CEVIK PRO CE-PROMIG 130N Soldador Inverter Instruction Manual

CEVIK PRO CE-PROMIG 130N Soldador Inverter

Specifications

• Model: CE-PROMIG 130N
• Rev: 231106
• Processes: MIG/MAG, TIG, MMA
• Current Output: 10.6A (TIG), 13.1A (MMA), 7.8A (MIG/MAG)
• Duty Cycle: 40%
• Wire Diameter: 0.6mm – 1.3mm
• Max Power: 150W
• Dimensions: 345mm x 155mm x 320mm
• IP Rating: IP21S

Product Usage Instructions

Introduction
The CE-PROMIG 130N is a versatile welding machine capable of MIG/MAG, TIG, and MMA processes.

Features

• Selectable wire diameter options
• Adjustable welding intensity
• Suitable for various welding thicknesses

Principles of Operation
The machine operates based on the selected welding process and wire diameter.

Description of the Elements
The machine consists of a control panel, wire feed mechanism, torch, and power source.

Safety Rules

• Read the manual carefully before operation
• Follow all safety precautions
• Use appropriate protective gear

Specific Rules

• Never strike the gas bottle
• Ensure proper gas flow before welding

Technical Specifications
Detailed technical specifications of the machine are provided in the manual.

Installation and Start-up (MIG/MAG)

1. Select wire diameter
2. Adjust welding intensity
3. Connect torch
4. Follow specific guidelines for MIG/MAG welding

Controls and Operation (TIG)

1. Select TIG mode
2. Connect TIG torch
3. Regulate welding parameters accordingly

Maintenance

• Regularly check fan operation
• Inspect all parts for wear or damage

Frequently Asked Questions (FAQ)

1. Q: Can this machine be used for MMA welding?
   A: Yes, the CE-PROMIG 130N supports MMA welding along with MIG/MAG and TIG processes. Refer to the manual for specific instructions on MMA welding.

2. Q: How do I select the wire diameter for MIG welding?
   A: Use the MODE button to select the desired wire diameter option indicated by color coding.

3. Q: What safety precautions should I take when using the machine?
   A: Always wear appropriate protective gear, ensure proper ventilation, and follow all safety guidelines outlined in the manual.

WARNING: Read the entire manual carefully before attempting to use this machine. Make sure to pay attention to all warnings and precautions throughout this manual.

MIG/MAG – NO GAS

1. Select with the MODE button (1) and connect the torch (3).
   • the 0.8mm option. (green) to use 0.8mm thread.
   • the 1.0mm option. (also valid for 0.9mm blue), to use 1.0mm thread. or 0.9mm.
2. Regulate the welding intensity according to the wire and thickness to be welded (2).

TO PLACE THREAD SPOOL

1. UNSCREW AND REMOVE THE STOPPER AND THE SPRING FROM THE COIL HOLDER
2. PLACE THE SPOOL OF ANIMATED YARN (WITHOUT GAS) (UP TO 1 KG} AND LIFT THE COVER OF THE ROLLERS(2).
3. PUT THE STOPPER AND SPRING ON THE COIL SHAFT
4. TAKE THE END OF THE BOBBIN THREAD AND INSERT IT INTO THE GUIDE UNTIL IT COMES OUT AT THE OTHER END AND CLOSE THE ROLLER COVER(2).
5. ADJUST THE TENSION REQUIRED FOR THE THREAD EXIT SO THAT THE THREAD CAN RUN BUT NOT TOO TIGHTLY
6. PERATE THE TRIGGER OF THE TORCH, CHECK THAT THE BOBBIN TURNS AND THAT THE WIRE COMES OUT OF THE TIP OF THE TORCH.
7. ATTACH THE NOZZLE AND CUT THE EXCESS THREAD LEAVING 1-2 CM OF THREAD.

MMA – ELECTRODO

1. Select with the MODE button the MMA option (1)
2. Connect the electrode holder clamp to the(-) and earth clamp(+)
3. Select the necessary amps with the roulette (2)

TIG

1. Select with the MODE button the TIG option
2. Select the necessary amps with the roulette
3. connect the TIG torch (not included) as in figure 1
4. connect the gas bottle

INTRODUCTION.
We appreciate your trust in our brand and we hope that the welding equipment you have just acquired will be very useful. Your machine has many features that will make your work faster and easier. Safety, comfort, reliability have been considered as priorities for the design of this tool, for an easy maintenance and operation.

FEATURES

• IGBT inverter technology, current control, high quality, stable performance;
• Closed feedback circuit, invariable voltage output, great ability of balance voltage up to ±15%;
• Electron reactor control, stable welding, little splash, deep molten pool, excellent welding bead shaping;
• Welding voltage can be preset, and the voltmeter displays the preset voltage value when not welding.
• Both welding current and welding voltage can be observed at the same time.
• Burn back time is adjustable.
• Slow wire feeding during arc starting, remove the melting ball after welding， reliable arc starting;
• Wire feeding part is separated from the welding machine, wide welding operation range.
• Small-sized, light-weighed, easy to operate, economical, practical.

PRINCIPLES OF OPERATION.
The PROMIG130N welding equipment uses insulated gate bipolar transistors (known as IGBTs) and fast recovery diodes, complemented by a control board specially designed to ensure uniform regulation of the welding current and guarantee the appropriate electric arc for each process. It also has a perfect advanced dynamic protection that enables a safe and reliable welding process, making it ideal to use with low carbon steel, stainless steel, steel alloys, etc.

The PROMIG130N equipment is based on inverter technology following the operating principle:

DESCRIPTION OF THE ELEMNTS

Unpacking equipment. Inspect that no item shows any damage that may have occurred during transport.

Check that the contents of the packaging correspond to this relationship:

• 1- LCD SCREEN
• 2- MENU SELECTOR
• 3- POTENTIOMETER
• 4- MIG/MAG TORCH CONNECTION
• 5- OUTPUT(-)
• 6- OUTPUT(+)
• 7- MIG/MAG TORCH
• 8- ELECTRODE HOLDER CLAMP
• 9- DOUGH CLAMP
• 10- BRUSH
• 11- WELDING SCREEN
• 12- USER MANUAL
• 13 -TH READ TENSION ADJUSTMENT
• 15 -THREAD INLET GUIDE
• 16-DRIVING SHEAVE
• 17-WHEEL RETAINER

GENERAL SAFETY RULES

WARNING: These instructions have been developed to facilitate the proper installation, operation and maintenance of the equipment. Read the entire manual carefully before using the equipment, in order to understand its features and reduce risks during its operation. Make sure to read and understand all instructions, and to pay attention to all warnings and precautions throughout this manual. Failure to follow the instructions contained in this manual may result in electric shock, fire and/or serious personal injury.
KEEP THESE INSTRUCTIONS.

WORKING AREA.

• Keep your work area clean and well lit. Messy tables and dark areas may cause accidents.
• Do not use the machine in explosive atmospheres, such as in the presence of flammable liquids, gases or dust. The electric tool generates sparks that may cause fires.
• Make sure observers, children and visitors are away from the machine while you are working with it. Distractions can make you lose control.

ELECTRICAL SAFETY.
WARNING

• Avoid body contact with grounded surfaces such as pipes, radiators and refrigerators. There is an increased risk of electric shock if your body is grounded.
• Do not expose the machine to rain or wet conditions. The entry of water into the machine will increase the risk of electric shock.
• Do not misuse the cable. Never use the cable to carry the tool, and never pull the cable out of the outlet. Keep the cable away from heat, oil, sharp edges and moving parts. Replace damaged cables immediately. Damaged cables increase the risk of electric shock.
• When using the machine outdoors, use an outdoor extension cord. These extensions are designed to work outdoors and reduce the risk of electric shock.
• Damaged power cords must be replaced immediately.

PERSONAL SAFETY.

• Stay alert, watch what you are doing and use common sense when using the machine. Do not use it if you are tired or under the influence of drugs, alcohol or medication. A moment of distraction while working with the machine can result in serious injury.
• Dress properly. Do not wear loose clothing or jewelry. Keep your hair, clothing and gloves away from moving parts. Loose clothes, jewelry or long hair can be trapped by moving parts.
• Avoid accidental starting. Make sure the switch (9) is in the OFF position before plugging in the machine. Plugging machines with the switch in the ON position may cause.
• Wear the appropriate personal protective equipment. Always wear eye protection. Dust mask, non-slip safety shoes, helmet or hearing protection must be worn when necessary.
• Before connecting the machine to a power source (receptacle, outlet, etc.) make sure that the voltage provided is the same as the one mentioned on the technical data plate of the machine. A power source greater than that specified for the machine can cause serious injury to the user, as well as equipment damage.

USE AND MAINTENANCE OF THE MACHINE.

• Use jaws or some other practical way to secure and sustain the work piece to a stable platform. Holding the work piece with your hands or against your body is unstable and can lead to loss of control.
• Do not force the machine. Use the machine following the specifications. That way, the machine will perform better and more safely the work for which it was designed.
• Do not use the machine if the switch (9) does not turn on or off. Any machine that cannot be controlled with the on/off switch is dangerous and must be repaired.
• Disconnect the plug from the power source before making any adjustments, changing accessories or storing the machine. These preventive measures reduce the risk of the machine turning on accidentally.
• Store electrical machines out of the reach of children and anyone else who is not trained for its operation. The tools are dangerous in the hands of users who are not properly trained.
• Always keep the machine in good condition. Machines properly maintained are less likely to suffer breakdowns or cause accidents.
• Check for misalignment or jamming of moving parts, broken parts, or any other anomaly before use. Many accidents are caused by machines with poor maintenance.
• Use only accessories recommended by the manufacturer of your model. Accessories that work for a specific machine can be dangerous when used with another.
• Do not alter or misuse the machine. This machine was built with accuracy. Any alteration or modification not specified is a misuse and can lead to dangerous situations.
• The use of an appropriate safety device, such as a thermal and differential switch, is recommended when using electrical equipment.

REPAIR.

• The repair of the machine must be carried out only by qualified staff. Repair or maintenance performed by an unqualified person can lead to risk of injury.
• Only the spare parts or accessories recommended by the manufacturer should be used for the maintenance of the machine. Follow the instructions in the maintenance section of this manual. The use of unauthorized parts or failure to follow maintenance instructions may result in the risk of electric shock or injury.

SPECIFIC SAFETY RULES FOR WELDING MACHINES.

THERMAL PROTECTION.
The equipment is protected against thermal overloads via an automatic recharge thermostat. When the set maximum temperature is reached, the protection will cut off the power circuit current and the WARNING display 1 will be shown. DO NOT TURN OFF OR DISCONNECT THE EQUIPMENT WHILE THE THERMAL PROTECTION IS ACTIVE, AS DOING SO MAY CAUSE SERIOUS DAMAGE TO THE MACHINE. After a few minutes, the warning light will go out and the power will come back. The equipment will then be ready to resume operation.

PROTECTION AGAINST OVERLOAD.
The equipment is protected against the voltage or current peaks caused by the power supply to which it is connected (public network, generator, etc.), if it occurs, the welding current will be interrupted and the WARNING! display will be shown. Follow ther instructions.
CAUTION: Use the equipment only following the procedure provided in this manual. Misuse can be dangerous for people, animals and things.
The user of the welder is responsible for his own safety and that of others: it is key to read, understand and align with the basic rules contained in this manual. Make sure that the current absorption and the protection of the electric line correspond to those of the machine and the outlet.

ASSESSMENT OF THE WORK AREA.
Before installing welding equipment, the user must perform an assessment of potential electromagnetic issues in the surrounding area.

The following should be considered:

• Other power, control, telephone or signaling cables.
• Radio and television transmitters or receivers
• Computers or other electronic devices and control equipment.
• Critical safety equipment, for example, protection of automatic machines
• Personal electronic devices, for example, pacemakers or hearing aids.
• Calibration or measurement equipment/instruments.
• The immunity of other equipment in the environment. The user must ensure that other equipment used in the environment is compatible. This may require additional protection measures.
• The time of day when the welding, and other activities will take place.
• The size of the surrounding area to be considered will depend on the structure of the building and the other activities that take place at the same time. The surrounding area may extend beyond the boundaries of the work area.

ENVIRONMENT.

• Arc welding produces sparks, melted metal projection and smoke. Remove all flammable substances and/or materials from the work area.
• Always ensure good ventilation at the place of welding.
• Do not weld on containers, recipients or pipes that contain gas or have contained flammable, liquid or gaseous products (danger of explosion and/or fire), nor on materials polished with chlorinated or varnished solvents (danger of toxic smoke emanation).

STAFF.

• Avoid direct contact with the welding circuit; the open circuit voltage, present between the electrode holder clamp and the ground clamp, could be dangerous in such circumstances.
• Do not use the machine in damp, wet or rainy environments.
• Protect your eyes, using appropriate inactinic crystals mounted on the corresponding mask. Wear gloves and protective clothing dry and free of oils, avoiding exposing the skin to ultraviolet rays produced by the arc.

REMEMBER.

• Luminous radiations produced by the arc may damage the eyes and cause skin burns.
• Arc welding produces sparks and drops of melted metal. The welded metal (work) becomes red and burns at high temperature, for a relatively long period of time.
• Arc welding produces smoke, which can be potentially harmful.
• All electric shocks can be potentially high.
• Avoid exposing yourself directly to the electric arc within a radius of less than 15 meters.
• Also protect nearby people with appropriate means against the potentially dangerous effects of the arc.

OPERATOR PROTECTION.

• Operator’s clothing must be dry and free of oils.
• Do not climb or lean on the work pieces when the power supply is on.
• To prevent electric shock, do not work in wet or damp environments without adequate protective clothing.
• Check welding and power cables and replace immediately in case of damaged cables.
• Disconnect power before carrying out any equipment maintenance work.
• To avoid any risk of accidental short circuit or ignition of the arc, do not place the electrode holder directly on the workbench or any metal surface connected to the ground clamp of the machine.

WARNING: Electromagnetic fields generated by high welding currents can cause the malfunction of vital electronic devices.

PREVENTION OF TOXIC FUMES.
The following precautions should be taken to prevent exposure of the operator, other people and animals to the toxic fumes that may be generated during the welding process.

• Avoid welding operations on painted surfaces, or with oil or grease.
• Some chlorinated solvents can decompose during welding and generate dangerous gases such as phosgene. It is therefore essential to ensure that such solvents are not present in the pieces to be welded. Otherwise, they will need to be removed prior to welding. You should also make sure that these solvents, or other unpleasant agents, are not in the immediate vicinity of the work area.
• Metal parts coated with or containing lead, graphite, cadmium, zinc, mercury, beryllium or chromium may cause dangerous concentrations of toxic fumes and should not be subjected to welding operations unless:
• The coating is removed before starting welding.
• The work area is properly ventilated.
• The operator uses an adequate smoke extraction system.
• NEVER work in a place without proper ventilation.

PREVENTION OF FIRE.

• During the welding process, the metal is heated to very high temperatures and sparks and slag may be projected. Appropriate precautions must be taken to prevent fires and/or explosions.
• Avoid working in areas with containers of flammable substances.
• All fuels and/or combustible products must be kept far away from the work area.
• Extinguishers should be located nearby and accessible.
• Special precautions must be taken when welding:
  • containers that have contained flammable substances.
  • inside metal containers or in places with little ventilation.
• These operations must always be carried out with the presence of qualified staff who can provide the necessary assistance if required.
• NEVER work in environments whose atmosphere contains flammable gases or combustible vapors (such as oil or its vapors).

EXTENSION CORD.

• Replace damaged cables immediately. The use of damaged cables can result in electric shock, burns or electrocution.
• Shall an extension cable be necessary, it must be used with the appropriate size of conductors and an admissible power equal to, or greater than that indicated on the nameplate of the machine or in this manual.
• The extension cable must have a ground conductor and be connected to a power source with a ground connection.

TECHNICAL SPECIFICATIONS.

(*) Note: The welding duty cycle is the percentage of actual continuous welding time that can occur in a ten minutes cycle. For example: 40% at 130amps- this means the welder can weld continuously at 130 amps for 4minutes and then the unit will need to be rested for 6 minutes.
The duty cycle can be affected by the environment in which the welder is used. In areas with temperatures exceeding 40℃, the duty cycle will be less than stated. In areas less than 40 ℃, higher duty cycles have been obtained. All tests on duty cycles have been carried out at 40℃ with a 50%. So in practical working conditions the duty cycles will be much greater than those stated above.

TIG WELDING.

• Configuration for the TIG welding process with GAS PROTECTION.
• The TIG torch power cable (not included) is connected to the negative welding terminal. 8.1.5.2 The gas tube is connected to the gas bottle regulator.
• Then open the gas bottle valve and the gas regulator valve. We can control the gas flow by regulating from the valve in the TIG torch.
• Have the tungsten tip touch the work piece, raise the TIG torch little by little, until you see that the arc remains stable. You can start welding.
• Connection of Shield Gas.

Connect the gas tube of the bottle outlet regulator to the equipment inlet connector (9). Be sure to make all connections firmly to avoid gas leaks and thus be able to start welding in a protected manner.

WARNING!!!.
Please keep in mind:

1. Protective gas leak affects welding performance.
2. Avoid exposing the gas bottle to the direct action of the sun’s rays and thus avoid a possible explosion of the bottle due to the increasing pressure of the gas caused by heat.
3. Protective gas leak affects welding performance.
4. Avoid exposing the gas bottle to the direct action of the sun’s rays and thus avoid a possible explosion of the bottle due to the increasing pressure of the gas caused by heat.
5. Place the bottle vertically on a stable surface avoiding the risk of accidental fall.
6. Never hit the gas bottle or place it horizontally.
7. Ensure that no person is near the regulator, before releasing the gas or closing the outlet.
8. The gas outlet flow meter must be installed vertically to ensure accurate measurement.
9. Before connecting the gas regulator to the equipment, open and close the gas passage several times to eliminate possible dust in the filter and ensure the correct gas flow.
10. Since the arc of the MIG weld is much stronger than that of the MMA weld, wear a welding helmet and protective clothing.

CONTROLS AND OPERATION OF MACHINE.

Controls for MIG welding

• Switch the machine on using the mains power switch Wait 5 seconds for the digital control program to load up.

Feeding the wire.

• Remove the conical nozzle (24) and the welding tip (25) from the torch. The conical nozzle is removed by turning clockwise and pulling off simultaneously. The welding tip threads out of the tip adapter.
• With the wire feed cover door still open pull the torch trigger (20) and check that the wire is feeding smoothly through the feed roller and into the torch.
• Now stretch the torch lead and handle out as straight as possible from the machine and select the wire check function. This will start the feed motor running at full speed to feed the wire through the torch liner. 9.2.4 Once the wire comes out past the end of the torch neck, pull the torch trigger or press any button on the display to stop the automatic wire feed.
• Close the wire feed cover door.
• Replace the welding tip (25) and conical nozzle (24) back onto the torch neck and trim off any excess wire. You are now ready to weld!

MMA/STICK mode operation.
Note – MMA/Stick Welding requires an MMA lead set.

• Connect Earth Lead Quick Connector (23) to the positive (+) output welding terminal (6).
• Connect Earth Clamp (22) to the work piece. Contact with workpiece must be strong contact with clean, bare metal, with no corrosion, paint or scale at the contact point.
• Connect the ARC/electrode holder lead (28) to the negative (-) welding output terminal (8). Note – some welding electrode types utilize different connection polarity. If in doubt, contact the electrode manufacturer.
• Turn the machine on at the Mains Power Switch

Lift TIG operation.

• Connect Earth Lead Quick Connector (23) to the positive (+) output welding terminal (6).
• Connect Earth Clamp (22) to the work piece. Contact with workpiece must be strong contact with clean, bare metal, with no corrosion, paint or scale at the contact point.
• Connect the TIG torch power lead to the negative (-) welding output terminal (11).
• Connect the gas supply to the TIG torch.
• Turn the machine on at the Mains Power Switch
• Press the Left button to mode selection,
• When welding the display will change to show actual welding volts and amperage.

MAINTENANCE

• Disconnect input plug or power before maintenance or repair on machine.
• Be sure input ground wire is properly connected to a ground terminal.
• Check whether the inner gas-electricity connection is well (esp. the plugs) and tighten the loose connection; if there is oxidization, remove it with sandpaper and then re-connect.
• Keep hands, hair, loose clothing, and tools away from electrical parts such as fans, wires when the machine is switched on.
• Clear the dust at regular intervals with clean and dry compressed air; if the working condition is with heavy smoke and air pollution, the welding machine should be cleaned daily.
• The compressed air should be reduced to the required pressure lest the little parts in the welding machine be damaged.
• To avoid water and rain, if there is, dry it in time, and check the insulation with mega-meter (including that between the connection and that between the case and the connection). Only when there is no abnormal phenomenon should the welding continue.
• If the machine is not used for a long time, put it into the original packing in dry condition.

DAILY CHECK

To get the most out of the machine, daily checking is very important. During the daily check, check the condition of the torch, wire feed assembly, controls, connections, gas inlet, etc. Remove dust or replace parts if necessary. To maintain machine efficiency, always use original parts and accessories.

Power supply

the fan doesn’t work or the sound is abnormal, do inner check.
Power supply| Switch on the power supply, and check if abnormal vibration, heating of the case of this equipment, variation of colors of case or buzz presents.|
**** Other parts| Check if gas connection is available, case and other joints are in good connection.|

Welding torch MIG

the damage of torch. Use anti-spatter to eliminate the spatter.
Contact tip| Check if the contact tip is fixed firmly.| Unfixed contract tip possibly leads to unstable arc.
Check if the contact tip is physically complete.| The physically incomplete contact tip possibly leads to unstable arc and arc automatically terminating.
Wire feeding hose| Make sure that there is the agreement of wire and wire feed tube.| Disagreement of the diameters of wire and wire feed tube possibly leads to the unstable arc. Replace it/them if necessary.
Make sure that there is no bending or elongation of wire feed tube.| Bending and elongation of wire feed tube possibly leads to the unstable wire feed and arc. Replace it if necessary.
Make sure that there is no dust or spatter accumulated inside the wire feed tube, which makes the wire feed tub blocked.| If there is dust or spatter, remove it.
Check if the wire feed tube and O- shaped seal ring are physically complete.| The Physically incomplete wire feed tube or O- shaped seal ring possibly leads to the excessive spatter. Replace the wire feed tube or O-shaped seal ring if necessary.
Diffuser| Make sure that the diffuser of required specification is installed and is unblocked.| Defection weld or even the damage of torch occurs due to the non-installation of diffuser or the unqualified diffuser.

Wire feeder:

to the unstable welding output.
Wire-feeding hose| Check if there is dust or spatter inside the hose or beside wire-feeding wheel.| Remove the dust.
Check if there is a diameter agreement of wire and wire-feeding hose.| Non-agreement of the diameter of wire and wire-feeding hose possibly leads to the excessive spatter and unstable arc.
Check if rod and wire feeding groove are concentric.| Unstable arc possibly occurs.
Wire-feeding wheel| Check if there is an agreement of wire diameter and wire-feeding wheel.| Non-agreement of wire diameter and wire- feeding wheel possibly leads to the excessive spatter and unstable arc.
Check if the wire groove is blocked.| Replace it if necessary.
Pressure adjusting wheel| Check if the pressure adjusting wheel can rotate smoothly, and it’s physically complete.| Unstable   rotation     or physically incompleteness of the wheel possibly leads to unstable wire feeding and arc.

Cables:

leads to unstable wire feeding and arc.
Check if the coupling plug is in loose connection.
Output cable| Check if the cable is physically complete.| Relevant measures should be taken to obtain stable weld and prevent  the  possible electric shock.
Check if insulation damage or loose connection exists.
Input cable| Check if the cable is physically complete.|
Check if insulation damage or loose connection exists.
**** Earth cable| Check if the earth cables are well fixed and not short- circuited.| Relevant measures should be taken to prevent the possible electric shock.
Check if this welding equipment is well grounded.

WARRANTY

Duration of the guarantee period:

• 36 months, in accordance with R.D. 7/2021 of April 27, which modifies the revised text of the General Law for the Defense of Consumers and Users (*) and other complementary laws, approved by R.D. 1/2007, of November 16.
• 12 months, for Companies or Professionals who use the product to carry out a for-profit activity.

(*) RD 1/2007. Article 3. General concept of consumer and user.
For the purposes of this rule…, consumers or users are natural persons who act for a purpose unrelated to their commercial, business, trade or profession.

Coverage:
The guarantee obliges the manufacturer CEVIK S.A. to repair or replace free of charge all components subject to verified manufacturing defects. It will be the responsibility of the CEVIK Assistance Service to carry out the repair or replacement in the shortest possible time, compatible with the internal commitments of the service, without any obligation of compensation or repair for direct or indirect damages.

Are excluded from the guarantee:

• Consumable materials and components worn by use.
• Damage to people, animals or others caused by improper use, incorrect installation, modifications not approved by the manufacturer, incompetence or non-compliance with the rules contained in these instructions for use and operation.

Expiration:
The guarantee will be extinguished in the event that:

• The period of 36 or 12 months counted from the date of sale.
• The instructions contained in this manual have not been followed.
• Improper or improper use of the product has been verified.
• The machine has been used outside the parameters defined in the specifications.
• The characteristics of the equipment have been tampered with or altered by unauthorized persons.

ENVIRONMENTAL PROTECTION.
In accordance with the provisions of the European Directive 2012/19/EU on waste electrical and electronic equipment (WEEE) and its transposition into national legislation, this product should not be disposed of with household waste. If the machine or any of its accessories or components must be replaced, make sure to dispose of them through the collection system established in your area for this type of product.
The separation of waste from used products and packaging allows to reuse and recycle materials. The reuse of recycled materials helps avoid environmental pollution and reduces the demand for raw materials.

EXPLODED VIEW.

PARTS LIST

EU DECLARATION OF CONFORMITY

Cevik, S.A.
NIF: A78848702
C/ Méjico, 6. Pol. Ind. El Descubrimiento.
28806 Alcalá de Henares (Madrid).
States under its exclusive responsibility that:
Product:  Multi-process welding equipment
Brand: CEVIK PRO
Model: PROMIG130N
Subject to this declaration is in accordance with the harmonized legislation of Union:

Directives-Regulations:

• 2014/35/UE Basse tensión/LVD.
• 2014/30/UE EMC.
• 2011/65/UE ROHS + (UE)2015/863.
• 2009/125/CE + (UE) 2019/1784  Ecological design for welding equipment.
• And harmonized standars:
• EN IEC 60974-1:2018+A1:2019
• EN IEC 60974-10:2014/A1.2015.
• IEC 62321-2:2013
• IEC 62321-4:2013/AMD 1:2017
• IEC 62321-3-1:2013
• IEC 62321-1:2013
• IEC 62321-7-1:2015
• IEC 62321-5:2013
• IEC 62321-3-2:2013
• IEC 62321-6:2015
• IEC 62321-7-2:2017
• IEC 62321-8:2017
• Unauthorized modification of product cancels this declaration.

Website: WWW.GRUPOCEVIK.ES

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