What are the differences between HAKKO white light soldering station and electric soldering iron?
White light soldering stations and soldering irons are commonly used tools for soldering.
A white light soldering station is a hand tool commonly used in electronic soldering processes. It heats the solder (usually tin wire) to melt it, thereby welding two workpieces.
The soldering iron is an essential tool for electronic manufacturing and electrical appliance repair. It is mainly used for welding machine components and wires.
What are the differences between a white light soldering station and an electric soldering iron?
a. Compared with energy consumption, the energy consumption of constant temperature soldering station is relatively low, because when the adjusted temperature is reached, heating is no longer performed, and the corresponding energy consumption is lower. In other words, for the same welding effect, the soldering station uses less electricity;
b. Compared with anti-static, the soldering station has the function of eliminating static electricity, but the soldering iron generally does not.
c. Comparing the life of consumables, the temperature of the soldering station is controlled and will not rise indefinitely. Therefore, the life of the soldering iron tip and the life of the heating core are higher;
d. Efficiency comparison, the efficiency of constant temperature soldering station is relatively high, the thermal efficiency can reach about 80%, and the electric soldering iron generally has 50% which is good;
e. Comparing the temperature recovery, the temperature recovery speed of the soldering station is faster, and the corresponding worker's work efficiency is higher;
f. For safety comparison, the voltage of the handle of the welding station is only AC 24 volts, which is a safe voltage and generally there will be no electric shock;
Things to note when welding
1. Solder balls are formed and the tin cannot spread to the entire pad? The temperature of the soldering iron is too low, or the tip of the soldering iron is too small; the soldering pad is oxidized.
2. Tin tips form when you remove the soldering iron? The soldering iron is not hot enough and the flux does not melt, so it does not work. The temperature of the soldering iron tip is too high and the flux evaporates. Welding time is too long. 3. The tin surface is not smooth and wrinkled? The temperature of the soldering iron is too high and the soldering time is too long.
4. Does rosin spread over a large area? The soldering iron tip is held too flat.
5. Shaoxi? Add too little tin.
6. Tin beads? The soldering wire is added directly from the soldering iron tip. Too much tin added. The soldering iron tip is oxidized. Strike the soldering iron.
7. PCB separation layer? The temperature of the soldering iron is too high and the tip of the soldering iron hits the board.
8. Black rosin? Temperature is too high
