Weldcote MIG STRIKER 200 Manuale utente

WELDING FOR WELL-BEING

MIG

STRIKER

200

Quick Guide Manual









ALUMINIUM



SAFETY WARNING

On the process of welding or cutting, there will be possibility of injury, so please

take protection into consideration during operation. For more details please review

the Operator Safety Guide, which complies with the preventive requirements of the

manufacturer.

Electric shock - May lead to death!!

• Set the earth tting according to applying standard.

• Do not touch the bare electric parts and electrode with uncovered skin, wet gloves or clothes.

• Make sure you are insulated from the ground and the workshop.

• Make sure you are in safe position.

Gases and fumes - May be harmful to health!!

• Keep your head out of the gases and fumes.

• When arc welding, ventilators or air extractors should be used to avoid breathing gases.

Arc rays - Harmful to your eyes, burn your skin

• Wear suitable protective mask, light lter and protective garment to protect eyes and body.

• Prepare suitable protective mask or curtain to protect looker-on.

Fire

• Welding sparks may cause a re, make sure there are no ammable objects or chemicals nearby.

Noise - Excessive noises will be harmful to hearing

• Use haring protection or others means to protect ear.

• Warn looker-on that noise is harmful to hearing.

Having trouble? Connect with authorized professionals

• If trouble happens during installation and operation, please follow this manual instruction

to check up.

• If you fail to fully understand the manual, or fail to solve the problem with the instruction, you

should contact the suppliers or the service center for professional help.

WARNING!

Thermal Magnetic Auto Circuit Breaker protecting switch

should be used with the machine.



• Repair and maintenance to be performed by authorized personnel only.

• The welding machine is to be maintained in good operational conditions (dry and clean).

• The welding machine is not to be positioned in a closed space or next to a wall while welding

in order to avoid problems with venting.

• The welding machine is to be properly connected to the power grid.

• avoid pulling on the power cable when moving the welding machine.

• the welding handle and work cable are to be properly maintained.

• Electricity is dangerous and loose connections can lead to injury and poor welding.



The welding arc emits sparks, fumes and radiation

• Remove all ammable materials and items from your work area.

• Ensure proper ventilation at the work area.

• Do not weld tanks or pipes that contain or used to contain ammable liquid or gas (danger of

explosion or re) or were cleaned by chlorine-based detergents (danger of toxic fumes).



• Avoid coming in direct contact with the welding circuit. The open circuit voltage between the

electrode holder, the work cable and the work piece is dangerous.

• Do not weld when it is raining or in wet or damp places.

• Always use protective equipment DIN 9-10, including long sleeved pants and vest, gloves,

welding helmet of proper rating and hat. Avoid exposing the skin to the welding UV radiation.



The radiation emitted by the welding arc can cause damage to the eyes and burns to

the skin.



these stay hot for a relatively long time.

The welding fumes produced when welding are dangerous.

Every electrical shock is dangerous.

Avoid direct exposure of the skin from the welding arc at a range of 15 meters.

Take proper precautions to protect yourself and others from the potential dangers of

the welding arc.

2.0 GENERAL INFORMATION



1. Digital current display

2. Welding current adjustment

3. Digital voltage display / wire speed

4. Dial for adjusting voltage/down slope/arc force

5. POWER ON indication light - is on when the welding machine is connected to a live socket

and is on.

6. ALARM indication light - is on in case of under voltage, over current, or over heat, this pilot

lamp indicates when lit that the protection of the machine has been activated.

7. Inductance adjusting knob (STICK: adjust the arc force; TIG: adjust down slope time; MIG: ne

adjust welding voltage 10~25V).

8. Wire diameter selection - voltage and amperage automatically adjust according to the

diameter. For manual selection choose MAN. Voltage and Wire Speed still operate, but are

pre-set to the recommended values.

9. Welding material selection. MS - Mild Steel, Al - Aluminum, SS - Stainless Steel.

10. Manual/Automatic (2T/4T) operation mode selection

11. Welding mode selection (MIG/TIG/Stick)

12. MIG gun quick connector - the MIG welder’s positive polarity output.

13. Positive terminal quick connection (+)

14. Shield gas connector - Is connected to the gas input pipe of the torch

15. TIG gun quick connector

16. Negative terminal quick connection (-)

17. Shield gas input joint to the gas cylinder

18. ON/OFF switch

19. Input power cable connection

20. Burn Back adjustment - increase to prevent wire sticking to the workpiece.

21. Spool Gun / MIG Gun selector switch - select according to the gun used.

22. Polarity selector - jumper plate to be placed according to welding polarity needed (change

to "-" position, and earth cable connects to "+" on front panel when using self-shielding wire).

23. 11lb spool (8" outer diameter).

24. Drive Roll - groove diameter to be according to wire diameter used.

Single phase inverter with voltage reduction for direct current welding using coated electrodes,

MIG spools and TIG rods.



• PFC - correction and dumping circuits in the machine increase power eciency, reducing input

power requirements, and stabilizing welding current.

• MIG ALUMINUM - Welding with aluminum spools or spool gun with Synergic settings.

• HOT START - Easy ignition of the welding arc.

• ARC FORCE - Prevents sticking of the electrode to the workpiece.

• SPOOL GUN READY - Spool gun compatible (purchased separately).

• VRD - Reduce Voltage at no-load condition for safer work.

• SMART FAN - Power saving and reduction of dust as well as improved fan working life.

• DUAL VOLTAGE - Automatically identify the power grid voltage (120V or 230V) and operates

accordingly 120V to 230V adapter included.



MIG STRIKER 200PARAMETERS

STICKTIGMIG

1~120±10% 1

1~230±10%



28 1

30.2

25.5 1

20.3

32 1

26.1



3.4 1

6.7

2.9 1

4.5

3.9 1

5.7



10~110 1

10~200

10~140 1

10~200

10~140 1

10~200



--10~26



50% 110A 1

60% 95A 1

100% 85A 1

60% 140A 1

100% 115A 1

35% 140A 1

60% 115A 1

100% 100A 1





25% 200A

60% 140A

100% 100A

25% 200A

60% 140A

100% 100A

25% 200A

60% 140A

100% 100A





79 1

76 1

75 1



0.99

AF



MS: .023/030/035/045 Al: 035/045 Flux: Wire Diameter

F

39.2Net Weight

18.5”×8.8”×16.6”



(length×width×height)

21.6”×13.8”×11.4”



(length×width×height)

1





Before connecting to the power grid, verify the supply voltage is in range of the machine parameters.

• The power cable plug is to be connected to standard approved socket, with the proper protections.

• The ground line (green & yellow) is to be connected to the grounding pin.





The machine is designed to use 11lb spools (8" outer diameter)

The wire spools are not supplied with the machine and must be purchased separately.

Make sure the shielding gas and electrical power are disconnected.

• Use a CO2 or mixed gas Cylinder equipped with a pressure regulator. Connect the exible hose

between the regulator and the machine (17). Tighten the bands.

• Connect the ground cable quick connection between the machine (negative terminal (16)

when using solid wire) and the work piece.

• Mount the wire spool (B) over the shaft (C) and tight with the nut (F).

• Choose the proper feeder grooved wheel (1 or 2) according to the wire diameter used.

• Release the screw in the feeder mechanism and insert the wire through the tube. Close and

tighten the screw to have the feeder wheel hold the wire in place.

• Connect the MIG torch cable quick connector over the protruding wire. Feed the wire all

through to the torch, and screw a contact tip over it.





A. Select MIG mode with the process selection control (11).

B. In most cases the MIG polarity selector (22) is to be connected to the negative position (-),

as shown in the sketch. If in doubt, consult the wire manufacturer.

C. Fit the MIG Gun to the power source using the front panel connection socket (12).

D. Connect the work lead to the negative welding terminal (16). If in doubt, consult the wire

manufacturer. Welding current ows from the Power Source via heavy duty bayonet type

terminals. It is essential, however, that the male plug is inserted and turned securely to achieve

a sound electrical connection.

E. Fit the welding grade shielding gas regulator/owmeter to the shielding gas cylinder, then

connect the shielding gas hose from the rear of the power source (17) to the regulator/

owmeter outlet, using the supplied quick-connect adaptor.

F. Select manual or automatic operation (10).

G. Select workpiece material (9).

H. Select wire diameter of the spool installed (8)

I. Make sure the feed roll used corresponds to the same diameter (24)

J. Set the Welding Gun Switch located inside the wire drive compartment (21), to MIG GUN.





A. Select MIG mode with the process selection control (11).

B. In most cases the MIG polarity selector (22) is to be connected to the negative position (-),

as shown in the sketch. If in doubt, consult the wire manufacturer.

C. Fit the Spool Gun to the power source using the front panel connection socket (12).

D. Connect the work lead to the negative welding terminal (16). If in doubt, consult the wire

manufacturer. Welding current ows from the Power Source via heavy duty bayonet type

terminals. It is essential, however, that the male plug is inserted and turned securely to achieve

a sound electrical connection.

E. Fit the welding grade shielding gas regulator/owmeter to the shielding gas cylinder, then

connect the shielding gas hose from the rear of the power source (17) to the regulator/

owmeter outlet, using the supplied quick-connect adaptor.

F. Select manual or automatic operation (10).

G. Select workpiece material (9).

H. Select wire diameter of the spool installed in the SPOOL GUN(8)

I. Set the Welding Gun Switch located inside the wire drive compartment (21), to SPOOL GUN.



A. Follow the above steps according to the type of welding gun used (3.2.1 or 3.2.2), with the

following dierences is steps B and E:

B. In most cases the MIG polarity selector (22) is to be connected to the negative "-", and earth

cable connects to "+" on front panel. If in doubt, consult the wire manufacturer.

E. No shielding gas is needed.





The start current and crater current can be pre-set. This function can compensate the possible

crater that appears at the beginning and end of the welding.

Introduction:

0: Press and hold the gun switch, Electromagnetic gas valve is turned on.

The shielding gas starts to ow;

~ 0t1: Pre ow time, adjustment range of pre ow time :0.1~1.0S;

~ t1: Striking success, adjustment range of start current: 5~200A;

~ t2: Release the gun switch, the output current slopes up from start current;

t2~t3: Output current slopes up to the setting current value; adjustment range of up slope

time 0~10.0S ;

t3~t4: Welding process. During this period, the gun switch is released;

Note: the output current is DC current;

t4: Repress down the gun switch, the output current slopes down to crater current;

t4~t5: Down slope time, adjustment range of down slope time: 0~10.0S;

t5~t6: Crater current holds time; adjustment range of crater current: 5~200A;

t6: Release switch, stop arc, gas will post ow;

t6~t7: Post ow time, adjustment range of post ow time: 0.1~10.0S;

t7: Electromagnetic valve is closed and stop argon owing. Welding is nished.



TIG short welding (2T)

Introduction:

0: Press and hold the gun switch, Electromagnetic gas valve is turned on. The shielding gas starts

to ow;

~ 0t1: Pre ow time, adjustment range of pre ow time: 0.1~1.0S;

t1~t2: Striking success, the output current slopes up to the setting current from minimum

current (5A)

t2~t3: During the whole welding process, the gun switch is pressed and held without releasing;

t3: Release the gun switch, the output current slopes down;

t3~t4: The output current slopes down to minimum current (5A), stop arc; adjustment range of

down slope time: 0~5S;

t4~t5: Post ow time, adjustment range of post ow time: 0.1~10.0S;

t5: Electromagnetic valve is closed and stop argon owing. Welding is nished.

Short circuit protect function:

1. TIG /DC/LIFT: If the tungsten electrode touches the workpiece when welding, the current will

drop to 30A, which can reduce the tungsten spoilage and signicantly prolong the life of the

tungsten electrode and prevent tungsten clipping.

2. STICK operation: if the electrode touches workpiece over two seconds, the welding current

will drop to 0 automatically to protect the electrode.

Notices:

• Check the condition of welding and connection units rstly, otherwise there will be malfunction

such as ignition spark/gas leakage/out of control and so on.

• Check that whether there is enough Argon gas in the shield gas cylinder, you can test the

electromagnetic gas valve through the switch on the front panel.

• The ow rate is set according to the welding power used in the job. Turn the regulation

screw to adjust the gas ow which is shown on the gas hose pressure meter or the gas bottle

pressure meter.



A. Connect the Electrode Holder lead to the positive welding terminal (13).

If in doubt, consult the electrode manufacturer. Welding current ows from the Power Source

via heavy duty bayonet type terminals. It is essential, however, that the male plug is inserted

and turned securely to achieve a sound electrical connection.

B. Connect the work lead to the negative welding terminal (16). If in doubt, consult the electrode

manufacturer. Welding current ows from the power source via heavy duty bayonet type

terminals. It is essential, however, that the male plug is inserted and turned securely to achieve

a sound electrical connection.

C. Select STICK mode with the process selection control (11).

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