I find when components won’t budge taking the nozzle from the hot air off and turning the temperature and airflow up a bit helps
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I find when components won’t budge taking the nozzle from the hot air off and turning the temperature and airflow up a fair bit helps
In your case heating the area of the LED on the underside with lots of hot air should help
Also if you have a soldering iron and ether leaded solder or chip quick(low melt solder) applying ether to the solder joints of the LED will lower the melting point of the solder so that might be worth a shot!
I find when components won’t budge taking the middle from the hot air off and turning the temperature and airflow up a bit helps
+
I find when components won’t budge taking the nozzle from the hot air off and turning the temperature and airflow up a bit helps
In your case heating the area of the LED on the underside with lots of hot air should help
Also if you have a soldering iron and ether leaded solder or chip quick(low melt solder) applying ether to the solder joints of the LED will lower the melting point of the solder so that might be worth a shot!
Hi
I find when components won’t budge taking the middle from the hot air off and turning the temperature and airflow up a bit helps
In your case heating the area of the LED on the underside with lots of hot air should help
Also if you have a soldering iron and ether leaded solder or chip quick(low melt solder) applying ether to the solder joints of the LED will lower the melting point of the solder so that might be worth a shot!
Hopefully this helps
Any questions please ask
Thanks:-)