Migomag 260PS User manual

1
OPERATING MANUAL FOR
MIGOMAG
SEPARATE WIRE FEEDER
WELDING MACHINES
260PS
(ITEM # AAM260PS)
350PS
(ITEM # AAM350PS)
400PS
(ITEM # AAM400PS)

2
INDEX
FRONT COVER..........................................................1
INDEX..........................................................................2
INTRODUCTION.........................................................3
ASSEMBLY INSTRUCTIONS.....................................3
SETTING UP FOR OPERATION............................ 3-4
MACHINE CONTROLS...............................................4
SHEILDING GAS ........................................................5
WORK ENVIRONMENT..............................................5
OPERATION...............................................................5
SETTING UP GUN FOR WELDING ALUMINIUM......6
WELDING HINTS........................................................7
WELDING FAULTS.....................................................8
SAFETY................................................................... 8-9
SHEILDING GAS TABLE..........................................10
MACHINE BREAKDOWN................................... 11-13
WARRANTY..............................................................14
CONTACT DETAILS.................................................15

3
INTRODUCTION
A few minutes spent reading about your new MIGOMAG
MIG WELDING MACHINE will enable you to operate your
machine efficiently and benefit from its many features.
ASSSEMBLY INSTRUCTIONS
1. Fit the heavy-duty rubber tyred castor wheels and rear
wheels to the chassis of the welder. Ensure the small
lip of the cylinder tray faces the rear to enable easy
lifting of the gas cylinder.
2. Connect the wire feed unit to the power source by
fitting the gas hose, control cable and power cable to
terminals as shown (FIG. 3).
NOTE: See welding hints for running solid or
gasless wire
3. Install the cable liner to the welding gun cable. As
follows:
4. Lay the torch and liner out straight.
5. Check that the liner has no kinks in it.
6. Remove the liner positioning nut at the machine end
of the torch.
7. Remove nozzle, tip and nozzle holder if applicable.
8. Gently feed the liner down through the bicox cable
from the machine end of the torch, taking special care
not to kink it in the process. Once the liner reaches
the back of the swan neck it may be necessary to
gently twist it through.
9. With the liner now fully home, replace the liner
positioning nut. DON’T OVER TENSION. At the front
end of the torch there will ow be approximately 300mm
of liner protruding from the swan neck.
10.Gently stretch the liner a further 4mm and cut at the
tip of the neck with a sharp pair of cutters. The liner
will now spring back into the swan neck by 4mm.
11. Refit tip holder, tip and nozzle.
SETTING UP FOR OPERATION
1. Fit Torch To Machine
Carefully align gas connection tube and trigger
connection pins with central adaptor. Push in and tighten
the lock nut. Open the wire feed pressure arm (FIG. 1)
above the feed roll. Fit the feed roll to suit the diameter of
wire to be used.
2. Feed Roll Changing (if required)
Remove the feed roll retaining knob. Pull off feed roll.
When replacing the feed roll, note the wire size which is
stamped on the face of the roll. Th required size must
face inwards when the roll is re-fitted. Ensure that the
Woodruff Key is not lost. Fit the feed roll and refit the
retaining knob using thumb and forefinger.
DON’T OVER TIGHTEN.
3. Fit The Reel Of Welding Wire
Remove the red hand nut from hub.
Place the reel of wire on hub so that the wire will be drawn
offfrom the bottom. Ensure that the pin on the hub locates
in the hole in the side of the reel. Replace red hand nut.
4. Overrun Adjustment
Tighten or unscrew the hub tension nut in the centre of
the wire reel hub until sufficient hub friction is achieved
to prevent overrun. This adjustment should be done with
a full spool of wire at maximum wire feed speed.
DON’T OVER TIGHTEN.
FIGURE 1.
5. Feed Roll Adjustment
Release the wire end from reel and cut off the bent wire
end, taking care that the wire does not unwind.
Remove the nozzle and contact tip from the welding
gun.
Straighten about 20cm of the wire and make sure that
the end is as blunt as possible (file off if necessary). A
sharp end could damage the cable liner and the contact
tip of the welding torch.
Ensure the wire is placed correctly on to the feed rolls.
6. Feed Roll Alignment
TOO LOW TOO HIGH CORRECT
FIGURE 2.
To adjust, release the three screws holding motor drive
assembly and lower or raise to achieve correct
alignment (FIG. 2).
Thread some wire through the feed rolls into the guide
tube and liner of the welding cable.
Close the wire feed pressure arm.
The pressure adjustment of the feed rolls must be set
so that the wire is fed evenly into the liner and light
restriction of the wire can be made without the feed rolls
slipping.
NOTE: Excessive pressure will cause flattening of
the wire, loosening of the wire coating and undue
wear of the rolls.
Switch on machine and set the wire feed speed dial on
a low setting.
Keep the cable of the welding torch straight and press
the switch on the torch until the wire end comes out of
the gooseneck. Replace the contact tip and nozzle.
7. Earth Connection
The earth connection from the welder should always be
made directly on to the piece to be welded. The contact
between the earth and the job should be as large and
as flat as possible and all rust and paint on the work
piece should be removed.
Connect the earth cable to the earth connection socket
(5). The MIGOMAG 260, 350 & 400 have two
connection sockets: (5.i) is for very light welding
applications and (5.ii) is for heavy welding applications.

4
8. Gas Flowmeter/Regulator
To fit the flowmeter/regulator to the gas cylinder, first
open the cylinder valve slightly to remove any dirt from
the valve socket and close valve.
Fit the regulator to the valve socket and hand tighten nut
with a suitable size spanner.
Back off the pressure regulator adjusting knob by turning
anti clockwise.
Fit hose tail and nut to the gas hose and hold captive with
the hose clamp, found in wire feed compartment of the
machine adjacent to the wire feed rolls.
Connect the gas hose to the regulator, open the cylinder
valve and adjust gas flow rate
PLUG MUST BE FITTED BY A QUALIFIED
ELECTRICIAN.
MACHINE CONTROLS
1. ON/OFF Switch
With this switch in the ON position, power is applied to
the fan and control circuits.
WARNING: THIS SWITCH DOES NOT ISOLATE
THE UNIT FROM THE MAINS ELECTRICAL SUPPLY.
2. t1 –‘ON’ TIME CONTROL for SPOT welding and
STITCH ‘ON’ time.
3. t2 –‘OFF TIME CONTROL for STITCH “OFF” time.
4. WIRE FEED SPEED (Current Control).
5. NEGATIVE CONNECTION
i. Induction Socket –Low
ii. Induction Socket –Med/High
iii. Induction Socket - High
6. VOLTAGE SELECTOR SWITCH Fine.
7. CENTRAL ADAPTOR
8. VOLTAGE SELECTOR SWITCH Course
9. POSITIVE CONNECTION
10.CABLE CONTROL SOCKET
11.GAS HOSE CONNECTION NIPPLE
Welding Voltage Adjustment
MIGOMAG 260PF3
The welding voltage is regulated by a 2-position switch
for course control and an 8-position switch for fine
control, a total of 16. Position (8) and (6) on the front
panel.
MIGOMAG 350PF3
The welding voltage is regulated by a 3-position switch
for course control and an 8-position switch for fine
control, a total of 24. Position (8) and (6) on the front
panel.
MIGOMAG 400PF3
The welding voltage is regulated by a 6-position switch
for course control and a 6-position switch for fine control,
a total of 36. Position (8) and (6) on the front panel.
Warning: If the welding voltage is set too high, the
weld can burn through light guage sheet metal. In
this case the voltage should be reduced. If set too
low, the weld will have little penetratin and will just
“sit on” the plate.
Wire Feed Speed
The wire feed speed is regulated from 0-18m/min by
the poteniometer dial (4) above the voltage switch.
It is most important to select the wire feed speed in
relation to the voltage setting. The correct wire feed
speed/voltage setting is recogmised by:
1. A continuous regular ‘crackling’ sound when
welding, the characteristics of dip transfer or short-
arc welding method normally used by small medium
sized MIG/MAG welders.
2. A correct shape weld bead not too high, or low, with
correct fusion along the edge of the weld without
undercut in the heat-affected zone.
Welding Mode Switch/Timer
Controls ‘t1’and ‘t2’are fitted to all models except
M400. Both ‘t1’ and ‘t2’ controls are used to control the
welder ON/OFF times during stitch welding and ‘t1’ is
used alone to control spot welding time (ON).
For normal continuous (trigger controlled) welding,
ensure both ‘t1’ and ‘t2’ controls are turned fully
anticlockwise to the OFF positions.
Protection Device
Protection against the effects of overheating is
provided by thermal protection devices mounted on the
transformer assembly.
In the event of overheating, power to the unit is
interupted.
The protection device automatically resets once the
unit cools.

5
SHEILDING GAS
The gas provides a shield over the weld pool to prevent
contamination from the surrounding air. The shielding
gas also contributes to arc stability, weld strength and
appearance, so care should be taken to ensure that the
correct gas type/mixture is selected for the metal being
welded. (Refer table page 10)
The gas flow rate, adjusted by the regulator, increases
with variations in welding gun diameter and should be 15
litres per minute for the MB24 welding gun to 25 litresper
minute for the MB36 welding gun with cylindrical nozzle.
Excessive gas flow rates should be avoided as they are
wasteful and, in some instances, can cause weld
porosity.
WORK ENVIRONMENT
The machine should be used indoors away from strong
draughts which may cause gas dissipation.
If the machine is to be covered, the natural cooling air
circulation must not be interrupted.
Before commencing welding, clear area of flammable
materials.
OPERATION
1. Continuous Welding
Ensure that both timer switches ‘t1’ and ‘t2’ are in the
“OFF” position.
Set the voltage and wire feed controls to positions
suitable for welding the thickness of the material being
welded.
Welding current varies in direct relationship to wire feed
speed. For low welding current output, the wire feed
speed control should be set at the low end of the wire
feed speed scale.
Turning the wire feed speed control knob clockwise will
result in increased wire feed speed and welding current.
Welding voltage is adjusted to match the wire feed speed
(welding current).
For welding in the low current range, set both voltage
switches to position number (1). (number 1 on both
voltage switches for MIGOMAG 260, 350, 400)
These MIGOMAG machines have two voltage selection
switches, a course control (8) and fine voltage selection
(6).
Progressively select higher voltage positions with
increases in wire feed speed.
Low wire feed speed settings for a given voltage will
cause a large ball to form on the end of the welding wire
and cause excessive spatter.
High wire feed speed settings for a given voltage will
cause wire stubbing.
Position the torch over the seam to be welded with the
nozzle approximately 70° to the work surface.
The nozzle to work distance should be approximately
10mm.
WARN BYSTANDERS TO SHIELD THEIR EYES.
Lower your helmet and press the welding gun trigger
switch to initiate an arc.
As the weld is deposited, push the torch from right to left
direction, slowly along the seam at a constant speed.
Using the wire feed speed control, adjust for a “crisp”
sounding arc.
2. Spot Welding
MIG spot welding is made from one side of the sheets
placed upon another so that the high welding current
penetrates through the upper sheet (max. 1.5mm) and
a part of the lower sheet.
A circular spot is produced each time the torch trigger
is pressed. The spot weld time ‘t1’ can be varied.
Select ‘spot’ welding by turning switch ‘t1’ only.
Fit spot weld nozzle to the torch.
Set voltage and wire feed speed controls to near
maximum settings and carry out test welds on scrap
materials as follows:
Position the legs of spot-welding nozzle over weld
position and depress torch trigger switch. `At the
termination of the weld, check for weld penetration
(small dimple showing on underside of weld), and
adjust spot weld time for best results.
When welding sheets of unequal thickness, the thinner
sheet must be on top. Thicker sheets can be welded
together by drilling a hole in the top sheet and directing
the wire into hole –this is known as ‘plug welding’.
Spot welding requires ONLY LIGHT PRESSURE; the
sheets are pressed against each other with the legs of
the welding nozzle.
3. Stitch Welding
The wire feed output is switched on and off repeatedly.
This produces a lower heat input which is particularly
advantageous when welding thin or poor-quality
materials as well as bridging gaps.
Select ‘stitch’ welding by turning ’t1’ and ‘t2’ controls to
the halfway setting. Vary time to obtain the best results.
They do not have to be equal.
‘t1’ controls the welding or working cycle.
‘t2’ controls the pause cycle between welding.
Note: The trigger on the gun must be kept
depressed during both cycles.
Welding occurs during the working (ON) cycle; During
the pause cycle, the wire feed STOPS, and the arc will
extinguish. During the pause cycle the molten pool will
cool down. The arc will ignite again automatically at the
beginning of the following working cycle when the filler
wire makes contact with the molten pool. The welding
current is automatically switched on and off and the
shielding gas supply will remain on during the pause
cycle.
Note: Spot welding and stitch welding of
aluminium is not possible.

6
SETTING UP GUN FOR ALUMINIUM WELDING
1. The Welding Gun
Remove the liner positioning nut from the adaptor block
at the wire feed end of the gun cable. Remove the gas
nozzle, contact tip holder, gas diffuser/contact tip from
the welding torch and remove existing liner if fitted.
Carefully push the teflon liner through the gun cable until
the end of the liner protrudes from the swan neck and
withdraw the liner back into the swan neck.
Adjust the contact tip holder, gas diffuser/contact tip and
gently push the liner to seat it into the back of the contact
tip holder/contact tip. Replace the gas nozzle.
At the adaptor block end of the gun cable, slide the brass
nipple and ‘O’ ring over the liner until they are located in
the recess in the adaptor block and replace the liner
retaining nut.
DO NOT CUT THE TEFLON LINER YET!!!!
FIGURE 4.
2. The Welding Machine
With a pair of long nosed pliers, remove the steel inlet
guide tube from the central adaptor on the front face of
the welding machine.
With the teflon liner still protruding from the adaptor
block, feed the liner through the inlet of the central
adaptor until the adaptor block is butted against the
central adaptor. Fasten into position with adaptor block
lock nut.
Cut the liner in the shape of a “V”, using a sharp knife so
that it butts up to the feed rollers as pictured. (FIG 4.)
Remove the welding gun from the machine and cut the
brass support tube so that it is 3mm shorter than the
protruding teflon liner.
Slide the brass support tube over the liner and enter the
teflon liner with brass support tube fitted into the inlet in
the central adaptor. Feed through until the adaptor block
is butted against the central adaptor and tighten the lock
nut.
Reduce the wire hub tension by backing off the nut in the
centre of the hub until the nut is positioned at the end of
the stud.
After confirming the wire feed roll is correct size for the
aluminium wire being used, and that the wire is fed
through the gun cable, back off the wire feed roll
pressure screw until the feed roll no longer feeds the wire
and re-tighten approximately 2 turns. Too much
pressure will deform the soft aluminium wire and cause
the wire to jamb in the contact tip.
Note: To help prevent deformation a ‘U’ groove
feed roller is a better alternative than a ‘V’ groove
feed roller.
3. Contact Tip
Aluminium welding requires a contact tip with greater
clearance than that used for steel. Special clearance
contact tips are available for welding aluminium and are
designed with an A suffix. E.g. 0.9A, 1.2A.
PARTS LIST
PART NUMBER DESCRIPTION
1260005 Teflon Liner 1.0mm
1260021 Teflon Liner 1.2mm
1290461 Brass Support Tube for Teflon Liner
1310001 Nipple for Teflon Liner
86003066 Drive Roll 0.9/1.0-1.2mm Al
1410004 Contact Tip 0.9mm Aluminium
1410006 Contact Tip 1.0mm Aluminium
1410010 Contact Tip 1.2mm Aluminium
86007001 Brass Neck Liner
WELDING HINTS
Welding with Solid Wires (Steel, Aluminium &
Stainless Steel)
The flexible welding cable extending from the wire feed
unit should be plugged into the Positive socket and the
earth lead plugged into one of the Negative sockets.
Gasless Wire Welding (Flux Cored)
For gasless welding wire requiring reverse polarity, the
flexible welding cable extending from the wire feed unit
should be plugged into the Negative socket and the
earth lead into the Positive socket.
Gasless welding wire requires lower wire feed speeds
and voltage when compared to solid wires.
To ensure a positive wire feed, knurled feed rolls
appropriate to the wire size being used should be fitted
in place of smooth feed rolls.
Aluminium Welding
Select a voltage setting approx. halfway through the
low range on your machine e.g.: 1+6 of 12 or 2+4 of24.
Set the wire feed speed to approx. 10 and the gas flow
meter to approx. 20-25 litres per minute when welding.
Remove oxide coating from weldments with a
stainless-steel wire brush. Initiate arc and lift the torch
nozzle away from the weld pool until the nozzle/weld
distance is 12-15 times the diameter of the wire e.g.:
11-14mm for 0.9mm wire.
Direction of travel should be from right to left by pushing
the gun.
ALWAYS TEST SETTINGS ON A SCRAP PIECE OF
MATERIAL FIRST.
Stainless Steel Welding
Always use a clearance size liner e.g.: 1.2mm liner for
0.9mm wire. Wire and voltage feed settings will be
similar to those used for welding mild steel; however,
the different gas will increase the arc temperature.
Set the gas flow meter to approx. 20 litres per minute.
Ensure when welding that the torch nozzle is lifted
away from the weld pool until the nozzle/we’d pool
distance is 12-15 times the diameter of the wire. A
clearance size contact tip may be necessary in some
situations of high torch heat e.g.: 0.9Amm tip for 0.9mm
wire or 1.2Amm tip for 1.2mm wire.

7
WELDING FAULTS
FAULT
POSSIBLE CAUSE & REMEDY
Weld deposit 'stringy' and incomplete
1. Torch moved over work piece too quickly
2. Gas mixture incorrect
Weld deposit too thick
1. Torch moved over work piece too slowly
2. Welding voltage too low
Arc unstable, excessive spatter and weld porosity
1. Torch held too far from the workpiece
2. Rust, grease or paint on workpiece
3. Insufficient shielding gas: check gas contents gauge,
regulator setting and operation of gas valve
Wire repeatedly burns back
1. Torch held too close to the workpiece
2. Intermittent break in the welding circuit caused by:
i Contact tip loose - tighten
ii Contact tip damaged –replace
iii Welding wire or liner corroded –replace wire or liner
3. Wire feed slipping cause by:
iRestriction in liner (such as kinks) or contact tip –
check and replace if necessary
ii Worn feed rolls –replace
iii Guide tube or pressure roll alignments incorrect
Burning holes in the workpiece
1. Torch moved too quickly or erratically
2. Welding volts too high
3. Wire feed speed too high
Lack of penetration
1. Torch moved too fast
2. Welding volts too low
3. Wire feed speed too low
SPOT WELDING FAULTS
FAULT
POSSIBLE CAUSE & REMEDY
Insufficient penetration
1. Spot weld time too short
2. Gap between metals to be joined too wide
3. Switch position too low
4. Welding settings too low
Holes burnt through workpiece
1. Spot weld time too long
2. Gap between metals to be joined too wide
3. Weld is too close to the edge of the material
4. Welding settings too high
Wire sticks to contact tip or workpiece at end of the
weld
1. Burn off time incorrect –expert assistance required
since burn back must be accurately timed
Wire burns back
1. Poor gas coverage
2. Burn back time incorrect

8

9
Open cylinder valve and check the
cylinder pressure (Must be greater than
10bar (150lb/in2))
Close cylinder valve
Fit gas hose to regulator and open
cylinder valve. Set flow to 15 lt/min.
Larger torch may need 20 lt/min.

10
SHEILDING GAS TABLE MIG WELDING
Metal
Gas
Remarks
Mild Steel
Aluminium
Stainless Steel
Copper, Nickel & Alloys
Argon + CO2
Argon + CO2 + Oxygen
Argon
Argo Helium
Argon + CO2 + Oxygen
Argon + Oxygen
Argon
Argon Helium
Argon controls spatter
Oxygen improves arc stability
Stable arc –sound welds
Higher heat input suitable for heavy
sections
Arc stability
Minimum spatter
Suitable for light gauges
Higher heat input
Suitable for heavy sections

11
MIGOMAG 260 MACHINE BREAKDOWN & PARTS DESCRIPTION
FIG
PART NO.
DESCRIPTION
FIG
PART NO.
DESCRIPTION
2
86001017
Left Hand Side Panel
31
86003011
Hub Complete
3
86001070
Opening Side Panel
32
86003012
Hub Only
4
86001069
Right Hand Side Panel Lower
33
86003010
Hub Nut
5
86001041
Rear Wheel Assy
34
86006050
Friction Brake Washer
6
86001038
Rubber Wheel Dia. 160mm
35
86003003
Drive Motor
7
86001048
Front Whhel Assy
36
Wire Feed Unit
8
86001051
Rubber Wheel Dia. 100mm
86003004
Drive Bracket Assy
9
86001082
Handle Support Bracket
37
86006001
Gas Soleniod Valve 230V
10
86001083
Handle Pipe
38
86002052P
Fuse 1AMP 20 x 5 (10pkt)
11
86004033
Transformer Main
39
86002050P
Fuse 1AMP 30 x 6 (10pkt)
12
86001031
Thermoswitch 110C for Main Transformer
40
86002070
Fuse Holder 30 x 6
13
86004005
Choke
42
P5110014
Dinse Socket 35
14
86004014
Transformer Auxilary
43
5010616
Housing For Central Adapter
16
86005001
Diode IR
43-47
86003001
Central Adapter Head
16
86005000
Diode 2003
45
86003041
Guide Tube 1.0 x 1.2mm
17
86005012
Heatsink M20 x 1.5
48
P5110015
Dinse Plug 35
18
86005012A
Heatsink M20 x 1.5 + M4
49
FW35
Rubber Cable 35mm2
19
86005013
Heatsink Holder
50
MEC500
Earth Clamp
20
86001031A
Thermoswitch 80C
52
86001005
Switch ON/OFF
21
86001024
Capacitor Unit Complete
53
86001046
Knob for Voltage Switch
22
86001020
Capacitor
54
86001013
Switch 2 Position
23
86001032
Bleed Off Resistor
55
86001014
Switch 8 Position
25
86001016
Main Contactor
57
86001043
Spot Pot 470KA
26
86002010
PCB
58
86001044
Wire Feed Pot 10KA
27
86002007
PCB Holder
59
86001047
Burnback Pot 4K7A
29
86001030
Fan
60
86001045
Complete Knob for Pot/meter
30
86001029
Fan Guard

12
MIGOMAG 350 MACHINE BREAKDOWN & PARTS DESCRIPTION
FIG
PART NO.
DESCRIPTION
FIG
PART NO.
DESCRIPTION
2
86001059A
Left Side Panel
23
86002007
PCB Holder
3
86001060A
Right Side Panel
26
86001027
Fan
4
86001042
Rear Castor Assy
27
86001029
Fan Guard
5
86001038
Rubber Wheel Dia. 160mm
28
86002056P
Fuse 3.15AMP 30 x 6 (10pkt)
6
86001049
Front Whhel Assy
29
86002052P
Fuse 1AMP 20 x 5 (10pkt)
7
86001051
Rubber Wheel Dia. 100mm
30
86002062P
Fuse 6.3AMP 30 x 6 (10pkt)
8
86001082
Handle Support Bracket
31
86002070
Fuse Holder
9
86001084
Handle Pipe
33
P5110014
Dinse Socket 35
10
86004044
Transformer Main
34
86001097
Gas Socket
11
86001031
Thermoswitch 110C for Main Transformer
35
86001098
Nut 3/8”
12
86004008
Choke
36
P5110015
Dinse Plug 35
13
86004015A
Transformer Auxilary
37
MEC500
Earth Clamp
15
86005001
Diode
40
86001005
Switch ON/OFF
15
86005000
Diode 2003
41
86001046
Knob for Voltage Switch
16
86005012
Heatsink M20 x 1.5
42
86001011
Switch 3 Position
17
86005012A
Heatsink M20 x 1.5 + M4
43
86001004
Switch 8 Position
18
86005013A
Heatsink Holder
44
86003080
Amphenol Adaptor Head (10p)
19
86001031A
Thermoswitch 80C
45
86003081
Body for Amphenol Adaptor
22
86001019
Main Contactor

13
MIGOMAG 400 MACHINE BREAKDOWN & PARTS DESCRIPTION
FIG
PART NO.
DESCRIPTION
FIG
PART NO.
DESCRIPTION
2
86001076
Left Hand Side Panel
30
86003012
Hub Only
3
86001075
Opening Side Panel
31
86003010
Hub Nut
4
86001074
Right Hand Side Panel Lower
32
86006050
Friction Brake Washer
5
86001042
Rear Wheel Assy
33
86003003
Drive Motor
6
86001038
Rubber Wheel Dia. 160mm
34
Wire Feed Unit
7
86001049
Front Whhel Assy
86003004
Drive Bracket Assy
8
86001051
Rubber Wheel Dia. 100mm
35
86006002
Gas Soleniod Valve
9
86001082
Handle Support Bracket
36
86002062P
Fuse 6.3AMP 30 x 6 (10pkt)
10
86001084
Handle Pipe
37
86002054P
Fuse 2.5AMP 30 x 6 (10pkt)
11
86004030
Transformer Main
38
86002052P
Fuse Holder 1AMP 20 x 5 (10pkt)
12
86001031
Thermoswitch 110C for Main Transformer
39
86002070
Fuse Holder
13
86004007
Choke
41
P5110014
Dinse Socket 35
14
86004013
Transformer Auxilary
42
5010616
Housing For Central Adapter
16
86005001
Diode IR
42-46
86003001
Central Adapter Head
16
86005000
Diode 2003
44
86003044
Guide Tube 2.0mm
17
86005012
Heatsink M20 x 1.5
47
P5110015
Dinse Plug 35
18
86005012A
Heatsink M20 x 1.5 + M4
48
FW35
Rubber Cable 35mm2
19
86005013A
Heatsink Holder
49
MEC500
Earth Clamp
20
86001031A
Thermoswitch 80C
51
86001005
Switch ON/OFF
23
86001019A
Main Contactor
52
86001046
Knob for Voltage Switch
24
86002010
PCB
53
86001006
Switch 6 Position
25
86002007
PCB Holder
55
86001043
Spot Pot 470KA
27
86001028
Fan
56
86001044
Wire Feed Pot 10KA
28
86001029A
Fan GuardB
57
86001047
Burnback Pot for 4K7A
29
86003011
Complete Hub
58
86001045
Complete Knob for Pot/Meter

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WARRANTY
MIGOMAG WELDING SUPPLIES warrants NEW Migomag MIG welding machines against defects in
material or manufacture, provided machines are used within the Migomag published specification limits.
Within the limits of the warranty defective part will be replaced by a new part, or, where possible, the
defective part will be repaired free of charge.
The warranty does not compensate for damage due to improper use, neglect or normal wear.
Travelling costs, freight or postage charges are not covered by the warranty.
Warranty repairs must be carried out at the premises of Migomag Welding Supplies or its authorised
Service Repatr Agent. Repairs by unauthorised persons will void this warranty.
The warranty period is effective from the date of purchase for the following periods:
•Main Transformers & Choke 3 years
•Auxiliary Transformer & Rectifier 3 years
•AU Other Components of the Welding Machine 1 year
Welding guns, gas flowmeters and accessories are NOT included in this warranty.
Contact: [e-mail]

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Lawvale Pty Ltd trading as:
MIGOMAG WELDING SUPPLIES
A.B.N. 50 007 120 603
THE LARGEST INDEPENDENT WELDING
EQUIPMENT SUPPLIER IN AUSTRALIA
668 Somerville Road Sunshine Victoria 3020
Phone: [phone] Fax: [phone]
63 Douro Street North Geelong Victoria 3215
Phone: [phone] Fax: [phone]
Email: [email protected].au
www.migomag.com.au