Asist AE6PO48 Mode D'emploi page 34

ADDITIONAL SAFETY INSTRUCTIONS
Please read these safety instructions before use and
keep them in a safe place.
! - This symbol indicates the risk of injury or damage
to the device.
! Failure to follow the instructions in this manual may
result in injury.
! The device complies with the applicable technical
regulations and standards.
! Attention. During operation of this soldering gun, the
soldering loop reaches a temperature of up to 470
° C.
! Do not touch the solder loop during operation, as
you may get burned.
! If you do not handle the pistol carefully, a fire may
result.
! Be especially careful near flammable materials.
Remember that heat can also be transferred to flam-
mable materials that are not directly visible.
! Never use the gun where it could explode.
! Never work with the gun in a humid environment.
- After use, place the pistol on a suitable stand and
allow it to cool before storing.
- Do not leave or store the pistol outdoors.
! Never el. do not aim the solder at people or animals!
- Use protective equipment against noise, dust and
vibration !!!
SAVE THESE SAFETY INSTRUCTIONS !!!
DESCRIPTION (A)
The soldering gun is designed for soldering small
components, especially electronics.
1. Soldering pencil
2. ON / OFF switch
3. Stand
4. Tin solder
5. Soldering sponge
6. Temperature controller
7. Soldering tip
8. Holder
Pictograms
Pictograms on the product packaging:
a) Power supply values
b) Power consumption
USE AND OPERATION
ASIST tools are intended for home or hobby use only.
The manufacturer and importer do not recommend
using this tool in extreme conditions and under high
loads.
Any additional requirements must be the subject of
an agreement between the manufacturer and the
customer.
GENERAL SECTION
Soldering is the process of joining metals by applying
molten material. Almost all metals and metal alloys
can be brazed, mainly bronze, copper, iron, etc. We
distinguish between brazing and brazing.
By brazing is meant brazing at a temperature above
450 ° C. Solder alloys (for brazing and brazing using
brass and silver solder) are made of metal alloys
that are first melted at temperatures that cannot be
reached by brazed iron. Soft soldering is a process
performed at temperatures below 400 ° C.
It is possible to solder soft with this soldering gun.
Before connecting the solder to the el. make sure that
the voltage in the socket corresponds to 230 V, as
indicated on the tool label. Always disconnect the sol-
der from the power supply after use. networks. Allow
the solder to cool to ambient temperature before
storing. Do not leave it unattended during cooling.
Do not place the soldering gun on flammable surfaces
or leave it unattended during cooling or during breaks
during operation.
Do not use the soldering gun if its cover, cable or
plug is damaged. Send a damaged soldering gun to
a qualified service center for repair. Keep out of reach
of children.
ALLOYS AND FLUES
Soldering alloys (soft soldering) that are used are
produced in two types of solder wire:
1. solder wire without flux
2. solder wire with flux core
The flux is used to remove the oxide surface of
brazed metals, but also to prevent their deformation
during brazing.
Fluxes are available in paste, powder and liquid form.
After soldering, remove any flux residues.
Alloys according to use
Electronics: Melting point 185 ° C
Low melting point alloy
Used in electronics
Radio: Melting point approx. 230 ° C
Used in thin soldering and modeling
Universal: Melting point approx. 255 ° C
For universal soldering
Tin solder paste Cold material to be applied to the
surfaces to be bonded and tin paste: Replaces tin
wire and flux
Loop Cleaning Dice: Used to clean solder loops
Paste flux: Flux supplied in the form of a paste
Liquid flux: Liquid flux for use in hard-to-reach points
SOLDERING
The surfaces to be soldered must be clean, free of
oil and dirt. Remove traces of oil or dirt using thinner.
Do not use household products as they often contain
silicone. The oxide coating can be removed using a
34