Soldering iron electric wire broken repair method
Soldering iron electric hot wire broken here give two kinds of treatment methods, simple repair method is to break the broken place stranded, fast and reliable treatment method, is to take out the electric wire from the tube, first remove the oxides near the break, and then tightly stranded. Soldering iron electric heating wire broken processing method
Soldering iron common failure is the electric hot wire broken.
A simple repair method: the broken place twisted, but this connection is often due to the contact loose and sparks, and not long, the contact is broken. Recommended: how to use a soldering iron?
Second, fast repair method: the electric wire from the tube, first remove the oxides near the break, and then tightly twisted, twisted around the joints in the joints sprinkled with a small amount of glass and electric porcelain powder mixture (will be ground according to the two 6:1 and become), loaded, energized for a few minutes, the powder will be melted and adhered to the point of contact. Repair in this way, the contact will not appear sparks, and also more durable.
There is a fast and reliable repair method: the electric wire from the tube out, first remove the oxides near the break, and then tightly twisted, twisted around the joints in the joints sprinkled with a small amount of glass and electrical ceramic powder mixture (will be ground according to the two 6:1 and become), mounted, energized for a few minutes, the powder will be melted and adhered to the joints. Repaired in this way, the joint will not appear sparks, and also more durable.
Soldering iron head maintenance attention to detail
It is necessary to wet the cleaning sponge first, and then squeeze out the excess water. This will provide the best cleaning of the soldering iron tip. If you use a non-wetted cleaning sponge, the soldering iron tip will be damaged and will not be soldered.
When soldering, the following soldering sequence will protect the soldering iron tip from solder and reduce the oxidation rate.
After soldering
After soldering, set the temperature to about 250°C, clean the tip of the soldering iron, and add a fresh layer of solder to protect it. (If you are using a non-temperature controlled soldering iron, cut off the power supply first and let the temperature of the iron tip decrease a little before applying tin.)
Use low-temperature soldering. Use low temperature soldering
High temperature will accelerate the oxidization of the soldering iron tip and reduce the life of the tip. If the temperature of the soldering iron tip exceeds 470°C, it will oxidize twice as fast as 380°C.
The following soldering sequence will protect the soldering iron tip from solder and reduce oxidization.
After soldering
Set the temperature to about 250°C, then clean the tip of the soldering iron and add a fresh layer of solder to protect it. (If you are using a non-temperature controlled soldering iron, cut off the power supply first and let the temperature of the iron tip decrease a little before applying tin.)
Try to use low temperature soldering
High temperature will accelerate the oxidization of the soldering iron tip and reduce the life of the tip. If the temperature of the soldering iron tip exceeds 470°C, it will oxidize twice as fast as 380°C.
