Bakon 3200, Instruction Manual

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6 5
Usage of high frequecy iron
2
．
After select working mode ,press to confirm. The work mode
describing in following table.
◎
Work Mode
Work mode
Description
No Sleeping and Auto Power off
20/60min Sleeping and 40/90min Auto Power off
0
1
Sleeping (Available for customization)
In mode 1, the unit will enter sleeping after power on 20 or 60min, the
temperature will drop to 200
℃
in order to save power, press any key to
Temperature and heat recover y graph
Warning:
If you will not use the station for long time, please make sure power off.
Temperature and heat recovery curve
TEMP
/℃
Work time
400
350
300
250
200
150
100
50
0 10 20 30 40
Time
/ s
8s
Test condition
PCB:Bakelite PCB
Period: 1 soldering each 3S
Demostration
A:Room temperature
B:Heat up time
C:Work time
D:Temperature decrease
E:Heat recovery time
Choose proper tip for soldering
●
Pick a tip that maximizes contact area between the tips and solder
joint. Maximizing contact area gives the most efficient heat transfer;
allowing operators to produce high quality solder joints quickly.
●
Pick a tip that allows good access to the solder joint, shorter tip
lengths allow more precise control. Longer or angled tips may be
needed for soldering densely populated boards.
Calibrate the Iron Temperature
Use thermometer to check the temperature every time you change any
parts from the soldering iron.
Calibrating the temperature
：
1. power off, press and hold ◄ and ►, then power on.
2. Enter correct password.
3. setting temperature (see ■Temperature setting )
，
check the tip
temperature with thermometer.
4. When the temperature stabilizes
，
if there is a difference between tip
temperature and measured temperature
，
press ◎ , you will see “00”,
then use ◄ and ► to increase or decrease the temperature.
＊
We suggest use 191/192 thermometer for calibrating.
Tip temperature
High soldering temperatures can degrade the tip. Use the lowest possible
soldering temperature. The excellent thermal recovery characteristics
ensure efficient and effective soldering even at low temperatures. This
also protects the soldered item from thermal damage.
Clean
Clean up the tip regularly with a cleaning ball, as oxides and carbides
from the solder and flux can damage the tip. These impurities can result in
defective joints or reduce the tip's heat conductivity. After soldering,
please clean tip and coat with new solder, this helps prevent oxidizing tip.
Maintenance of Tip
Inspect and clean the tip
1. Set the temperature to 350
℃
.
2. When the temperature stabilizes, clean the tip with the cleaning ball
and check the condition of the tip.