AiXun T410 Manuel utilisateur
User Manual
Dual Channel
Smart Soldering Station
T410
Please read this manual carefully before use
Global networking upgrading, continuous innovation
02 Parameters
01 Product features
Input voltage: 110/230V
Host size: 178.4*112*125mm
Model: T410
Temp range: 90~450°C
Input fuse: 3A.
N.W. : 4.16kg
Standby holder size: 154*65*77.4mm
Support handles: T210
Peak power: 100W
Handle
material: plastic/metal Handle
connector: circular
connector
Tip grounding
resistance: <2ohms Tip grounding
voltage: <2mV
Tip model: C210
Temp range：100~450°C
01
Support T210 handle (Standard with one holder, can be expanded to two
holders, operate with one handle)
AC pure isolation, 100W peak power, high-power ring transformer
Real time standby, prolong the service life of soldering tips
Smart identification system, monitor the working statuses in real time
Modular handle holder, separable and combinable
IPS HD LCD interface, personalized settings, easier to operate
Host parameters
Tip parameters
03 List of packing
02
The package of T410 includes the following components
4Handle holder----- ×1 5T210 handle------ ×1 6K tip------ ×1
1Host ------ ×1
2Cable hanger ------ ×1
3Grounding wire ------ ×1
7Power cable------ ×1 8Manual card------ ×1 9Certificate------ ×1
04 Product structure
03
2.4inch HD
display screen
Temp
shortcut buttons
Function/OK buttons
Handle cable clamp
Tip holder
Tip pull socket
Handle holder
Tip cleaner
Type-C interface
Heat emission hole
Power switch
Handle
interface
Expanded holder interface
Handle holder
connect interface
Power input interface
Grounding interface
04
Adjustable holder
Adjust angles of handle holder,
meeting needs for working position
Splash shield
Prevent solder from splashing
when cleaning with brass wire
Brass wire cleaning ball
Very effective cleaning method.
Leave a thin layer solder on the
tip after use to prevent oxidation
during cleaning and tin planting
Handle cable clamp
Place the cable on the clamp to avoid twine
Support expanding to two holders, operate with one handle
Two channels are heated one by one rather than simultaneously
05 Main interface and
buttons introduction
05
The “CH1, CH2, CH3” buttons
corresponds to a temperature
channel. Users can adjust the
set temperature according to
their own needs, press the
button to switch the
temperature channel quickly
(as shown in the figure)
Main interface introduction
Fast temp switching
Real time temp
display
Power
Set temp display
Shortcut temp switch
Software version
Case temp
Handle model
Working state
06
The power on interface of the station default to be the main interface. Click the
middle function button to enter the function setting interface. The functions
displayed on the interface correspond to the function buttons one by one, a
nd the user can operate according to the prompts.
Temperature setting
Standby setting
Temperature
curve System
setting
Press to enter the temperature setting interface. The user can set "temperature
unit, channel temperature setting, temperature compensation"and other functions
as required. Press the left button to return to the function interface, and press the
right button to exit to return to the main interface.
Press to enter the standby setting interface. The user can set "standby
temperature, standby delay, rest time" and other functions as required. Press the
left button to return to the function interface,and press the right button to exit to
return to the main interface.
Press to enter the temperature curve interface. The temperature and power
curve is displayed, and the soldering state can be monitored in real time. Press the
left button to return to the function interface, and press the right button to exit and
return to the main interface.
Press to enter the system setting interface. Users can set "language, sound,
factory reset, system info" and other functions as required. Press the left button to
return to the function interface, and press the right button to exit and return to
the main interface
Function buttons operation
05 Soldering station operation
07
When the soldering handle is picked up
from the holder, the iron tip will
automatically heat to the selected
temperature. Then start operating
Change the temperature setting (90°C to 450°C)
Change fast temperature settings
Working mode
Through the temperature setting interface: Change standby temperature (temperature
can be customized)
Change standby delay (standby delay time
can be customized)
Through the standby setting interface：
When the soldering handle is placed in
the handle holder, the host will
automatically enter the standby mode
and the temperature will automatically
drop to the preset standby temperature.
Standby mode
06 Precautions
08
Precautions for soldering station
Precautions for soldering iron tip
To avoid damage to the soldering station and consider safety of the
working environment, the following matters shall be observed:
This product uses a three wire grounding plug, which must be inserted into a three hole
grounding socket. Do not change the plug or use an ungrounded three head adapter to
make the grounding poor. To lengthen the wire, use a grounded three wire power cord.
Please do not make any change to the soldering station without authorization.
When replacing parts, the original factory parts shall be used.
Please do not wet the station. Do not use the station nor pull the power cord
when hands are wet.
There is smoke during soldering, good ventilation facilities should be available
in the working environment.
Please do not do anything that may harm the product when using the station.
Please place the station in a dry environment when it’s not in use for a long time.
When turning on the switch, the soldering iron tip is in a high
temperature state. In view of the possibility of burns or fire
caused by abuse, please strictly abide by the following matters:
Please avoid the abuse of this station and use this product according to the
operating instructions.
Do not touch the metal part near the soldering iron tip.
Do not use the iron tip near flammable objects.
Inform other personnel that the iron tip is very easy to burn and may cause dangerous
accidents. The power shall be turned off when not using.
When replacing the soldering iron tip, do not touch it directly by hand to prevent scalding.
Do not knock the soldering iron on the workbench to remove the residual flux, which
may seriously damage the soldering iron.
Do not use the soldering iron tip for work other than soldering.
This product has anti-static measures.
Please be sure to use it grounded.
07 Use and maintenance of
soldering iron tip
09
Note: do not use a file to remove the oxide on the iron tip
1. Set the temperature at 250 degrees Celsius (482 degrees Fahrenheit).
2. After the temperature is stable, clean the iron tip with a cleaning sponge and
check the state of the soldering iron.
3. If there is black oxide, plate with a new tin layer, and then wipe with a cleaning sponge.
Cleaning like that repeatedly until the oxide is completely removed, and then plate with
a new tin layer.
4. If the soldering iron tip is deformed or rusted, replace with a new soldering iron tip.
Use of soldering iron tip
Soldering iron
tip temperature
Too high temperature will weaken the function of tip, choose the
temperature as low as possible. This tip has an excellent temperature
resilience, and support soldering at the lower temperature, which can
protect components that are sensitive to temperature.
Cleaning
Clean the soldering iron tip regularly with a cleaning sponge. After soldering,
the oxides and carbides derived from the residual flux will damage the tip,
cause soldering errors or reduce the thermal conductivity of the tip.
If using the tip continuously for a long time, please disassemble the tip once a
week to remove the oxide to prevent it from being damaged and reduce the
temperature.
When not in use
When not in use, do not keep the tip at high temperature for a long time,
or the flux on the tip will be converted into oxide and greatly reduce the
heat conduction ability.
After use After use, the tip shall be wiped clean and plated with a new tin layer
to prevent oxidation.
Tin planting failure may be caused by:
1. When the soldering iron is idle, it is not covered with new tin layer.
2. The soldering iron tip is at high temperature.
3. Insufficient melting during soldering.
4. Clean the tip on a dry or unclean sponge or cloth. [The clean and moist industrial grade
sulfur-free sponge should be used]
5. The solder or iron coating is impure, or the soldering surface is not clean.
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