STAMOS S-MTM 220 UK User manual

S-MTM 220 UK
USER MANUAL
expondo.de

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Rev. 15.05.2020 Rev. 15.05.2020
GENERAL SAFETY
If you have doubts on connecting and operating with this device, please contact the
manufacturer. The user must read this manual carefully before rst use of the device.
MIG/MAG
The welding equipment for manual arc welding with automatic wire feed allows the
joining of metal parts through a melting process of the edges to be joined and the
ller metal. Melting is caused by the arc, which is formed between the material to be
welded and the metal wire continuously emerging from the end of the burner. Metal
wire serves as a ller material for the connection of the parts. Higher welding cur¬rent
allows welding of bigger plates. For damages resulting from failure to comply with these
instructions, no liability is accepted.
TUNGSTEN INERT GAS WELDING (DEU.WIG; ENG.TIG)
The tungsten inert gas welding technology (TIG welding) comes from the U.S., where
it became known in 1936 as argon welding. Only after the second World War II was it
introduced in Germany. In English-speaking countries this method is calledTIG,after the
English word for tungsten.The method offers several interesting advantages over other
fusion welding processes. For example, it is universally applicable: if a metallic material is
at all suitable for welding, then it can be processed with this procedure.Additionally it is
also a very „clean“ process, which produces very little pollution and little splashes and,
when used correctly, guarantees a high quality welded joint.A particular advantage of
TIG welding is also the fact that compared to other methods employing a consumable
electrode, the addition of a ller material and the current are not linked.
Therefore the welder has control over the power:
• it may be optimally matched to the welding task and it is only necessary to add as
much ller as is currently required. This makes the process particularly suitable for
welding root passes and for welding in forced positions.
• due to the relatively low and small-scale heat input there is little tendency for the
workpieces to warp during welding.
• these advantages have caused the process to be particularly suitable for welding of
air planes and space vehicles, construction elements used in nuclear installations
and installation components and equipment for chemical plants.
MMA
MANUAL ARC WELDING
Manual arc welding, briey called MMA (Manual Metal Arc Welding), is one of the oldest
electric welding procedures used for metallic materials, which is still used today. In
1891 Nikolai Gavrilovich Slawjanow replaced the carbon electrodes commonly used in
his time for arc welding by a metal rod that was both the arc carrier and ller metal.
Since the rst rod electrodes were not coated, the weld itself was not protected from
oxidation. Therefore these electrodes were difcult to weld. The electric arc burning
between an electrode and the workpiece is used as the heat source for welding.
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The high temperature of the arc melts the material in the welding area.The rod electrode
simultaneously melts off acting as a ller material to form the weld bead. Both AC and
DC currents can be used to power the process. Rod electrodes are used as ller
material in arc welding. For each welding type there are appropriate electrodes, e.g. for
build-up welding and joint welding. Information concerning the nature, characteristics
and application of an electrode is provided by the brief label, which is printed on each
electrode package.The gases produced by the melting of the electrode coating are used
to stabilise the arc and separate the liquid metal transfer in the arc from the inuences
of the surrounding air and to reduce the burning of alloy components. Apart from
that the melted coating also produces slag.This liquid is lighter than liquid steel and is
washed onto the weld.This enables a slow cooling process and thus lower shrinkage
stress.The anode (positive pole) is heated by electron bombardment and positive metal
ions ow from there to the workpiece. Therefore consumable electrodes are mostly
used as anodes with the workpiece material acting as a negative pole. InTIG welding the
electrode has a negative pole in order to keep the degree of removal low.Arc welding
is used in the construction industry (bridge supports) but also in precision engineering.
The following rule applies regardless of application:The thinner the material, the more
expensive the equipment. Due to low current levels (necessary not to burn through
materials under 1 mm wall thickness), a signicantly more complex control process is
required.
GENERAL SAFETY
If you have doubts on connecting and operating with this device, please contact the
manufacturer. The user must read this manual carefully before rst use of the device.
DUTY CYCLE
Duty cycle is a welding equipment specication which denes the number of minutes,
within a 10 minute period, during which a given welder can safely produce a particular
welding current.For example,a 200 amp welder with a 60% duty cycle must be „rested“
for at least 4 minutes after 6 minutes of continuous welding with 200 amp..
WORK AREA PRECAUTIONS
• Keep your work area clean and well lit. Cluttered benches and dark areas invite
accidents.
• Do not operate power tools in explosive atmospheres, such as in the presence of
ammable liquids, gases, or dust. Power tools create sparks which may ignite the
dust or fumes.
• Keep bystanders, children, and visitors away while operating a power tool.
Dis¬tractions can cause you to lose control. Protect others in the work area from
debris such as chips and sparks. Provide barriers or shields as needed.
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ELECTRICAL SAFETY
• Grounded tools must be plugged into an outlet properly installed and ground¬ed
in accordance with all codes and ordinances. Never remove the grounding prong
or modify the plug in any way. Do not use any adapter plugs. Check with a qualied
electrician if you are in doubt whether the outlet is properly grounded. If the tool
should electrically malfunction or break down, grounding provides a low resistance
path to carry electricity away from the user.
• Double insulated tools are equipped with a polarized plug (one blade is wi der
than the other). This plug will t in a polarized outlet only one way. If the plug
does not t fully in the outlet, reverse the plug. If it still does not t, contact a
qualied electrician to install a polarized outlet. Do not change the plug in any way.
Double insulation eliminates the need for the three wire grounded power cord
and grounded power supply system.
• Avoid body contact with grounded surfaces such as pipes, radiators, ranges, and
refrigerators.There is an increased risk of electric shock if your body is grounded.
• Do not expose power tools to rain or wet conditions. Water entering a power
tool will increase the risk of electric shock.
• Do not abuse the Power Cord. Never use the Power Cord to carry the tool or
pull the Plug from an outlet. Keep the Power Cord away from heat, oil, sharp edges,
or moving parts. Replace damaged Power Cords immediately. Damaged Power
Cords increase the risk of electric shock.
• When operating a power tool outside, sue an outdoor extension cord mar- ker
“WA” or “W”.These extension cords are rated for outdoor use, and reduce the
risk of electric shock.
PERSONAL SAFETY
• Stay alert.Watch what you are doing, and use common sense when operating a
power tool. Do not use a power tool while tired or under the inuence of drugs,
alcohol, or medication.A moment of inattention while operating power tools may
result in serious personal injury.
• Dress properly. Do not wear loose clothing or jewelry. Contain long hair. Keep
your hair, clothing, and gloves away from moving parts. Loose clothes, jewelry, or
long hair can be caught in moving parts.
• Avoid accidental staring. Be sure the Power Switch is off before plugging in. Carrying
power tools with your nger on the Power Switch, or plugging in power tools with
the Power Switch on, invites accidents.
• Remove adjusting keys or wrenches before turning the power tool on.A wrench
or a key that is left attached to a rotating part of the power tool may result in
personal injury.
• Do not overreach. Keep proper footing and balance at all times. Proper footing and
balance enables better control of the power tool in unexpected situations.
• Use safety equipment. Always wear eye protection. Dust mask, non-skid safety
shoes, hard hat, or hearing protection must be used for appropriate conditions.
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TOOL USE AND CARE
• Use clamps (not included) or other practical ways to secure and support the
workpiece to a stable platform. Holding the work piece by hand ro against your
body is unstable and may lead to loss of control.
• Do not force the tool. Use the correct tool for your application.The correct tool
will do the job better and safer at the rate for which it is designed.
• Do not use the power tool if the Power Switch does not turn it on or off. Any
tool that cannot be controlled with the Power Switch is dangerous and must be
replaced.
• Disconnect the Power Cord Plug from the power source before making any
adjustments, changing accessories, or storing the tool. Such preventive safety
measures reduce the risk of starting the tool accidentally.
• Store idle tools out of reach of children and other untrained persons.Tools are
dangerous in the hands of untrained users.
• Maintain tools with care. Keep cutting tools maintained and clean. Properly
maintained tools are less likely to bind and are easier to control. Do not use a
damaged tool.Tag damaged tools “Do not use” until repaired
• Check for misalignment or binding of moving parts, breakage of parts, and any
other condition that may affect the tool’s operation. If damaged, have the tool
serviced before using. Many accidents are caused by poorly maintained tools.
• Use only accessories that are recommended by the manufacturer for your model.
Accessories that may be suitable for one tool may become hazardous when used
on another tool.
SERVICE
• Tool service must be performed only by qualied repair personnel. Service or
maintenance performed by unqualied personnel could result in a risk of injury.
• When servicing a tool, use only identical replacement parts. Use of unautho¬rized
parts or failure to follow maintenance instructions may create a risk of electric
shock or injury.
SPECIFIC SAFETY RULES
1. Maintain labels and nameplates on the tool.These carry important information. If
unreadable or missing, contact our service team for a replacement.
2. Always wear the approved safety impact eye goggles and heavy work gloves when
suing the tool. Using personal safety devices reduce the risk for injury. Safety
impact eye goggles and heavy work gloves are available from Harbor Freight Tools.
3. Maintain a safe working environment. Keep the work area well lit. Make sure
there is adequate surrounding workspace. Always keep the work area free of
obstructions, grease, oil, trash, and other debris. Do not use a power tool in areas
near ammable chemicals, dusts, and vapors. Do not use this product in a damp
or wet location.
4. Avoid unintentional starting. Make sure you are prepared to begin work before
turning on the tool.
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5. Never leave the tool unattended when it is plugged into an electrical outlet.Turn
off the tool, and unplug it from its electrical outlet before leaving.
6. Always unplug the tool from its electrical outlet before performing and ins- pection,
maintenance, or cleaning procedures.
7. Prevent eye injury and burns. Wearing and using the approved personal safe- ty
clothing and safety devices reduce the risk for injury.
a.Wear the approved safety impact eye goggles with a welding helmet fea- turing
at least a number 10 shade lens rating.
b. Leather leggings, re resistant shoes or boots should be worn when using
this product. Do not wear pants with cuffs, shirts with open pockets, or any
clothing that can catch and hold molten metal or sparks.
c. Keep clothing free of grease, oil, solvents, or any ammable substances. Wear
dry, insulating gloves and protective clothing.
d.Wear an approved head covering to protect the head and neck. Use aprons,
cape, sleeves, shoulder covers, and bibs designed and approved for welding and
cutting procedures.
e. When welding/cutting overhead or in conned spaces, wear ame resistant
ear plugs or ear muffs to keep sparks out of ears.
8. Prevent accidental res. Remove any combustible material from the work area.
a. When possible, move the work to a location well away from combustible;
protect the combustibles with a cover made of re resistant material.
b. Remove or make safe all combustible materials for a radius of 35 feet (10
meters) around the work area. Use a re resistant material to cover or block all
open doorways, windows, cracks, and other openings.
c. Enclose the work area with portable re resistant screens. Protect combustible
walls, ceilings, oors, etc., from sparks and heat with re resistant covers.
d. If working on a metal wall, ceiling, etc., prevent ignition of combustibles on
the other side by mobbing the combustibles to a safe location. If relocation
of combustibles is not possible, designate someone to serve as a re watch,
equipped with a re extinguisher, during the welding process and for at least one
half hour after the welding is completed.
e. Do not weld or cut on materials having a combustible coating or combustible
internal structure, as in walls or ceilings, without an approved method for
eliminating the hazard.
f. Do not dispose of hot slag in containers holding combustible materials.
g. After welding or cutting, make a thorough examination for evidence of re. Be
aware that easily visible smoke or ame may not be present for some time after
the re has started. Do not weld or cut in atmospheres containing
h. Dangerously reactive or ammable gases, vapors, liquids, and dust.
i. Provide adequate ventilation in work areas to prevent accumulation of
ammable gases, vapors, and dust. Do not apply heat to a container that has held
an unknown substance or a combustible material whose contents, when heated,
can produce ammable or explosive vapors. Clean and purge containers before
applying heat. Vent closed containers., including castings, before preheating,
welding, or cutting.
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WARNING
INHALATION HAZARD:WELDINGAND PLASMA CUTTING PRODUCE
TOXIC FUMES.
Exposure to welding or cutting exhaust fumes can increase the risk of developing
certain cancers, such as cancer of the larynx and lung cancer.Also, some diseases that
may be linked to exposure to welding or plasma cutting exhaust fumes are:
a. Early onset of Parkinson’s Disease
b. Heart disease
c. Ulcers
d. Damage to the reproductive organs
e. Inammation of the small intestine or stomach
f. Kidney damage
g. Respiratory diseases such as emphysema, bronchitis, or pneumonia
Use natural or forced air ventilation and wear a respirator approved by NIOSH to
protect against the fumes produced to reduce the risk of developing the above illnesses.
9. Avoid overexposure to fumes and gases.Always keep your head out of the fumes.
Do not breathe the fumes. Use enough ventilation or exhaust, or both, to keep
fumes and gases from your breathing zone and general area.
• Where ventilation is questionable, have a qualied technician take an air sampling
to determine the need for corrective measures. Use mechanical ventilation to
improve air quality. If engineering controls are not feasible, use an approved
respirator.
• Work in a conned area only if it is well ventilated, or while wearing an airsupplied
respirator.
• Follow OSHA guidelines for Permissible Exposure Limits (PEL’s) for various fumes
and gases.
• Follow the American Conference of Governmental Industrial Hygienists
recommendations for Threshold Limit Values (TLV’s) for fumes and gases.
• Have a recognized specialist in Industrial Hygiene or Environmental Services check
the operation and air quality and make recommendations for the specic welding
or cutting situation.
10. Always keep hoses away from welding/cutting spot. Examine all hoses and cables
for cuts, burns, or worn areas before each use. If any damaged areas are found,
replace the hoses or cables immediately.
11. Read and understand all instructions and safety precautions as outlined in
the manufacturer’s Manual for the material you will weld or cut.
12. Proper cylinder care. Secure cylinders to a cart, wall, or post, to prevent them from
falling.All cylinders should be used and stored in an upright position. Never drop
or strike a cylinder. Do not use cylinders that have been dented. Cylinder caps
should be used when moving or storing cylinders. Empty cylinders should be kept
in specied areas and clearly marked “empty.”
13. Never use oil or grease on any inlet connector, outlet connector, or cylinder valves.
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14. Use only supplied Torch on this Inverter Air Plasma Cutter. Using components
from other systems may cause personal injury and damage components within.
15. People with pacemakers should consult their physician(s) before using this
product. Electromagnetic elds in close proximity to a heart pacemaker could
cause interference to, or failure of the pacemaker.
16. USE PROPER EXTENSION CORD. Make sure your extension cord is in good
condition. When using an extension cord, be sure to sue one heavy enough to
carry the current your product will draw.An undersized cord will cause a drop in
line voltage resulting in loss of power and overheating.A 50 foot extension cord
must be at least 12 gauges in diameter, and a 100 foot extension cord must be at
least 10 gauges in diameter. If in doubt, use the next heavier gauge.The smaller the
gauge number, the heavier the cord.
CHECKING PACKAGING UPON CONSIGNMENT
When you received the goods proceed with opening the packaging if there are no
signs of damage. If there are signs of damage on packaging please send a detailed list
and report of all damage to the goods to your local representative within 3 days after
delivering.
Disposing of packaging
The various items used for packaging (cardboard, plastic straps, polyurethane foam)
should be conserved, so that the device can be sent back to the service centre in best
conditions in case of problem.
SETTING THE DEVICE
Setting the welder must be carried out in accordance with the following rules:
• The operator must have free access to the device as well as its connections and
controls.
• It is forbidden to set the device in small rooms. It is important that the room must
be equipped with good ventilation system, it should be clean and without dust.
• The device with wiring can not be obstacle on the passage and can not reduce the
work area of other workers.
• The device can be placed only on a at surface. The gas cylinders must be properly
protected.
SUPPLIED EQUIPMENT:
Cable with mass clamp.
MMA welding cable with electrode holder.
TIG welding cable WP-26 along with accessories:
Collets: 1.6 mm / 2.4 mm / 3.2 mm.
Ceramic nozzles no 5, 6, 7.
Long cap.
Tungsten.
MIG welding cable MB15AK along with contact tips 0.8 mm and 0.9 mm.
Gas hose.
Mask.
Hammer.
Brush.
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RoHS CERTIFICATES –welder has been manufactured in accordance
with CE and RoHS certicates. It guarantees long life time and
high quality of the device.
MOSFeT The welder uses MOSFET technology. This technology (as
no other) ensures the highest efciency. In comparison to the
current consumption amount we gather over-proportional
power amount. This results in the efciency of 93%! Welding
current is very stable and it ensures perfect fusion weld.Thanks
to the MOSFET technology, the machine is light and compact.
1 PH
GAS
Standard supply voltage = the welder is supplied by 230V voltage
from the single-phase socket (230V +/- 10%).
INERT GAS = for WIG / TIG welding it is necessary to use inert
gas (e.g. argon).
FANS = very efcient fans ensure the optimal heat release
during the welder operation.
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INSTALLATION AND CONNECTION
User panel:
UK

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No. Description
1. Main switch (at the back of the device)
2. Overloading / failure
3. Power and working state indicator (MMA,TIG,MIG)
4. Welding voltage (V)
5. Welding current (A)
6. The working state of welding machine selection (MMA,TIG,MIG)
7. Welding torch (push wire and pull wire) selection
8. Welding voltage adjustment:When welding, it is used for the regulating the
welding voltage. It is valid in the MIG welding state, but it's invalid in the TIG
and MMA welding state.
9. Welding current adjustment:TIG / MMA. Feed wire speed: MIG welding state.
10. Arc welding feature adjustment – inductance adjustment – only MIG welding
state
11. Welding torch EURO type socket.
12. Integrated gas-electric output: connect with the TIG welding torch (polarity -)
13. Quick connector socket: welding machine output (-)
14. Four core socket: It is used for controlling the output of welding machine
– TIG or spool gun
15. Quick connector socket: welding machine output (+)
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CONNECTION DIAGRAM
MIG/MAG:
1 – MIG torch
2 – Workpiece
3 – Earth clamp
4 – Gas cylinder
5 – CO2 meter
6 – Gas meter AC 36V
7 – Power supply
1 – MIG torch
2 – Workpiece
3 – Earth clamp
4 – Power supply
FLUX (FCAW (Flux-Cored Arc Welding)):

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NOTE: FLUX (FCAW (Flux-Cored Arc Welding)) requires a change of the polarization
inside the welder. Picture below is showing standard connection when using MIG/
MAG welding with solid wire. In order to use the device for welding with FLUX wire,
the connection should be swapped, connecting the cable to the clamp marked with
(-):
MIG/MAG WITH USING THE SPOOL GUN:
1 – Spoolgun
2 – Workpiece
3 – Earth clamp
4 – Gas cylinder
5 – Gas meter
6 – Gas meter AC 36V
7 – Power supply
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1 – Electrode holder
2 – Workpiece
3 – Earth clamp
4 – Gas cylinder
5 – Ar meter
6 – Power supply
TIG WELDING:
1 – Electrode holder
2 – Workpiece
3 – Earth clamp
4 – Power supply
MMA WELDING:

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TECHNICAL DATA
Model S-MTM 220 UK
Rated Input Voltage 230V
No-Load Loss 50W
Efciency 0.8
Power Factor 0.73
No-load output voltage 59V
MIG Rated Input Current 31.5
Output Voltage adjustment Range 14-25
Output Current Range 30-220
Load Duty Cycle 60%
Current for the Load Duty Cycle 100% 170
TIG Rated Input Current 23.7
Output Current Range 10-220
Load Duty Cycle 60%
Current for the Load Duty Cycle 100% 170
MMA Rated Input Current 36.3
Output Current Range 10-220
Load Duty Cycle 60%
Current for the Load Duty Cycle 100% 170
Protection Class IP21
Cooling method ventilator
INSTRUCTION OF OPERATION
TIG-welding
The TIG-welding is very sensitive about the surface (which is to be welded)
contamination. For this reason, before welding you have to remove rests of paints and
greases as well as the oxidized layer from the surface which will be welded.
DC TIG-welding
• Connect the gas hose to the gas to welder supply socket.
• Connect the gas hose to the welding gun and to the argon supply (to the gun)
socket.
• Connect weld piece to the mass clamp in welder, outlet (+).
• Connect the welding handle plug to the arc and argon control rod.
Gas test: Check the connection of the electric supply and switch on the voltage. Open
the valve (regulator) of bottle with argon and switch on ow meter. Gun switch-key has
to be pressed and you have to select an appropriate gas ow. The inow switch-key has
to be released and the gas inow
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will be automatically stopped after several seconds. In case of using the high frequency
ignition, the wolframic electrode has to be retracted 2-3 mm from the weld piece.
Next, after switching on the switch-key, the arc will be triggered. The switch off will
result in the reduction of electric current intensity and the arc will no longer be active.
The blowing shaft can not decay before the electric arc switch off.Gas must cool down
the fusion weld as it will not become oxidized. After nishing the welding process, you
have to switch off the argon supply button on the bottle and the welder supply. Pulling
the electric supply plug when the electric supply switch is on is prohibited.
Manual welding with the electrode
• Connect the E-Hand conduit to the negative pole (-).
• Set the current intensity regulator at the proper intensity (the impulse current
intensity regulator is in lower position).Select current in accordance with empirical
formula: I=40d, where d is the electrode diameter.
• Positive and negative connection during the welding process.
• The welder has to be connected to the electric supply socket and turn main switch
on.The control lamp will light.
• It is necessary to bring the attention to the relative intensity of welding current
and the relative welder’s make-time.
• The overloading may result in damages.You can avoid this.
• After nishing the device operation, it is necessary to leave the device for cooling
and then – switch off the supply.
MIG/MAG welding
Please install the items in the order shown. Pay attention to the proper arrangement
of the elements as shown in the pictures.The device is not operational yet. Open the
gas ow at a pressure of 5-7 l/min. Protect the gas outlet against gusts of wind. Also
note the following: The rst stages of the current controller are used for welding thin
metal sheets and the next stages are used for thicker walls.With each operation of the
switch the wire feed speed should also be adjusted. If a drop is formed at the end of the
welding wire while welding, the wire feed speed has to be increased; however if it can
be felt as the wire presses against the hose bundle, the speed has to be reduced.Always
use tongs to move the parts that have just been welded and to remove encrustations
at the end of the burner, as these elements are very hot. Once the arc is ignited keep
the hose bundle at an angle of about 30 degrees vertically.
WEEKLY MAINTENANCE
Check if the room ventilation works properly.

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Hersteller an Verbraucher
Sehr geehrte Damen und Herren,
gebrauchte Elektro – und Elektronikgeräte dürfen gemäß europäischer Vorgaben [1] nicht zum unsortierten Siedlungsabfall
gegeben werden, sondern müssen getrennt erfasst werden. Das Symbol der Abfalltonne auf Rädern weist auf die Notwendigkeit
der getrennten Sammlung hin. Helfen auch Sie mit beim Umweltschutz. Sorgen Sie dafür, dieses Gerät, wenn Sie es nicht mehr
weiter nutzen wollen, in die hierfür vorgesehenen Systeme der Getrenntsammlung zu geben.
In Deutschland sind Sie gesetzlich [2] verpichtet, ein Altgerät einer vom unsortierten Siedlungsabfall getrennten Erfassung
zuzuführen. Die öffentlich – rechtlichen Entsorgungsträger (Kommunen) haben hierzu Sammelstellen eingerichtet, an denen
Altgeräte aus privaten Haushalten ihres Gebietes für Sie kostenfrei entgegengenommen werden. Möglicherweise holen die
rechtlichen Entsorgungsträger die Altgeräte auch bei den privaten Haushalten ab.
Bitte informieren Sie sich über Ihren lokalen Abfallkalender oder bei Ihrer Stadt – oder Gemeindeverwaltung über die in Ihrem
Gebiet zur Verfügung stehenden Möglichkeiten der Rückgabe oder Sammlung von Altgeräten.
[1] RICHTLINIE 2002/96/EG DES EUROPÄISCHEN PARLAMENTS UND DES RATES
ÜBER ELEKTRO – UND ELEKTRONIK – ALTGERÄTE
[2] Gesetz über das Inverkehrbringen, die Rücknahme und die umweltverträgliche Entsorgung
von Elektro – und Elektronikgeräten (Elektro – und Elektronikgerätegesetz – ElektroG).
Umwelt – und Entsorgungshinweise
Utylizacja produktu
Produkty elektryczne i elektroniczne po zakończeniu okresu eksploatacji wymagają segregacji i oddania ich do wyznaczonego
punktu odbioru. Nie wolno wyrzucać produktów elektrycznych razem z odpadami gospodarstwa domowego. Zgodnie
z dyrektywą WEEE 2012/19/UE obowiązującą w Unii Europejskiej, urządzenia elektryczne i elektroniczne wymagają segregacji
i utylizacji w wyznaczonych miejscach. Dbając o prawidłową utylizację, przyczyniasz się do ochrony zasobów naturalnych
i zmniejszasz negatywny wpływ oddziaływania na środowisko, człowieka i otoczenie. Zgodnie z krajowym prawodawstwem,
nieprawidłowe usuwanie odpadów elektrycznych i elektronicznych może być karane!
For the disposal of the device please consider and act according to the national and local rules and regulations.
CONTACT
expondo Polska sp. z o.o. sp. k.
ul. Nowy Kisielin-Innowacyjna 7
66-002 Zielona Góra | Poland, EU
e-mail: [e-mail]