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Marca: Carbone Professional Welding
Tipo Soldadura:
IGBT INVERTER MIG/MAG (GMAW) – MMA (SMAW)
Voltaje de Entrada: 1x220V/230V/240V 50/60Hz
No-load Voltaje: 55~75V
Corriente nominal de Entrada: 58A
Potencia nominal: 6.6 KVA
Rango de ajuste voltaje: 14±3V~23.5±3V
Ciclo de trabajo MIG: 35% @ 180A/23V
60% @ 150A/21.5V, 100% @ 120A/20V
Rango de ajustes amperaje: 30~180A (MIG/MAG)
Capacidad de alambre: (0.6, 0.8, 0.9, 1.0) mm
(. 023"-. 030"-. 035"-. 040")
Tipos de alambre: alambre sólido (con gas), tubular (sin gas)
Soldadura con alambre tubular sin gas (Flux cored):
Cambiar la polaridad interna de la máquina a DCEN negativo
y Arco piloto de reinicio
Maquinas de soldadura
FICHA TÉCNICA
Maquina de soldar MIG/MAG PROMIG 180 220 Spool Gun
Carbone Professional Welding
DESCRIPCIÓN
Apto para soldar todo tipo de aceros al carbón, inoxidable y aluminio. Incluye una
Spool gun el cual le permitirá soldar fácilmente con rollos de (102mm) 4" difíciles
de soldar como el aluminio, evitando que se trabe en la máquina. Portátil y ligero
ideal para mantenimiento y fabricación en campo. Controles sencillos para ajuste
rápido, incluso un principiante puede ajustarla rápidamente. Antorcha de conexión
europea para rápida instalación y desinstalación en campo. Módulos inverter IGBT
de siemens que le darán fiabilidad durante años de uso con esta máquina. Puede
soldar en MIG hasta espesores de 3/8" en un solo pase, 5/8" en multipase y mínimo
calibre 24.
CÓDIGO
Accesorios Incluidos
B011
Rodillo especial dentado para alambre tubular (sin gas):
Incluido en los accesorios (0.6-0.8) mm
Velocidad máx. salida del alambre (ajustable) : 12 metros x min
Inductancia MIG: Fija predefinida
Pre y Post flujo del gas: Fija predefinida
Rango de ajuste en MMA (electrodo): 15~160A
Ciclo de trabajo en MMA: 35% @ 160 amp
Power factor: λ=0.8
Eficiencia: ≥0.85
Protección de la carcasa: Clase F
Peso: 12.5 kilos
Tipo de protección: IP21S
Dimensiones: 450x210x320 mm
Garantia: 1 año
Procedencia: Importado
1
Detalle panel
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Related Manuals for CARBONE PROMIG180
Summary of Contents for CARBONE PROMIG180
- Page 1 24. CÓDIGO Accesorios Incluidos Detalle panel B011 Marca: Carbone Professional Welding Rodillo especial dentado para alambre tubular (sin gas): Tipo Soldadura: Incluido en los accesorios (0.6-0.8) mm IGBT INVERTER MIG/MAG (GMAW) – MMA (SMAW) Velocidad máx. salida del alambre (ajustable) : 12 metros x min...
- Page 2 PROMIG180 DC MIG/MAG/MMA WELDING MACHINE (Suitable for 1x220V) Operators’s Manual Safety, Setup and General Use Guide EMPRESAS CARBONE S.A. REV.2 0 00142-16 Calle 5ta. Rio Abajo, Panamá, Panamá Issue Date: May. 19, 2016 Telefonos: (507) 3916309 / 3916313 Manual No.: 0-1532...
- Page 3 Dear Customer, Thank you for selecting the our machine. We appreciate you as a customer and hope that you will enjoy years of use from your welder. Please go directly to the our website to register your unit and receive your warranty information. Your unit registration is important should any information such as product updates or re-calls be issued.
- Page 4 Please record your equipment identification below for future reference. This information can be found on data plate at rear of machine. Product ProMig180 ： Serial No. ___________________________________ Date of Purchase _____________________________ Where Purchased _____________________________...
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Page 5: Safety Precautions
SAFETY PRECAUTIONS We are dedicated to providing you with the best possible equipment and service to meet the demanding jobs that you have. We want to go beyond delivering a satisfactory product to you. That is the reason we offer technical support to assist you with your needs should an occasion occur. With proper use and care your product should deliver years of trouble free service. - Page 6 SAFETY PRECAUTIONS These safety precautions are for protection of safety and health. Failure to follow these guidelines may result in serious injury or death. Be careful to read and follow all cautions and warnings. Protect yourself and others. Welding and cutting processes produce high levels of ultraviolet (UV) radiation that can cause severe skin burn and damage.
- Page 7 SAFETY PRECAUTIONS WARNING! Persons with pacemakers should not weld, cut or be in the welding area until they consult with their physician. Some pacemakers are sensitive to EMF radiation and could severely malfunction while welding or while being in the vicinity of someone welding. Serious injury or death may occur! Welding and plasma cutting processes generate electro-magnetic fields and radiation.
- Page 8 SAFETY PRECAUTIONS WARNING! Electrical shock can kill. Make sure all electrical equipment is properly grounded. Do not use frayed, cut or otherwise damaged cables and leads. Do not stand, lean or rest on ground clamp. Do not stand in water or damp areas while weld-ing or cutting. Keep work surface dry.
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Page 9: Table Of Contents
TABLE OF CONTENTS Page SAFETY PRECAUTIONS..........Installation.............Section A Technical Specifications..........A-1 Output Amps %duty cycle ..........A-2 Select Suitable Location..........A-3 Stacking ..............A-3 TRANSPORT - UNLOADING ..........A-3 Tilting...............A-3 Environmental Area ............A-3 Machine Grounding and High Frequency Interference Protection ..A-4 Input Connections ...........A-4 Reconnect Procedure............A-5 220/230/240V Input.............A-5... -
Page 10: Installation
INSTALLATION TECHNICAL SPECIFICATIONS max. rated Output Amps @% Duty Cycle (Based on a 10 minute cycle) (Example; 160A@35% for Stick and 180A@35% for MIG) Model ProMig180 Power Supply Voltage 1XAC220V,50/60Hz Fuse rating No-load Voltage 30-180A（@MIG） Welding Cur. Adjusting Range 15-160A(@MMA) Voltage adjusting Range 14±3V~23.5±3V... - Page 11 INSTALLATION Chart gives max. rated Output Amps @% Duty Cycle (Based on a 10 minute cycle) (Example; 160A@35% Stick and 180A@35% for MIG) Using standard input cable for protected input supply 100% STICK(MMA) OUTPUT AMPS Wiring and protection based on the IEC60974.1 National Electric Code: Use a Super Lag type fuse or circuit breaker with a delay in tripping action.
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Page 12: Select Suitable Location
INSTALLATION SAFETY PRECAUTIONS Read entire installation section before starting installation. Neither let the equipment or the single unit fall, nor put it down with force. Once it has been removed from the packing, the ELECTRIC SHOCK can kill. power source can be used to move it in the ·Only qualified personnel should hand or on the shoulder. -
Page 13: Machine Grounding And High Frequency Interference Protection
INSTALLATION MACHINE GROUNDING AND HIGH following methods: FREQUENCY INTERFERENCE a) A metal underground water pipe in direct contact PROTECTION with the earth for ten feet or more. This welder must be grounded! See your local and b) A 3/4" (19mm) galvanized pipe or a 5/8" national electrical codes for proper grounding (16mm)solid galvanized iron, steel or copper rod methods. -
Page 14: Reconnect Procedure
INSTALLATION These circuit breakers have a delay in tripping Using fuses or circuit breakers smaller than action that decreases as the magnitude of the recommended may result in "nuisance" shut-off current increases. from welder inrush currents even if not welding at 220/230/240V INPUT high currents. -
Page 15: Work Cable Connection
INSTALLATION ENGINE DRIVEN GENERATOR The Inverter machine can be operated on engine SHIELDING GAS CONNECTION driven generators as long as the 220/230/240 volt Obtain the necessary inert shielding gas (usually auxiliary meets the following conditions: argon). Connect the cylinder of gas with the . -
Page 16: Operation
OPERATION Read and understand this entire section before operating the machine. SAFETY PRECAUTIONS ELECTRIC SHOCK can kill. · Do not touch electrically live parts or electrode with skin or wet clothing. · Insulate yourself from work and ground. · Always wear dry insulating gloves. Read and follow "Electric Shock Warnings"... -
Page 17: Product Description
. NOTE: For flux core use, special drive rolls with a convenient use in almost any standard 220V outlet. serrated design may be purchased from our company. ProMig180’s IGBT inverter design is rated for 35% duty cycle PROCESS LIMITATIONS at 180 amps. It is designed to consume less power, provide... -
Page 18: Controls And Settings
OPERATION CONTROLS AND SETTINGS FIGURE B.1 CONTROL PANEL FRONT PANEL 1 MIG Voltage regulator 2 MIG Current regulator 3 MMA Current regulator 4 Power indicating If the indicating light is on the control circuit connects the power already. 5 MIG over heat indicating 6 MMA over heat indicating or output shorted or over current 7 Switch for MIG or MMA 8 MIG torth CONNECTOR... - Page 19 OPERATION Front Panel: gun without having to use tools. Use only hand 1 MIG Voltage regulator pres‐sure to tighten the connector. Do not T he voltage selector increases and decreases the over‐tighten the plastic retainer collar. Both the voltage incrementally through‐out the range. MIG gun and optional spool gun connect to this Increasing the voltage helps im‐prove wet in and point. Both the spool gun and MIG gun cannot be puddle fluidity. Too little volt‐age results in a ropey, con‐nected at the same time. narrow weld with poor fusion. Too much voltage 9. Work Clamp Connector. This is where results in an erratic, violent arc and undercutting. the work clamp connects to the welder. This is a 2 MIG Current regulator DINSE 25 style connector. The work clamp cable The wire speed se‐lector controls amperage can be lengthened by removing the rubber cover. throughout the range by varying the speed of the Firmly grip the cover and slide it back. Under the wire. The relation‐ship between wire feed speed con‐nector is a set screw that retains the cable. If ...
- Page 20 OPERATION 16 Ground Bolt( grounding column) ) The welding power . The unit is equipped with an additional source comprises a frequency converter followed by grounding point for applications requiring a an transformer and rectifier that transforms input bonded ground. Under most conditions, the use of voltage into direct current. the ground is not required. Consult a local licensed * (EN 60974-1/EN 50199) Standards applied. ) Direct current. electrician for installation and use of this * (x) Utilisation factor expressed as a percentage of connection. ...
- Page 21 OPERATION TO THREAD WIRE INTO FEEDER: 1. Loosen top idler tensioner, rotating counter-clockwise 2. Flip tensioner down, releasing top drive roll. 3. Raise top drive idler roller. 4. Inspect the drive roll to make sure that the groove size matches the wire diameter. Reversal of the lower roller may be necessary.
- Page 22 OPERATION SIDE VIEW ...
- Page 23 OPERATION Side Panel Description and Explanation: the drive roller will not slip. Do not over‐tension the wire because it can create a condition known as birds 1. Wire Spool Carrier Assembly. Make nesting, where the wire will tangle up around the feeder note of the correct assembly order if disassembled. and will not slip if the wire burns back into tip, sticks fast The order in which they are assembled is in the weld puddle or other resistance is met. This will im‐portant to be able to provide enough continue wrap the wire around the drive mechanism or re‐sistance to prevent de‐spooling of the wire. jam wire inside the gun liner until the trigger is released. When inserting the spool , make sure the small tab Consid‐erable effort is usually needed to clear out a on the inside of the spool holder is located in one bird’s nest condition. Too little tension will result in wire of the recesses made into the spool, if any. Tighten slippage and cause rapid wear on the drive components. the hex head screw under the hand nut after Do a feed test before beginning a weld. Occasional cleaning of the feeder mechanism is necessary to installing the wire spool so that the wire will not prevent wear and damage to the feeder and to the MIG continue to keep rolling more than a 1/4 turn after gun liner. Regularly monitor any metal flaking and dirt wire has stopped feeding. Do not over tighten so build up that may occur. Clean it away gently with that the drive roller slips or the feeder strains to compressed air. Do not use harsh cleaners or solvents. pull the wire due to excessive resistance. The Felt wire lubricators may be bought and used to keep tensioner assem‐bly can accommodate 8” spools feeding cleanly while using steel or stainless wire. You of wire (10‐12 lbs.) However, a simple center may purchase additional drive roll sizes from Our adapter may be easily fabricated from PVC pipe to company, including flux core. Each groove will drive at ...
- Page 24 OPERATION...
- Page 25 B-10 OPERATION B-10 GENERAL NOTES: 1. While welding aluminum with the out‐put. This a rating given by the manufacturer of Spool gun or MIG gun you must use 100% argon. the generator if the total harmonic distor‐tion is You cannot use a mix as you would with steel or 10% or less (usually 5% or less). A generator that stainless. does not produce clean power can cause erratic 2. While welding aluminum with the operation and damage to the welder’s electronics. Spool gun or MIG gun you must use the next size Ideally a generator capable of generating 3500 up tip or a special oversize tip for the wire because watts or more should be used. the heat will cause the aluminum wire to swell and 7. Replace the contact tip when the it will either drag or seize in the tip. orifice is noticeably enlarged or becomes egg 3. While welding aluminum with the MIG shaped. A worn out contact tip can cause issues process, best results are achieved by using a with arc stability. Always make sure you are using dedi‐cated stainless steel brush to remove the the correct size tip for the application. oxide layer and acetone or aluminum cleaner before welding. Even though aluminum may appear shiny and clean, it still has an oxide layer, and a thin layer of oil left over from the manufacturing process. Some soot will ap‐pear in most MIG welds but if a lot is noticed, you have ...
- Page 26 B-11 OPERATION B-11...
- Page 27 B-12 OPERATION B-12 General operation and setup. 1) Wire Tension. Always check wire tension before use. Use no more wire tension than is necessary. (See page 15 for adjustment.) 2) Work Clamp. MIG welders require good work clamp (ground) contact. Routinely inspect work clamp and cable and make sure they are in good condition and that the cables are held tight in the connectors and are free of corrosion. Always grind a small clean spot where the work clamp is to be attached. Always connect the work clamp directly to the metal being welded if possible. Hard starting or “machine gunning” at the start of the weld may be a result of a poor ground. 3) MIG gun use and maintenance. Before use make sure that collar on the Euro quick connect has been fully tightened by hand. Do not use tools. Grip the gun firmly when starting the arc to prevent push‐off and spattering/popping at the start of the weld. Trim the wire to 1/2” or less and hold the gun just as close to the metal to start the weld. Use nozzle dip or a anti spatter spray to help keep the MIG gun nozzle from becoming plugged with slag. Reg‐ularly check and clean the nozzle. Nozzle dip and anti spatter can be bought at almost any welding supply store. It is an economical way to prevent harmful accumulation of slag in and on the nozzle and can be used in the weld area to prevent spatter from sticking to the work‐piece. Do not apply too much to the nozzle or directly to the weld area or porosity may occur. Only apply when the protective qualities begin to dissipate. Nozzle dip and anti spatter also provide some lubricity to the contact tip and increases the lifespan and ease of feeding. Make sure to change contact tip size when changing the wire size. Using too large of a contact tip can cause erratic arc behavior. Using too small of a contact tip can cause jamming. When welding with aluminum, use a special alumi‐num contact tip or at least one size larger regular contact tip to accommodate the wire as it expands due to the heat. Over time, the gun liner may be‐come gradually fouled with dirt, metal filings from the coating and other possible contaminants. To prevent this, regularly remove the wire from the cable, and blow dry compressed air down the gun neck with the contact tip removed. If necessary remove the liner and replace it if becomes worn and irregular or difficult feeding or gas flow is ob‐served. NOTE: (Binzel/Trafimet 15 series) When removing the shielding gas nozzle, twist the nozzle like a screw to install or remove as it grips the noz‐zle tightly. There is a special retaining spring un‐der the nozzle that acts as a thread. This feature allows you to position the nozzle in order to vary the depth of the contact tip for different welding applications. 4) Shielding gas selection and use. For MIG opera‐tion, selection of the proper shielding gas is im‐portant. Remember, each shielding gas mixture and filler metal thickness will require a different setting of voltage and amps. A 75/25 (75% Ar‐gon/25%CO2) mixture is recommended for general purpose steel welding. This yields the best results in most circumstances. To reduce spatter further, other blends of Ar/CO2 with higher percentages of Argon (a true inert gas) may be used. The puddle may be difficult to ...
- Page 28 B-13 OPERATION B-13 5) Regulator and shielding gas flow adjustment. NOTE: Regulators may be supplied in LPM or CFH. Please note which has been provided before starting to weld for future reference. The regula‐tor should always be mounted nearly vertical if not with a slight upturn (for safety) so that the ball may float free. Always stand to the opposite side of the regulator and slowly open the regulator with the front and top of the regulator facing away from you. Gas flow requirements vary in MIG greatly and a lot depends upon the environment. More gas will be required in open/drafty areas. To avoid wasting shielding gas, perform some preliminary test welds. To adjust, decrease gas flow until the weld begins to bubble and exhibit porosity. Gradu‐ally increase the gas flow until the bubbles disap‐pears completely. Crack the adjustment on the regulator an small additional amount to ensure full gas coverage. This process will reduce waste and help ensure you are not introducing oxygen into the weld. As the pressure drops within the cylin‐der readjustment may be necessary. 6) MIG polarity. When using solid MIG wire, the polarity should always be electrode positive. This means the torch should always be connected to the positive (+) terminal when welding with solid wire. To check this, open the cover, and inspect the heavy power cable that runs from the front end of the wire feeder to the bolted terminals on the center divider wall that are marked either with a positive (+) sign or a negative (‐) sign. The cable should be screwed down to the terminal marked with the (+) sign for solid wire. For flux core, most (but not all) manufacturers of flux core wire specify the use of negative (‐) polarity. Consult the manu‐facturer’s recommendations regarding flux core or dual shield wire polarity before installation. If neg‐ative polarity is required, swap the feeder cable to the negative terminal. Always make sure the ter‐minal screw is fully tightened. Do not over tighten the terminal or it may strip out the terminal threads. If, after switching between solid and flux core wire, an erratic arc is noticed, double check the polarity. This is a commonly overlooked part of the changeover procedure. 7) Volt and Amp adjustment. The welder features infinite adjustment of voltage and wire feed speed within each range. Wire speed adjustment is di‐rectly related to amp output and the terms are generally used interchangeably. As wire speed in‐creases so does amperage and vice versa. In many welding charts and calculators, you may find actual amperage settings rather than a wire speed setting. Amperage output also depends upon the diameter of the wire as well. Both volts and amps are cali‐brated in numbers ranging from 1‐10 with infinite adjustment possibility between each number. These are relative numbers and are used only as a reference when repeating the same or similar set‐ up. If helpful for setting up the unit, the numbers 1‐10 can be thought of as representing 10%‐100% of full output for either voltage or wire speed. For each wire diameter, most users will find 3 to 5 settings that will fit their welding style and applica‐tions but often the ability to fine tune these settings for specific applications will be needed. At first, some experimentation will be necessary. The fol‐lowing method of setting up wires peed and voltage is commonly used by professionals in the industry to setup ...
- Page 29 B-14 OPERATION B-14 used, burn through can occur, especially on thin gauge material. If welding thin materials such as used in exhaust systems or body work, make sure the wire speed is adjusted to reduce penetration before attempting a voltage change. General figures for both wire speed and amps can be easily determined. To determine wire speed, simply press the trigger (without welding) and hold it for 15 seconds. Measure the length of the wire that is run from the torch in 15 seconds and multiply by 4. This figure is your wire speed in inches per minute (IPM). To roughly determine amps, which are sometimes used by manufacturers for recommend‐ed settings, use the following formulas for the fol‐lowing wire thicknesses: .023”: IPM/3.5 = Amps .030”: IPM/2 = Amps .035”: IPM/1.6 = Amps The actual constant given in this formula represents “inches per amp”. This formula is only a guide and is only accurate in lower ranges as the function is not tru‐ly linear. But it usually will be within the overall range specified by the manufacturer. For each manufacturer, the filler wire diameter amp range may differ some‐what, though a general range can be established. Spool Gun. T he spool gun is an optional, but use‐ful tool to have for welding small and medium projects aluminum projects that are 3/32” and over in thickness. The spool gun connects directly in place of the regular MIG gun. The Spool gun picks up the gas and power at the Euro connection with a separate control connection for the trigger on the spool gun. Once the spool gun panel switch is flipped, the trigger will control on and off operation of the gun. Wire speed and voltage are still controlled at the panel however. NOTE: Some guns our company sells may have a separate control mounted on the spool gun handle for wire speed, but is inoperative and is not used with this unit. When welding aluminum, the unit should be welded in the spray arc mode. Typically spool guns are good for welding 3/32” and thicker aluminum. Spray arc mode is a mode where the voltage is increased to near maxi‐mum voltage for this unit, and wire speed is adjusted so that the wire melts in a steady stream of consistently sized droplets before ...
- Page 30 B-15 OPERATION B-15 BASIC MIG OPERATION particular strength and weakness. Either one done with too much gun angle will result in undesirable Starting the Arc and Welding. results. Most open‐minded people who are well Starting the arc is a relatively simple process. versed in MIG quickly develop a sense of when to Before beginning, the wire should initially be push and when to pull the gun. Even for novices, a trimmed to between 1/4 to 3/8”. Once the wire is sense of when to push and pull the gun comes trimmed, the gun should be firmly grasped to quickly with a little practice. Pushing can result in prevent a phenome‐non often referred to as shallower penetration but the molten puddle is “machine gunning”. A light grasp, especially at easier to see and the arc sits easily on the leading start, can cause the arc to stutter as the wire edge. It will usually leave a aesthetically pleasing pushes back on the gun, lengthening the wire bead. However, be careful to prevent the gun rom stick‐out and creating an irregular start and a leaning toward or away from the direction of porous weld. The end of the wire should be travel too much as spatter will increase and positioned just barely above the metal when the shielding gas flow may become turbulent, creating trigger is pulled for the cleanest start. This will porosity in the weld. Pulling will result in deeper position the end of the con‐tact tip about 1/2” penetration, but can result in a narrow bead above the weld. The gun should be in the vertical ...
- Page 31 B-16 OPERATION B-16 BASIC MIG OPERATION Triangles and many more weave patterns can be the welder has the power, then a single heavy pass used depending upon the application. Weaves are will do to weld up in a single pass. This is a primary employed for a number of reasons. Weaves are way to introduce cold lap and incomplete fusion to often considered to have a more pleasing the weld. Single pass welds should not exceed 1/4” appearance and can help bridge gaps where fit up even with the heaviest wire the welder is capable is a problem. A weave is also frequently used to of handling. A thick pass may also begin to cool manage heat build up. For example: when welding before contaminates and gas pockets have the vertically weaves are almost always used to time to float out to the surface. It’s far better to prevent the molten metal from sagging due to the make multiple smaller passes to complete a plate force of gravity. The major drawback of weaving is weld for a higher quality result. For best results, that it introduces a greater possibility of getting this requires that most joints 1/4” and over be in‐clusions and other forms of contamination in prepared with a grinder to accept multiple weld the weld. Properly done weaving is a valuable tool, passes. The weldment edg‐es should be ground to but it must be practiced before employing it in any form a V, U or J shaped groove to create a recess struc‐tural or critical application. where the welds can be welded one on top of Metal Cleaning. another. For welding with .035” wire and under, ...
- Page 32 B-17 OPERATION B-17 BASIC MIG OPERATION ...
- Page 33 B-18 OPERATION B-18 BASIC MIG OPERATION...
- Page 34 B-19 OPERATION B-19 BASIC MIG OPERATION...
- Page 35 B-20 OPERATION B-20 WELDING IN STICK MODE 4 Place the electrode in the electrode holder. 1 Put the electrode holder and cable quick connect plug into the electrode output receptacle. Turn In Stick Mode the output terminal and electrode clockwise until tight. Connect the work clamp to the will be electrically hot whenever the power work piece.
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Page 36: Maintenance
MAINTENANCE SAFETY PRECAUTIONS ELECTRIC SHOCK can kill. ● Only qualified personnel FAN MOTOR OR FAN BLADE REPLACEMENT should per-form this When installing a new fan blade or fan motor be maintenance. sure to maintain proper shaft spacing. ● Turn the input power OFF at the disconnect switch or fuse box before working on this equipment. -
Page 37: Troubleshooting
TROUBLESHOOTING HOW TO USE TROUBLESHOOTING GUIDE Service and Repair should only be performed by our Factory Trained Personnel. Unauthorized repairs performed on this equipment may result in danger to the technician and machine operator and will invalidate your factory warranty. For your safety and to avoid Electrical Shock, please observe all safety notes and precautions detailed throughout this manual. - Page 38 TROUBLESHOOTING Observe all Safety Guidelines detailed throughout this manual ...
- Page 39 DIAGRAMS NOTE: This diagram is for reference only. It may not be accurate for all machines covered by this manual. If the diagram is illegible, write to the Service Department for a replacement. Give the equipment code number.
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Page 40: Accessories
ACCESSORIES Appendix FACTORY INSTALLED OPTIONS PACKING LIST ★ ★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★ ProMig 180 Welding machine cable+Ground pliers MIG welding torch connector+cable+holder flow meter Spool welding torch(QLBT 6m) Gas hose Operation instructions Certificate of quality ━━━━━━━━━━━━━━━━━━━━━━━ Certificate of quality Name of product: MIG/MAG/MMA Semi-auto ARC Welding Machine Type of product: ProMig 180 Packing Test results of this welder fulfils_____________... - Page 41 Do not touch electrically live parts or Keep flammable materials away. Wear eye, ear and body protection. WARNING electrode with skin or wet clothing. Insulate yourself from work and ground. Spanish No toque las partes o los electrodos Mantenga el material combustible Protéjase los ojos, los oídos y el AVISO DE bajo carga con la piel o ropa moja-...
- Page 42 Keep your head out of fumes. Turn power off before servicing. Do not operate with panel open or Use ventilation or exhaust to guards off. WARNING remove fumes from breathing zone. Spanish Los humos fuera de la zona de res- Desconectar el cable de ali- No operar con panel abierto o AVISO DE...
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