DIY Soldering Iron for Milwaukee 18v battery portable, T12 console, LED screen

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Designed/made by the qualified carpenter and for the real tradesman 
1x DIY soldering iron  for Milwaukee 18v portable soldering station with soldering iron and LED display, rated 50w, perfect for electronic applications. It's based on the powerful and well reviewed T12 console with comprehensive  options to setup your own style of standby (duration/activate method), sleep, temp boost, battery low voltage protection etc. So whether you are really serious about soldering or just after a quick plug and work, it covers all sorts of needs, but now without the cord.
It's sold without the batteries, I also have DIY models for other brands available, please check my other listings.
Some quick facts for your information:
it's powerful enough to get tin melt in 8 seconds
it has PID temperature control, and allows you to calibrate it
it allows you to set and save default temperatures based on different tips
it allows you to set up sleep/wakeup activation mode
it allows you to set up standby/sleep temperature
it has low voltage alarm/cutoff setting to protect your battery
and for sure, it allows you to setup temperature as you go
about runtime, with my style of use, a fully charged 5ah battery will last me 4-4.5 hours until it reached the cutoff voltage of 15.8VThe full menu options are as below, but remember you don't necessarily need to touch every option if you don't use it. You could just plug in, set up temperatures, and also the low voltage protection (I recommend go 15.8v which roughly indicates 85% of the battery capacity), than start to work, and adjusting the temperature as you go!
Handy information before you work:
Tin melting point is 183°C, lead-free tin melting point is 227°C, regular welding temperature is 300-380°C depending on what you are working with, but continuous run above 380 degree will significantly damage the tip so you should avoid it unless you really need to. The tips are consumables anyways.
What temperature to use? (These are just indications, it also depends on the type of tip in use.) 
260 for SMD 
300 for PCB electronics 
340 for components with thicker leads 
380 for heavier work with more mass or heat conduction Sub menu for your reference
base setup
standby setup
sleep setup
boost setup
stepping temp
screen setup
buzzer setup
factory reset
power monitor
boot screen test