide range of cheaper soldering irons without temperature control available and these are fine for basic soldering. If you intend to do a lot of soldering you might want to consider a temperature controlled solder iron. This can mean anything from a temperature boot button for larger solder joints to a thermostatic control. The temperature controlled soldering irons are more expensive than the basic models and offer built in temperature control. This helps to make sure that the tip of the iron maintains its temperature. Which is important for use in electronics. Temperature-controlled soldering irons may be free-standing, or may comprise a head with heating element and tip, controlled by a stable base called a soldering station. They often have temperature control circuitry and temperature digital displays read outs. If you intend to work on electronics it is important that your soldering iron can reach 450 degrees C (the temperature needed to De-solder components like capacitors) Soldering stations are usually best if you do a lot of soldering or if you need a soldering iron for professional use.
Check Out this Useful Soldering Iron Video
Cheaper models of soldering irons will plug directly into the mains supply if you need a more portable solution then battery and gas powered soldering stations are available. They tend not be quite as good at heating the solder tip but this is more than offset by the convenience of being able to solder almost anywhere. If you have a work bench already set up and intend to do some serious soldering particularly with electronic components then you should d consider investing in a soldering station. They come in analogue and digital models may come with other functions such as a rework station including hot air guns, de-soldering heads, vacuum pumps. The main difference between digital and analogue stations being much more precise temperature control with the digital soldering station. Stations . Whatever its type a good soldering station will be reliable, accurate with its temperature, and will come with a range of tips and accessories enabling to easily carry out any type of soldering project.
Reputable Manufacturer of Soldering Irons include: Portosol, Dremel, Weller, Hakko, Aoyue