MAGITEX 250 - Welding machine Stamos - Free user manual and instructions

USER MANUAL MAGITEX 250 Stamos

Close-up of a black and gray welding torch with pink tip, showing blade and handle (no text or symbols)

This User Manual has been translated for your convenience using machine translation. Reasonable efforts have been made to provide an accurate translation; however, no automated translation is perfect nor is it intended to replace human translators. The official User Manual is the English version. Any discrepancies or differences created in the translation are not binding and have no legal effect for compliance or enforcement purposes. If any questions arise related to the accuracy of the information contained in the User Manual, please refer to the English version of those contents which is the official version.

1. Symbols

		Read the operating instructions.
		Recyclable product.
		The product meets the requirements of relevant safety standards.
		Wear protective clothing that protects the entire body
		Caution! Wear protective gloves.
		Wear protective glasses.
		Wear protective footwear.
		Caution! Hot surface can cause burns!
		Caution! Risk of fire or explosion.
		Caution! Harmful vapors, danger of poisoning. Gases and fumes can be hazardous to your health. Welding process gives off welding gases and fumes. Inhalation of these substances can be hazardous to health.
		Use a welding mask with an appropriate filter shade.
		CAUTION! Harmful radiation from the welding arc
		Do not touch live parts.

CAUTION! The illustrations in this instruction manual are for reference only and may differ from the actual product in some details.

2. Technical data

Parameter description	Parameter value
Product name	MIG/MAG Welding machine
Model	MAGITEX 160	MAGITEX 200	MAGITEX 250
Nominal input voltage [V] / frequency [Hz]. 230/50		230/50	230/50
Type of welding	MMA / MIG / TIG	MMA / MIG / TIG	MMA / MIG / TIG
MIG welding current range [A]	20-160	40-200	40-250
Lift TIG welding current range [A]	20-130	10-160	10-200
MMA welding current range [A]	20-120	20-140	20-180
Welding current in 100% duty cycle [A]	66 (MMA)71 (MIG)71 (TIG)	77 (MMA)88 (MIG)88 (TIG)	91 (MMA)110 (MIG)110 (TIG)
Welding current in 60% duty cycle [A]	85 (MMA)92 (MIG)92 (TIG)	100 (MMA)114 (MIG)114 (TIG)	128 (MMA)142 (MIG)142 (TIG)
IP class	IP21S	IP21S	IP21S
Insulation class	H	H	H
Compliance with standard	EN IEC 60974-1	EN IEC 60974-1	EN IEC 60974-1
Dimensions (width x depth x height) [cm]	350 x 150 x 220	330 x 220 x 150	450 x 160 x 220
Weight [kg]	6	6.3	6.4

3. General Description

The manual is intended to assist in safe and reliable use. The product is designed and manufactured strictly according to technical specifications using the latest technology and components and maintaining the highest quality standards.

CAREFULLY READ AND UNDERSTAND THIS MANUAL BEFORE STARTING THE WORK.

To ensure the long and reliable operation of the device, make sure to operate and maintain it properly following the guidelines in this instruction manual. The technical data and specifications in this manual are up-to-date. The manufacturer reserves the right to make changes to improve the quality. Taking the technical progress and the possibility of reducing noise into account, the unit is designed and built in such a way that risks resulting from noise emissions are reduced to the lowest possible level.

4. Safety of use

CAUTION! Read all safety warnings and instructions. Failure to follow the warnings and uctions may result in electric shock, fire, and/or serious injury or death.

The term "device" or "product" in the warnings and the description of the instructions refers to: MIG/MAG Welding machine

4.1. General

a) Take care of your own safety and that of third parties by reading and following the guidelines contained in this manual.

b) Only qualified persons may be allowed to start up, operate, handle and repair the device.
c) The device must not be used for purposes other than those for which it is intended.
d) During operation, the device generates an electromagnetic field around itself, which may cause medical implants, i.e. pacemakers etc., to malfunction.
e) It is forbidden to point the welding handle towards yourself, other people and animals.
f) Take care of regular service and maintenance.
g) Disconnect the unit from the power supply before any adjustment, maintenance, nozzle replacement etc.
h) Do not use the product with the housing removed.
i) Dispose of all welding waste in accordance with local regulations.

4.2. Guidelines for securing fire hazardous work

Preparing the building and rooms for fire hazardous works consists in:

a) cleaning the rooms or places where the work will be carried out of any flammable materials and contamination;
b) move all flammable and non-flammable objects in flammable packaging to a safe distance;
c) protect materials which cannot be removed by covering them, for example, with metal sheets, gypsum boards, etc. against the effects of, for example, welding spatter;
d) checking whether materials or objects susceptible to ignition in adjacent rooms do not require local protection;
e) seal with non-flammable materials any through-holes in installation, ventilation, etc., located in the vicinity of the place of work;
f) protect against welding spatter or mechanical damage all electric, gas and installation cables with flammable insulation, provided that they are within the range of risk caused by fire hazardous works;
g) check whether any painting or other works using flammable substances were not carried out on that day.

Sparks may cause fires

Welding sparks can cause fires, explosions and burns to unprotected skin. Wear welding gloves and protective clothing when welding. Remove or secure all flammable materials and substances from the work area. Do not weld closed containers or tanks that have contained flammable liquids. Such containers or tanks should be flushed before welding to remove flammable liquids. Do not weld near flammable gases, vapors or liquids. Fire fighting equipment (fire blankets and powder or snow extinguishers) should be located near the work area in a visible and easily accessible location.

Cylinders can explode

Use only approved gas cylinders and a properly functioning regulator. Cylinders should be transported, stored and positioned upright. Protect cylinders from heat, tipping and mechanical damage. Keep all parts of gas installation in good condition: cylinder, hose, fittings, regulator.

Welded materials can cause burns

Never touch welded parts with unprotected body parts. Always wear welding gloves and pliers when touching or moving welded material.

4.3. Preparation of the workplace for welding

Caution! Welding can cause a fire or explosion.

a) Observe the health and safety regulations for welding work and equip the workplace with an appropriate fire extinguisher

b) Welding in places where flammable materials can ignite is forbidden.
c) Welding in an atmosphere containing an explosive mixture of flammable gases, vapors, mists or dusts with air is forbidden.
d) Remove all flammable materials within a radius of 12 m from the welding site and, if this is impossible, cover the flammable materials with a non-flammable cover.
e) Take precautionary measures against sparks and glowing metal particles.
f) Note that sparks or hot metal splinters can penetrate through slots or openings in protective caps, covers or screens.
g) Do not weld tanks or barrels that contain or have contained flammable substances. Do not weld in their vicinity either.
h) Do not weld pressurized tanks, pressure lines or pressure tanks.
i) Always provide sufficient ventilation.
j) Make sure you are in a stable position before starting to weld.

4.4. Personal protective equipment

Caution! Arc radiation can damage the eyes or skin of the body.

a) When welding, wear clean, oil-free protective clothing made of non-flammable and non-conductive material (leather, thick cotton), leather gloves, high boots and a protective hood.
b) Before welding, get rid of any flammable or explosive items such as propane-butane lighters and matches.
c) Use face protection (helmet or shield) and cover the eyes with a shade matching the welder's eyesight and welding current. The safety standards suggest a No. 13 tint for any amperage below 300 A. Lower shield tints may be used if the arc is covered by the workpiece.
d) Always use approved safety glasses with a side shield under the helmet or other shield.
e) Use workplace shields to protect others from glare or spatter.
f) Always wear earplugs or other hearing protection against excessive noise and to prevent spatter from entering your ears.
g) Bystanders should be warned against looking at electric arc.

4.5. Protection against shock

Caution! Electric shock can be fatal.

a) Plug the power cord into the nearest outlet and route it in a practical and safe way. Avoid spreading the cable carelessly around the room on an unstudied surface, which may result in electric shock or fire.
b) Contact with electrically charged parts can cause an electric shock or severe burns.
c) The electric arc and the working area are electrically charged when the current flows.
d) The input circuit and the internal circuitry of the unit are also live when the power is on.
e) Do not touch the live components.
f) Wear dry, lint-free, insulated gloves and protective clothing.
g) Use insulating mats or other insulating coatings on the floor that are large enough to prevent contact between the body and the object or the floor.
h) Do not touch the electric arc.
i) Turn off the power supply before handling, cleaning or replacing the electrode.
j) Make sure the grounding cable is properly connected and that the plug is properly inserted into the grounded outlet. Improper grounding of the unit may result in a risk to life or health.
k) Regularly check the power cables for damage or lack of insulation. A damaged cable should be replaced. Careless repair of insulation may result in death or personal injury.
I) Turn off the device when not in use.
m) The cable must not be wrapped around the body.
n) The workpiece must be properly grounded.
o) Only accessories that are in good condition may be used.

p) Damaged parts of the device must be repaired or replaced. Use safety belts when working at heights.
q) All equipment and safety items should be stored in one place.
r) Keep the tip of the handle away from the body when the trigger is activated.
s) Attach the ground cable to the workpiece or as close to it as possible (e.g. to the workbench).
t) The work clamp must be insulated if not connected to the workpiece, to avoid contact with metal.
u) The product is designed for indoor use. However, if it has been exposed to dampness or rain, a check must be made to ensure that water droplets do not get inside, which could result in an accident.
v) Do not allow the unit to get wet.

Caution! The machine may still be live when the power cord is disconnected.

a) After turning off the unit and disconnecting the voltage cable, check the voltage on the input capacitor and make sure that the voltage value is zero, otherwise do not touch the unit components.

ATTENTION Although the appliance has been designed to be safe, with adequate safeguards, and despite the use of additional safety features for the user, there is still a slight risk of accident or injury when handling the appliance. It is advisable to exercise caution and common sense when using it.

4.6. Gases and fumes

Caution! Gas can be hazardous to health or lead to death!

a) Always keep a distance from the gas outlet.
b) When welding, pay attention to the exchange of air, avoiding gas inhalation.
c) Remove chemical substances (greases, solvents) from the surface of the workpieces as they burn under high temperature, giving off poisonous fumes.
d) Welding galvanized parts is allowed only with efficient extraction with filtration and a supply of clean air. Zinc vapors are very toxic, and the symptom of poisoning is the so-called zinc fever.

5. Instructions for use

5.1. General

a) The device should be used in accordance with its intended purpose, in compliance with the health and safety regulations and the restrictions resulting from the data on the rating plate (IP level, duty cycle, supply voltage, etc.).
b) Do not open the unit as this will void the warranty; also, exploding exposed parts may cause injury.
c) The manufacturer shall not be liable for technical changes of the equipment or material damage resulting from the introduction of these changes.
d) If the equipment malfunctions, contact the service centre.
e) Do not cover the ventilation slots of the device - place the welder at a distance of 30 cm from the surrounding objects.
f) The welder must not be held under the arm or close to the body.
g) Do not install the equipment in rooms with aggressive environment, high dustiness, and near devices with high electromagnetic field emission.
h) Keep fingers, hair and clothing away from the rotating fan.
i) The appliance must be earthed during operation.

j) When the thermal overload LED illuminates during operation of the appliance, stop operation immediately and wait for the appliance to cool down.
k) When the appliance is used for a long time or with high current, switch off the power supply only after the appliance has cooled down.
I) Do not switch off the device during welding!
m) Maintain the unit regularly and clean the inside of the unit of dust.

5.2. Connecting the unit

5.2.1. Electrical connection

a) The equipment should be connected by a qualified person. In addition, a person with the necessary qualifications should check that the earthing and electrical installation including protection system complies with safety regulations and is functioning properly.
b) Position the equipment near the workplace.
c) To connect the unit, avoid cables that are too long.
d) Single-phase welding machines should be connected to a socket equipped with a grounding pin.
e) Welding machines powered by 3-phase mains are delivered without a plug, you should obtain such a plug on your own and have the installation performed by a qualified person.

CAUTION! The device may only be operated if connected to an installation with a functional fuse.

5.2.2. Gas connection

a) Place the gas cylinders away from the object to be welded and secure them against falling.
b) The gas connection of the welding machine must be connected to the gas cylinder or to the gas supply system with a suitable hose and a regulator with a gas flow control. Caution! It is not allowed to use network regulators for gas cylinders and vice versa. Such interchange may result in reducer damage and personal injury.
c) The economical use of gas extends the welding time.

6. Product overview

MAGITEX 160

1 2 3 4 5 16.0 1 2 3 6 7 NO OFF INPUT AC230V

1 - Control Panel
2 - Voltage Adjustment Knob (MIG)
3 – Wire Speed Adjustment Knob (MIG) | Current Adjustment Knob (MMA, TIG)
4 - Socket for MIG/MMA/TIG welding torch
5 - Socket for MIG/TIG control line
6 – Ground Wire socket
7-ON/OFF switch

Control Panel:

1 2 3 4 5 6 7 MMA Flux 00.8 Flux 00.9 Flux 01.0 Lift TIG 8 PRESS 3S OPEN/CLOSE LIGHT

1 - Power ON icon
2 - Overheating icon
3 - MMA work mode icon
4 - FLUX Φ 0.8 work mode icon
5 - FLUX Φ 0.9 work mode icon
6 - FLUX Φ 1.0 work mode icon
7 - LIFT TIG work mode icon
8 – Button to change work modes / switch light on and off (hold for 3 seconds)

MAGITEX 200

MACITEX 200 1 2 3 4 5 6 7 GAS 9 NO 8 OUTPUT AC230V INPUT AC230V

1 - Control Panel
2 - Voltage Adjustment Knob (MIG)
3 – Wire Speed Adjustment Knob (MIG) | Current Adjustment Knob (MMA, TIG)
4 - Socket for MIG/MMA/TIG welding torch
5 - Negative output socket
6 - Positive output socket
7 - Plug to change polarity when welding FLUX.
8 - ON/OFF switch
9 - Gas connection

Control Panel:

1 2 3 4 5 6 7 8 Lift TIG MMA Solid Ø0.8 Solid Ø1.0 Flux Ø0.8 Flux Ø1.0 9 PRESS 3S OPEN/CLOSE LIGHT

1 - Power ON icon
2 - Overheating icon
3 - MMA work mode icon
4 - SOLID Φ 0.8 work mode icon
5 - SOLID Φ 1.0 work mode icon
6 - FLUX Φ 0.8 work mode icon
7 - FLUX Φ 1.0 work mode icon
8 - LIFT TIG work mode icon
9 – Button to change work modes
/ switch light on and off (hold for
3 seconds)

MAGITEX 250

STAMOS MAGITEX 250 1 STAMOS MAGITEX 250 8:50 12:3 2 3 4 5 6 7 GAS 9 AC 1~230V ON OFF 8

1 - Control Panel
2 – Wire Speed Adjustment Knob (MIG) | Current / End Current Adjustment Knob (MMA, TIG)
3 - Voltage Adjustment Knob (MIG)
4 – Socket for MIG welding torch
5 - Negative output socket
6 - Positive output socket
7 - Plug to change polarity when welding FLUX.
8-ON/OFF switch
9 - Gas connection

Control Panel:

STAMOS® | WELDING GROUP 1 Light 4 5 6 O.C 7 Manual 0.8.6 A A T 8.8.6 V Spot 2 Autosync MMA Lift TIG 0% Ø1.0 Ø0.9 Ø0.8 Ø0.6 8 MMA CO2 MIX FLUX Welding ARC end 10 End.V 9 Spot 11 Welung.A End.A Welding End.V MAGITEX 250

1 - Light on/off button
2 - Button to change the welding mode ("Manual" / "Autosync" / "MMA" / "Lift TIG"
3 - Button to change the gas welding ("CO2" / "MIX" / "FLUX")
4 – Overheating icon
5 - Power ON icon
6 - Overcurrent icon
7 – Quick welding button ("SPOT") – available for "Manual" and "Autosync" welding modes
8 - Button to change wire diameter
9 - Button to change the torch work mode (2T / 4T / "SPOT")
10 - Welding current adjustment knob
11 – End current welding setting button – available for 4T welding mode
12 - Welding voltage adjustment knob

8.8.8 A T 3.8.8 V % +/-

A T min V %

Welding current adjusting icon

Spot time adjusting icon

Wire speed icon

Welding voltage adjusting icon

Arc force icon (MMA mode only)

Spot time adjusting icon

MIG/MAG torch

graph LR
    1 --> 2
    2 --> 3
    3 --> 4
    4 --> 5

1 - gas nozzle
2 - gas distributor
3 - contact tip
4 - tip adapter
5 - torch neck

7. Connecting the wires

CAUTION! Connecting the cables to the device must be done with the power supply disconnected and the device turned off.

Checking the tightness of gas connections

Before first use and then at regular intervals, it is recommended to check for gas leaks. The procedure should be carried out as follows:

1) Connect the regulator and gas line assembly and tighten all connections and clamps.
2) Slowly open the cylinder valve.
3) Set the flow rate on the controller to approximately 8-10 l/min.
4) Close the cylinder valve and watch the pressure gauge needle on the regulator. If the needle drops towards zero, it means there is a gas leak. Occasionally, the gas leakage can be slow. To identify it, leave the gas pressure in the regulator and the line for a long time (about 15 minutes).
5) In the event of a gas leak, check all connections and terminals for leaks. Brushing or spraying with soapy water will cause bubbles to appear at the location of the leak.
6) Tighten clamps or couplings to eliminate gas leakage.

IMPORTANT! - It is recommended to check for gas leakage before starting the machine. It is recommended to close the cylinder valve when the machine is not in use.

TIG welding mode

1) Connect the ground cable to the connection marked with "+" and twist the cable plug to secure the connection.
2) Connect the welding cable to the connection marked with "-" and twist the cable plug to secure the connection.
3) Connect the gas line from the cylinder to the TIG torch (the cylinder should be equipped with a suitable pressure regulator).
4) Connect the TIG torch control cable to the connector on the front panel of the machine.
5) Plug the power cord into an electrical outlet and start the machine.
6) Connect the ground wire to the workpiece. Once these steps are completed, welding can begin.

Welding using the MIG/MAG method

1) Insert the welding gun cable plug into the Euro MIG/MAG output socket on the front panel of the machine and tighten it.
2) Insert the ground wire plug into the terminal marked "-" on the front panel of the welding machine and tighten it clockwise.
3) Insert the polarity change plug into the terminal marked "+" on the welding machine's front panel and tighten it clockwise.
4) Make sure that the correct welding wire is installed in the machine.
5) Connect the shielding gas cylinder with a pressure reducer to the gas inlet on the rear panel of the machine using a gas hose.
6) Plug the power cord into an electrical outlet and start the machine.
7) Connect the ground wire to the workpiece. Once these steps are completed, welding can begin.

Welding using the FCAW method (without gas)

1) Insert the welding gun cable plug into the Euro MIG/MAG output socket on the front panel of the machine and tighten it.
2) Insert the ground wire plug into the terminal marked "+" on the welding machine's front panel and tighten it clockwise.
3) Insert the polarity change plug into the terminal marked "-" on the welding machine's front panel and tighten it clockwise.
4) Make sure that the correct self-shielding welding wire is installed in the machine.
5) Plug the power cord into an electrical outlet and start the machine.
6) Connect the ground wire to the workpiece. Once these steps are completed, welding can begin.

MMA welding mode:

1) Connect the welding cable to the connection marked with "+" and twist the cable plug to secure the connection.
2) Connect the ground wire to the connection marked with "-" and twist the wire connector to secure the connection.
3) Connect the power cord and turn on the power.
4) Connect the ground wire to the workpiece. Once these steps are completed, welding can begin.

CAUTION! Cable polarity may vary! All polarity information should be described on the kage provided by the electrode manufacturer!

8. Replacing the drive roller

CAUTION! All maintenance, replacement of parts, repairs or adjustments should be carried out with the power supply disconnected from the device.

If you need to change the wire diameter, also replace the drive roller or adjust the position of the drive roller.

1) Tilt the pressure adjustment lever to open the pressure roller.

2) Unscrew the drive roller mounting knob and make sure that the drive roller size is appropriate for the wire being installed.
3) If necessary, pull the drive roller from the shaft and turn it to change the groove through which the welding wire will move.
4) Reinstall the drive roller.
5) Tighten the drive roller mounting knob.
6) Close the pressure roller and set the pressure adjustment lever to the vertical position.
7) Adjust the pressure with the lever.

9. Replacing the welding wire

CAUTION! All maintenance, replacement of parts, repairs or adjustments should be carried out with the power supply disconnected from the device.

1) Open the housing of the machine and attach the spool of welding wire to the holder so that it rotates counterclockwise.
2) Unfasten the end of the wire from the spool and hold it in your hand at all times to prevent the spool from unwinding.
3) Straighten the end of the wire for about 20 cm and cut off the bent part.
4) Open the pressure adjustment lever that opens the feeding mechanism.
5) Guide the wire through the rear wire guide to the welding gun wire guide.
6) Close the feeding mechanism and secure it with the pressure adjustment lever. Make sure that the wire runs in the groove of the drive roll.
7) Adjust the pressure of the lever, but do not exceed half of the scale. Too much pressure can damage the wire. On the other hand, if the pressure is too weak, the wire will slide in the feed mechanism and the wire will not move smoothly.
8) Make sure that the contact tip suitable for the installed welding wire is inserted into the welding gun. If necessary, replace the contact tip.
9) Press the trigger of the welding gun and wait for the wire to come out.
CAUTION! Getting the wire out of the burner requires applying power to the unit.
10) Close the spool housing cover.

CAUTION! When inserting the wire into the gun, do not point the gun at yourself or at other people. Do not place your hand, e.g., in front of the tip, as the cut end of the wire is very sharp. Also, keep your fingers away from the feed roller, as this may cause your fingers to be pinched between the rollers.

Polarity of TIG welding leads

Negative polarity is used in most TIG welding operations. The welding torch is connected to the negative pole and the grounding clamp to the positive pole. Thus, the wear of the electrode is reduced and the amount of heat stored in the welded material increases.

Arc ignition in the TIG LIFT method

To ignite the welding arc in the TIG LIFT method, unscrew the valve on the handle, press the button, then gently rub the tungsten electrode on the workpiece and slightly lift the torch so that the arc ignites. Releasing the button ends the welding process (in 2T mode).

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

An example of a welding torch for the TIG lift method with a gas control valve in the torch.

CAUTION! The TIG torch is not a standard accessory of the kit.

10. Disposal of the packaging

Please keep all packaging material (cardboard, plastic strips and polystyrene foam) to ensure that the unit is protected during shipment, should it become necessary to send it to a service center!

11. Transport and storage

When transporting the unit, protect it from shocks and tipping over, and do not place it "upside down". Store the unit in a well-ventilated room where dry air is present and corrosive gases are not present.

12. Cleaning and maintenance

a) Pull the mains plug before each cleaning and when the unit is not in use and cool the unit completely.
b) Use only non-corrosive cleaning agents for cleaning the surfaces.
c) Do not spray the unit with a stream of water or immerse it in water.
d) Make sure that no water enters through the ventilation openings in the casing.
e) Clean the ventilation openings with a brush and compressed air.
f) After each cleaning, all the parts should be dried well before the unit is used again.
g) Store the unit in a dry and cool place protected from moisture and direct sunlight.
h) Remove dust regularly with dry and clean compressed air.
i) The machine must be protected from water and moisture.
i) The machine must not be placed on a heated surface.
k) Store the machine in a dry and clean room.

13. Regular inspection of the device

Periodic maintenance is necessary for the unit to function properly.

CAUTION: Switch off the unit and disconnect from the power supply before carrying out maintenance.

Regular inspections

6-month routine maintenance

- Replace unreadable labels- Check the operation of all switches.- Check that the fan is working properly, and that air is escaping from the rear of the machine- Look out for excessive vibration, noise, smell, and gas leakage during operation- Check that burner or earth wires are not burnt through- Check that any electrical connections are not burnt through- Check that the supply cable is not damaged.

- Blow out the unit with dry, clean air under pressure.- Check the electrical connections of the input/output strip to tighten loose or replace rusty screws.

1 2 3 4 5 6 7 8 Lift TIG MMA Solid Ø0.8 Solid Ø1.0 Flux Ø0.8 Flux Ø1.0 9 PRESS 3S OPEN/CLOSE LIGHT

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

1 2 3 4 5 6 7 8 Lift TIG MMA Solid Ø0.8 Solid Ø1.0 Flux Ø0.8 Flux Ø1.0 9 PRESS 3S OPEN/CLOSE LIGHT

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

9 – Raccordement gaz

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

Close-up of a black and gray welding torch with pink tip, showing blade and handle (no text or symbols)

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

Close-up of a black and gray welding torch with pink tip, showing blade and handle (no text or symbols)

6 - Ikon for overstrøm

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

1 2 3 4 5 6 7 8 Lift TIG MMA Solid Ø0.8 Solid Ø1.0 Flux Ø0.8 Flux Ø1.0 9 PRESS 3S OPEN/CLOSE LIGHT

1 - Pictogram AAN

6 - Overstroompictogram

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

2 – Overopphetingsikon

3 - MMA arbeidsmodusikon

4-SOLID 0.8

arbeidsmodusikon

5-SOLID 1.0

arbeidsmodusikon

6 - FLUX Φ 0.8 arbeidsmodusikon

7 - FLUX 1.0 arbeidsmodusikon

8 – LIFT TIG arbeidsmodusikon

9 – Knapp for å endre

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

Et eksempel på en sveisepistol for TIG-løftmetoden med en gassreguleringsventil i brenneren.

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

1 2 3 4 5 6 7 8 Lift TIG MMA Solid Ø0.8 Solid Ø1.0 Flux Ø0.8 Flux Ø1.0 9 PRESS 3S OPEN/CLOSE LIGHT

1 - ícone de ligar

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

Close-up of a black and gray welding torch with a pink handle, showing a red curved arrow indicating motion (no text or symbols)

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.