Parweld XTM 255i User manual

OPERATOR MANUAL
ISSUE 1
XTM 255i
XTM 256i
XTM 356i

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2
Welcome
Thank you and congratulations on choosing Parweld. This Owner’s Manual is designed to help
you get the most out of your Parweld products. Please take time to read the Safety precautions.
They will help you protect yourself against potential hazards in the workplace. With proper
maintenance this equipment should provide years of reliable service. All our systems conform to
ISO9001: 2015 and are independently audited by NQA.
The entire product range carries the CE and UKCA mark, and is constructed in accordance with
European and UK directives and the product speci c standards where they apply.
Further Information
Parweld is the UK’s leading manufacturer of MIG, TIG and Plasma torches and consumables.
For more information about Parweld’s complete range visit: www.parweld.co.uk
[e-mail] parweld_uk

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3
Contents
Welcome................................................................................... 2
Further Information..............................................................2
1.0 Safety Precautions ............................................................ 4
2.0 Product Description .......................................................... 5
3.0 Technical Specications ................................................... 5
4.0 Machine Overview ............................................................. 6
4.1 Description of Controls Front........................................... 7
4.1 Description of Controls Back........................................... 8
5.0 Installation.......................................................................... 9
5.1 Unpacking the Machine.................................................9
5.2 Location.........................................................................9
5.3 Input and Grounding Connection ................................. 9
5.4 MIG Welding Torch Setup..............................................9
5.4.1 Changing Drive Roll Sets...........................................9
5.4.2 Welding Wire Installation ...........................................9
5.4.3 Torch Installation ........................................................9
5.4.4 Work Return Lead Connection................................. 10
5.4.5 Shielding Gas Connection .......................................10
6.0 Operation.......................................................................... 10
6.1 MIG Welding................................................................ 10
6.1.1 Synergic MIG Welding ............................................. 10
6.1.2 Manual Welding ....................................................... 10
6.1.3 Flux Cored Wire .......................................................10
6.1.4 Feeding Wire Electrode............................................10
6.1.5 Optimising Weld Parameters (Manual Mode) ...........11
6.1.6 Optimising Weld Parameter Synergic Mode. ............11
6.1.7 Burn Back..................................................................11
6.2 MMA Welding ..............................................................11
6.2.1 Torch Installation .......................................................11
6.2.2 Work Return Lead Connection..................................11
6.2.3 Operation...................................................................11
6.3.1 TIG Welding Operation..............................................11
6.3.2 Trigger Control 2T /4T..............................................12
7.0 Fault Finding.................................................................... 12
8.0 Accessories...................................................................... 14
8.1 Torch Spares...............................................................14
8.2 Gas Equipment............................................................ 14
8.3 Flow Meters.................................................................14
9.0 Torch Schematic - XP8 200A........................................... 15
9.1 Torch Schematic - XP8 300A........................................... 16
10.0 EC Declaration of Conformity....................................... 17
10.1 RoHS Compliance Declaration.................................. 17
10.2 WEEE Statement ......................................................18
10.3 Statement of warranty...............................................18

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SAFETY
1.0 Safety Precautions
ELECTRIC SHOCK can kill.
Touching live electrical parts can cause fatal shocks or severe burns.
The electrode and work circuit is electrically live whenever the output
is on. The input power circuit and machine internal circuits are also
live when power is on.
Do not touch live electrical parts.
Wear dry, sound insulating gloves and body protection.
Insulate yourself from work and ground using dry insulating mats
or covers big enough to prevent any physical contact with the work
ground.
Additional safety precautions are required when any of the following
electrically hazardous conditions are present: in damp locations
or while wearing wet clothing; on metal structures such as oors,
gratings, or sca󰀨olds; when in cramped positions such as sitting,
kneeling, or lying; or when there is a high risk of unavoidable or
accidental contact with the work piece or ground.
Disconnect input power before installing or servicing this equipment.
Lockout/tagout input power according to Safety Standards.
Properly install and ground this equipment according to national and
local standards.
Always verify the supply ground - check and ensure that input power
cable ground wire is properly connected to ground terminal in the
receptacle outlet.
When making input connections, attach proper grounding conductor
rst - double-check connections.
Frequently inspect input power cable for damage or bare wiring -
replace cable immediately if damaged - bare wiring can kill.
Turn o󰀨 all equipment when not in use.
Do not use worn, damaged, under sized, or poorly spliced cables.
Do not drape cables over your body.
If earth grounding of the work piece is required, ground it directly
with a separate cable.
Do not touch electrode if you are in contact with the work, ground, or
another electrode from a di󰀨erent machine.
Use only well-maintained equipment. Repair or replace damaged
parts at once. Maintain unit according to manual.
Wear a safety harness if working above oor level.
Keep all panels and covers securely in place.
Clamp work cable with good metal-to-metal contact to work piece or
worktable as near the weld as practical.
Insulate work clamp when not connected to work piece to prevent
contact with any metal object.
Welding produces fumes and gases. Breathing these fumes and
gases can be hazardous to your health.
FUMES AND GASES can be hazardous.
Keep your head out of the fumes. Do not breathe the fumes.
Ventilate the area and use local forced ventilation at the arc to
remove welding fumes and gases or, wear an approved respirator.
Read and understand the Material Safety Data Sheets (MSDS’s) and
the manufacturer’s instructions for metals, consumable, coatings,
cleaners, and de-greasers.
Work in a conned space only if it is well ventilated, or while wearing
an air-supplied respirator. Always have a trained watch person
nearby. Welding fumes and gases can displace air and lower the
oxygen level causing injury or death. Be sure the breathing air is
safe.
Do not weld in locations near de-greasing, cleaning, or spraying
operations. The heat and rays of the arc can react with vapours to
form highly toxic and irritating gases.
Do not weld on coated metals, such as galvanized, lead, or cadmium
plated steel, unless the coating is removed from the weld area, the
area is well ventilated, and while wearing an air-supplied respirator.
The coatings and any metals containing these elements can give o󰀨
toxic fumes if welded.
ARC RAYS can burn eyes and skin.
Arc rays from the welding process produce intense, visible and
invisible (ultraviolet and infrared) rays that can burn eyes and skin.
Sparks y o󰀨 from the weld.
Wear an approved welding helmet tted with a proper shade of lter
lense to protect your face and eyes when welding or watching
Wear approved safety glasses with side shields under your helmet.
Use protective screens or barriers to protect others from ash, glare
and sparks; warn others not to watch the arc.
Wear protective clothing made from durable, ame resistant material
(leather, heavy cotton, or wool) and foot protection. Welding on
closed containers, such as tanks, drums, or pipes, can cause them
to blow up. Sparks can y o󰀨 from the welding arc. The ying sparks,
hot work piece, and hot equipment can cause res and burns.
Accidental contact of electrode to metal objects can cause sparks,
explosion, overheating, or re. Check and be sure the area is safe
before doing any welding.
WELDING can cause re or explosion.
Remove all ammables within 10m of the welding arc. If this is not
possible, tightly cover them with approved covers.
Do not weld where ying sparks can strike ammable material.
Protect yourself and others from ying sparks and hot metal.
Be alert that welding sparks and hot materials from welding can
easily go through small cracks and openings to adjacent areas.
Watch for re, and keep a re extinguisher nearby. Be aware that

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5
TECHNICAL
SPECS
welding on a ceiling, oor, bulkhead, or partition can cause re on
the hidden side.
Do not weld on closed containers such as tanks, drums, or pipes,
unless they are properly prepared according to local regulations
Connect work cable to the work as close to the welding area as
practical to prevent welding current from travelling along, possibly
unknown paths and causing electric shock, sparks, and re hazards.
Wear oil-free protective garments such as leather gloves, heavy
shirt, cu󰀪ess trousers, high shoes, and a cap. Remove any
combustibles, such as a butane lighter or matches, from your person
before doing any welding.
FLYING METAL can injure eyes.
Welding, chipping, wire brushing, and grinding cause sparks and
ying metal. As welds cool they can throw o󰀨 slag. Wear approved
safety glasses with side shields even under your welding helmet.
BUILDUP OF GAS can injure or kill.
Shut o󰀨 shielding gas supply when not in use. Always ventilate
conned spaces or use approved air-supplied respirator.
HOT PARTS can cause severe burns.
Do not touch hot parts with bare hands.
Allow cooling period before working on gun or torch.
To handle hot parts, use proper tools and/or wear heavy, insulated
welding gloves and clothing to prevent burns.
MAGNETIC FIELDS can a󰀨ect pacemakers.
Pacemaker wearers keep away.
Wearers should consult their doctor before going near arc welding,
gouging, or spot welding operations.
NOISE can damage hearing.
Noise from some processes or equipment can damage hearing.
Wear approved ear protection if noise level is high.
Shielding gas cylinders contain gas under high pressure.
CYLINDERS can explode if damaged.
Protect compressed gas cylinders from excessive heat, mechanical
shocks, physical damage, slag, open ames, sparks, and arcs.
Install cylinders in an upright position by securing to a stationary
support or cylinder rack to prevent falling or tipping. Keep cylinders
away from any welding or other electrical circuits. Never drape a
welding torch over a gas cylinder. Never allow a welding electrode to
touch any cylinder. Never weld on a pressurized cylinder - explosion
will result. Use only correct shielding gas cylinders, regulators,
hoses, and ttings designed for the specic application; maintain
them and associated parts in good condition.
Turn face away from valve outlet when opening cylinder valve.
Use the right equipment, correct procedures, and su󰀩cient number
of persons to lift and move cylinders.
Read and follow instructions on compressed gas cylinders,
associated equipment, and Compressed Gas Association (CGA)
recommendations.
2.0 Product Description
This welding machine is manufactured using advanced inverter
technology. The input voltage is rectied to DC and then inverted to
high frequency AC voltage before being converted back to DC for
the output .This allows the use of a much smaller transformer and so
allowing weight saving and improved power e󰀩ciency.
3.0 Technical
Specifications
Model XTM255i XTM256i XTM356i
Input Voltage (V) 110V 1P 230V 1P 400V 3P 400V 3P
Frequency 50/60Hz 50/60Hz 50/60Hz 50/60Hz
Input Current A
(MAX) 32.6 34.6 15.7 21.3
Input Current A
(E󰀨) 32.6 17.8 9.3 13.5
Fuse rating 32A 20A 20A 32A
Output OCV 45V 45V 45V 50V
Rated Power
(KW) 3.6 7.7 7.1 12.9
Recommended
Generator (KVA) 10 10 13 18
E󰀩ciency (%) 80 85 88 90
Power Factor 0.99 0.99 0.71 0.7
Insulation class FFFF
Duty Cycle XTM255i
(110V) XTM255i (230V) XTM256i XTM356i
25% - 250A - -
35% - - 250A -
40% - - - 350A
60% - 165A 190A 280A
100% 140A 130A 140A 220A

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MACHINE
OVERVIEW
4.0 Machine Overview
1. Power source
2. Trolley
3. Storage drawer
4. Optional water cooler replacing storage drawer
(XTM 356i model only)
2
1
3
4

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MACHINE
OVERVIEW
1. Voltage Display. Displays the welding voltage during welding.
2. Amperage Display. Displays the welding amperage or wire
speed during welding.
3. Amperage control for adjusting the Amperage (wire feed speed).
4. Voltage control This function controls the MIG welding voltage.
It can be adjusted in nitely within the working voltage range.
5. Wire Diameter/Manual MIG selector.
6. Material Type Selector (MIG).
7. Latching trigger selector. 2T denotes momentary trigger,
4T denotes latching trigger.
8. MIG torch euro connector, for connection of the MIG torch.
9. Positive Output Connection for MMA or TIG.
10. Power Indicator shows when the machine is turned on.
11. Inductance control, this hardens or softens the arc in MIG
welding.
12. Process Sector MIG, MMA or TIG.
13. Gas test and wire inching button.
14. Negative output connection used to connect the work return
cable. This is the 50mm Dinse connection socket.
15. Gas connection for TIG welding (TIG torch is optional extra).
16. Trigger connection for TIG welding (TIG torch is optional extra).
4.1 Description of Controls Front
1
2
3
4
5
6
7
8
9
15 16
14
13
12
11
10

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MACHINE
OVERVIEW
XTM 356i
18
19
20
23
22
21
XTM 255i
18
19
17
17. Gas connection for MIG and TIG Welding gas.
18. ON OFF Switch for switching on or o󰀨 the mains supply to the
machine.
19. Mains input cable.
20. Socket for optional water cooler (XTM 356i only).
21. MIG wire spool holder accepts 300mm (15kg) or 200mm (5kg)
spools.
22. Wire feed box.
23. Wire tension adjuster.
XTM 256i
18
19
17
17
4.1 Description of Controls Back

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INSTALLATION
5.0 Installation
Read entire installation section before starting installation.
SAFETY PRECAUTIONS
• ELECTRIC SHOCK can kill.
• Only qualied personnel should perform this installation.
• Only personnel that have read and understood the Operating
Manual should install and operate this equipment.
• Machine must be grounded per any national, local or other
applicable electrical regulations.
• The power switch is to be in the OFF position when installing
work cable and electrode cable and when connecting other
equipment.
5.1 Unpacking the Machine
Carefully remove the machine from the packaging, we recommend
you retain the packaging until the machine has been fully installed
and tested incase it has been damaged in transit and has to be
returned to the re-seller.
5.2 Location
Be sure to locate the welder according to the following guidelines:
In areas, free from moisture and dust.
Ambient temperature between 0-400C.
In areas, free from oil, steam and corrosive gases.
In areas, not subjected to abnormal vibration or shock.
In areas not exposed to direct sunlight or rain.
Place at a distance of 12” (300 mm) or more from walls or similar
that could restrict natural airflow for cooling.
5.3 Input and Grounding Connection
WARNING
Before starting the installation, check that your power supply
is adequate for the voltage, amperage, phase, and frequency
specied on the Machine nameplate.
Only operate from an AC power supply, the input voltage must match
that on the machine rating plate.
Have a qualied electrician connect the input plug. For long runs
over 30m, larger copper wires should be used. The green/yellow
wire in the input cable connects to the frame of the machine. This
ensures proper grounding of the machine when the machine plug is
inserted into the receptacle.
5.4 MIG Welding Torch Setup
The welder, as shipped from the factory, is connected for electrode
positive (+) polarity. This is the normal polarity for MIG welding with
gas.
5.4.1 Changing Drive Roll Sets
1. Turn o󰀨 the power source.
2. Release the pressure on the idle roll by pulling the pressure
adjuster towards the wire spool holder. The idle roll assembly
should now hinge down away from the pressure roll.
3. Unscrew the plastic knob retaining the grooved drive roll and
side o󰀨 the drive roller.
4. Ensure the wire size marked on the side of the feed roller
matches the wire size to be used.
5. Replace the drive in reverse of the above procedure ensuring
the wire size to be used is marked on the outward facing side of
the roller as it is retted.
NOTE: Be sure that the torch liner and contact tip are also sized
to match the selected wire size.
5.4.2 Welding Wire Installation
Open the Wire Drive Compartment Door
6. Unscrew the plastic retaining wheel from the end of the spool
holder shaft.
7. Position the wire spool so that it will rotate in a direction when
feeding so as to be de-reeled from the bottom of the coil.
8. Slide the wire spool all the way onto the shaft and ret the
plastic retaining nut.
Note:- there is a friction brake on the reel hub assembly to
prevent the wire spool over running when welding stops ensure
the this is slackened to the minimum setting. It can be adjusted
by means of the nut visible when the plastic nut is removed.
9. Turn the Spool until the free end of the electrode is accessible.
While securely holding the electrode, cut o󰀨 the bent end and
straighten the rst 100mm. (If the electrode is not properly
straightened, it may not feed properly through the wire drive
system Manually feed the wire from the wire reel and through
the wire guide and then over the top of the wire feed roller
(ensure the pressure arm is in its raised position.)
10. Continue to feed the wire through the outlet guide until 20mm of
wire is protruding from the front of the machine torch connector.
11. Reposition the adjustable pressure arm to its original position to
apply pressure. Adjust pressure as necessary.
Note the pressure arm should be adjusted in order to give
the minimum amount of pressure on the wire to allow reliable
feeding,
5.4.3 Torch Installation
Your Parweld MIG/MAG Welding Torch has been supplied ready to
weld. It has been supplied with the standard consumables denoted
in the product brochure.
To connect the torch to the power source:-
1. Remove the tip adaptor and contact tip
2. Inch the wire from the exit of the wire guide on the feed unit as
Figure 1 (page 10). Ensure that it does not short out on any
machine panels.
3. Carefully slide the electrode wire into the torch liner and
slowly locate the torch gun plug body into the feed unit central
connector and tighten the gun plug nut as Figure 2 (page 10).

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10
OPERATION
Note; To aid the initial location of a new torch and to prevent
damage to the gas nipple O-ring a very light application of
grease to the O Ring is benecial.
4. Keeping the torch as straight as possible, use the inching
button (13) to feed the electrode wire 50mm from the end of the
liner conduit.
5. Once the electrode wire has stopped, ret the tip adaptor,
di󰀨user, contact tip and gas nozzle.
6. Trim the electrode wire to within 5mm of the face of the nozzle,
this will facilitate jolt free arc initiation.
7. Release the wire feed tension arm and press the gas test
button (13) and check the gas ow is adequate for your
application. Ret the tension arm.
8. An inexpensive ow meter is available from Parweld reference
806001.
5.4.4 Work Return Lead Connection
Insert the work return lead connector into the Negative dinse
receptacle on the front panel of the machine and twist it clockwise
until tightly secured.
Connect the earth clamp to the work piece as close as possible to
the point to be welded and ensure that a good electrical connection
is created to bare metal.
5.4.5 Shielding Gas Connection
1. Using the gas hose supplied connect the hose to the gas inlet
connection on the rear of the machine using the connector
supplied.
2. Connect the opposite end of the gas hose to the output
connection of a gas regulator capable of supplying the correct
gas ow for the welding operation.
Note The gas cylinder should be secured to ensure it cannot fall.
6.0 Operation
WARNING
When using an open arc process, it is necessary to use correct
eye, head, and body protection.
6.1 MIG Welding
6.1.1 Synergic MIG Welding
Controls used
(7) 2T/4T sets the trigger to momentary or latching for longer welding
runs.
(5) Wire size selector toggle through the di󰀨erent wire sizes to match
the wire size installed in the machine
(6) Material type select the material type that matches your material.
(3) Adjust the wire speed control to the desired level this will
automatically adjust the welding voltage for you. If the power level
is to low then increase the wire speed if the power level is too high
the decrease the wire speed. There is a setting table inside the wire
feeder cover door to guide you on the recommended setting for a
given material thickness. (I)
Set the gas type using the rocket switch inside the wire spool cover.
Set the wire switch to solid wire.
If you wish to trim the voltage control to ne tune the parameters
you can increase or decrease the voltage independently using (4)
the voltage adjustment. You may also wish to adjust the inductance
which will alter the arc from soft to hard. (11)
6.1.2 Manual Welding
(5) Wire size selector toggle through the di󰀨erent wire sizes to the
SPL setting.
(4) Voltage adjustment knob, allows the adjustment of welding
voltage.
(3) Current adjustment knob which controls the wire feed speed.
(11) Inductance control which controls the smoothness of the arc.
Using primarily the Voltage and the Current (wire speed) knobs
adjust until you reach a stable arc condition.
6.1.3 Flux Cored Wire
It is possible to weld using ux cored wire without gas. In
order to do this you should adjust the machine setting as
follows inside the spool cover.
1. Set the wire type to ux cored.
2. Set the polarity link to (-) negative. (Fig 3) Connect the work
load to the (+) positive connection on the front of the machine.
Select the wire diameter on the front panel and adjust the wire
speed according to the material to be welded.
Note: Check that drive rolls, and torch parts are correct for the
wire size and type being used.
1. The optimum idle roll pressure varies with type of wire, wire
diameter, surface conditions, lubrication, and hardness. As a
general rule, hard wires may require greater pressure, and soft,
or aluminium wire, may require less pressure than the factory
setting. The optimum idle roll setting can be determined as
follows:
2. Press end of gun against a solid object that is electrically
isolated from the welder output and press the gun trigger for
several seconds.
3. If the wire “bird nests”, jams or breaks at the drive roll, the idle
roll pressure is too great. Back the adjustment knob out 1/2
turn, run new wire. If the only result was drive roll slippage,
loosen the Hand nut on the central connector and pull the gun
forward about 6” (15cm) away from the power source. There
should be a slight waviness in the exposed wire. If there is no
waviness, the pressure is too low. Tighten the adjustment knob
1/4 turn, reinstall the gun cable and repeat the above steps.
6.1.4 Feeding Wire Electrode
1. When triggering, the electrode and drive mechanism are
electrically “LIVE” relative to work and ground and remain
“LIVE” several seconds after the gun trigger is released.
WARNING
When using an open arc process, it is necessary to use correct
eye, head, and body protection.
Fig 1 Fig 2

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11
OPERATION
2. Position wire over joint. The end of the wire may be lightly
touching the work.
3. Lower welding helmet, operate gun trigger, and begin welding.
Hold the gun so the contact tip to work distance is about 3/8”
(10 mm).
4. To stop welding, release the gun trigger and then pull the gun
away from the work after the arc goes out.
5. When no more welding is to be done, close valve on gas
cylinder (if used), momentarily operate gun trigger to release
gas pressure and turn o󰀨 the machine.
6.1.5 Optimising Weld Parameters (Manual Mode)
NOTE These settings are guidelines only. Material and wire
type, joint design, t up, position, shielding gas, etc. a󰀨ect
settings. Produce test welds to be sure they comply to
specications.
Material thickness determines weld parameters.
1. Convert Material Thickness toAmperage (A) (0.25mm = 1 Amp)
3.2mm = 125 A
2. Select Wire Size
Amperage Range Wire Size
40 - 145 A 0.8 mm
50 - 180 A 1.0 mm
3. Select Wire Speed (Amperage)
Wire Size Feed speed
0.8 mm 0.05m/min per Amp
1.0 mm 0.04m/min per Amp
So based on 3.2 mm material thickness amperage should be 125A if
using 1.0mm wire then the wire feed speed should be
0.04 X 125= 5m/min
Wire speed (amperage) controls weld penetration
4.Select Voltage. Voltage controls height and width of weld bead.
Low Voltage: wire stubs into work
High Voltage: arc is unstable (spatter)
Set voltage midway between high/low voltages.
And then ne tune accordingly
6.1.6 Optimising Weld Parameter Synergic Mode.
In synergic mode you may wish to trim the voltage (4) to optimize
the welding process, you can rotate the voltage control left or right to
decrease or increase the preset welding voltage. You can also adjust
the inductance (11) to change the hardness of the arc.
6.1.7 Burn Back
The amount of wire stick out at the end of the torch after welding
can be adjusted by using the burn back control inside the spool
cover (Fig 3). Increasing burn back will reduce the amount of wire
projecting from the torch at the end of a weld.
6.2 MMA Welding
6.2.1 Torch Installation
MMA cable connections
Connect electrode lead to positive terminal
6.2.2 Work Return Lead Connection
MMA cable connections
Connect work lead to negative terminal
6.2.3 Operation
Select the operating mode on the front panel to MMA (12)
Using the optional electrode holder clamp a welding electrode in the
holder and adjust the welding amperage on the front panel so that
it is approximately 40A per mm diameter of electrode e.g. 3.2mm
electrode requires 3.2x 40A= 128A . Strike the arc by stroking the
electrode on the workpiece. And lift away when you wish to break
the arc.
6.3.1 TIG Welding Operation
To begin TIG welding operation:
NB: this machine only operates in DC Lift TIG mode and therefore
NOT suitable for TIG welding aluminium.
1. Unthread the MIG welding wire from the MIG Torch and remove
the spool or secure the wire to prevent unspooling.
2. Remove the MIG Welding Torch from the Euro Connection (8).
3. Attach the TIG Torch (Stock Code IV26-12S1BD18 to the Gas
(15) Negative power outlet (14) and trigger socket (16) .
4. Connect the Work Return Lead to the + Power Outlet (9).
5. Connect the Machine via the Gas Hose & Regulator to a
suitable gas source (for TIG operation this will be PureArgon
and may di󰀨er to what was being used for the MIG process)
6. Adjust the Polarity Bridge so that it is connected to the – pole
7. Use the function selection control (12) to select the TIG function
8. Adjust the Amperage control (3) to the desired power output (as
a guide only 1.0mm material thickness = 30amps of welding
Current)
9. Adjust the Down Slope control (4) 2-3 seconds should be
su󰀩cient
10. Adjust the 2T, 4T (7) control this operates the trigger action
11. You are now ready to begin. Lightly touch the Tungsten
Electrode to the work piece press the trigger switch and draw
the torch away extending the arc to around 3-5mm (The gas will
be automatically activated and stopped with the trigger action).
Figure 3

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12
FAULT
FINDING
MMA WELDING PROBLEM
Description Possible cause Remedy
Gas pockets or
voids in weld
metal (porosity)
(a) Electrodes are
damp
(b) Welding current
is too high.
(c) Surface
impurities such as
oil, grease, paint, etc
(a) Dry electrodes before
use
(b) Reduce welding
current
(c) Clean joint before
welding
MMA WELDING PROBLEM
Description Possible cause Remedy
Crack occurring
in weld metal
soon after so-
lidication.
(a) Rigidity of joint.
(b) Insu󰀩cient throat
thickness.
(c) Cooling rate is
too high.
(a) Redesign to relieve
weld joint of severe
stresses or use crack
resistance electrodes.
(b) Travel slightly slower
to allow greater build up
in throat.
(c) Preheat plate and
cool slowly.
A gap is left by
failure of the
weld metal to ll
the root of the
weld
(a) Welding current
is too low.
(b) Electrode too
large for joint.
(c) Insu󰀩cient gap
(d) Incorrect
sequence
(a) Increase welding
current
(b) Use smaller diameter
electrode.
(c) Allow wider gap
(d) Use correct build-up
sequence
Portions of the
weld run do
not fuse to the
surface of the
metal or edge
of the joint.
(a) Small electrodes
used on heavy cold
plate
(b) Welding current
is too low
(c) Wrong electrode
angle
(d) Travel speed of
electrode is too high
(e) Scale or dirt on
joint surface
(a) Use larger electrodes
and preheat the plate
(b) Increase welding
current
(c) Adjust angle so the
welding arc is directed
more into the base metal
(d) Reduce travel speed
of electrode
(e) Clean surface before
welding.
Non-metallic
particles are
trapped in the
weld metal
(slag inclusion).
(a) Non-metallic
particles may be
trapped in undercut
from previous run
(b) Joint preparation
too restricted
(c) Irregular deposits
allow slag to be
trapped.
(d) Lack of
penetration with slag
trapped beneath
weld bead.
(e) Rust or mill scale
is preventing full
fusion.
(f) Wrong electrode
for position in which
welding is done.
(a) If bad undercut is
present, clean slag out
and cover with a run
from a smaller diameter
electrode.
(b) Allow for adequate
penetration and room for
cleaning out the slag
(c) If very bad, chip or
grind out Irregularities
(d) Use smaller
electrode with su󰀩cient
current to give adequate
penetration. adequate
penetration. Use suitable
tools to remove all slag
from corners
(f) Use electrodes
designed for position in
which welding is done,
otherwise proper control
of slag is di󰀩cult.
7.0 Fault Finding
TIG WELDING GUIDE RANGES
Electrode diameter DC current (amps)
0.040” (1.0mm) 30 – 60
1/16” (1.6mm) 60 – 115
3/32” (2.4mm) 100 – 165
TUNGSTEN ELECTRODE TYPES
Electrode
type Welding application Colour
code
Thoriated
2%
DC welding of mild steel, stainless
steel and copper. Excellent arc
starting, long life, high current carrying
capacity.
RED
Ceriated
2%
DC welding of mild steel, stainless
steel, copper, aluminium, their alloys
longer life, more stable arc, easier
starting, wider current range, narrower
more concentrated arc
GREY
GUIDE FOR SELECTING FILLER WIRE DIAMETER
Filler wire
diameter DC current range
1/16” (1.6 mm) 20 - 90
3/32” (2.4 mm) 65 - 115
1/8” (3.2 mm) 100 - 165
3/16” (4.8 mm) 200-350
The ller wire diameter specied is a guide only, other diameter
wires may be used according to the welding application
.
SHIELDING GAS SELECTION
Alloy Shielding gas
Aluminium & alloys Pure Argon
Carbon steel Pure Argon
Stainless steel Pure Argon
Nickel alloy Pure Argon
Copper Pure Argon
Titanium Pure Argon
6.3.2 Trigger Control 2T /4T
In 2T mode keep the trigger switch depressed, the arc will stabilise
allowing the welding process to proceed. To nish welding release
the trigger, the arc will stop decreasing power over the Down Slope
time set earlier.
In 4T mode after the initial soft arc has been drawn out release the
trigger, the arc will increase power to the welding amperage set
earlier. This allows for continuous welding without the need to keep
the trigger depressed. To stop welding, depress the trigger which
activates the Down Slope function, releasing the trigger will stop the
operation.

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13
FAULT
FINDING
TIG WELDING PROBLEMS
Weld quality is dependent on the selection of the correct
consumables, maintenance of equipment and proper welding
technique.
Description Possible Cause Remedy
Excessive bead
build up or poor
penetration or
poor fusion at
edges of weld
Welding current is too
low Increase weld current and/or faulty
joint preparation
Weld bead too
wide and at
or undercut at
edges of weld
or excessive
burn through
Welding current is too
high Decrease weld current
Weld bead
too small or
insu󰀩cient
penetration or
ripples in bead
are widely
spaced apart
Travel speed too fast Reduce travel speed
Weld bead
too wide or
excessive
bead build up
or excessive
penetration in
butt joint
Travel speed too slow Increase travel
speed
Uneven leg
length in llet
joint
Wrong placement of
ller rod
Re-position ller rod
Electrode melts
when arc is
struck
Electrode is connected
to the ‘+’ terminal Connect the electrode to the ‘-‘
terminal
Dirty weld pool (a) Electrode
contaminated through
contact with work piece
or ller rod material
(b) Gas contaminated
with air
(a) Clean the elec-
trode by grinding o󰀨
the contaminates
(b) Check gas lines
for cuts and loose
tting or change gas
cylinder
Electrode melts
or oxidizes
when an arc is
struck
(a) No gas owing to
welding region
(b) Torch is clogged with
dust
(c) Gas hose is cut
(d) Gas passage
contains impurities
(e) Gas regulator is
turned o󰀨
(f) Torch valve is turned
o󰀨
(g) The electrode is too
small for the welding
current
(a) Check the gas
lines for kinks or
breaks and gas
cylinder contents
(b) Clean torch
(c) Replace gas
hose
(d) Disconnect gas
hose from torch
then raise gas
pressure to blow
out impurities.
(e) Turn on
(f) Turn on
(g) Increase
electrode diameter
or reduce the
welding current
Poor weld nish Inadequate shielding
gas Increase gas ow or check gas line for
gas ow problems
Description Possible Cause Remedy
Arc utters
during TIG
welding
(a) Tungsten electrode is
too large for the welding
current
(b) Absence of oxides in
the Weld pool.
(a) Select the right
size electrode. Refer
to basic TIG welding
guide.
(b) Refer basic TIG
welding guide for
ways to reduce arc
utter
Welding arc
cannot be
established
(a) Work clamp is not
connected to the work
piece or the work/torch
leads are not connected
to the machine
(b) Torch lead is discon-
nected
(c) Gas ow incorrectly
set, cylinder empty or
the torch valve is o󰀨
a) Connect the work
clamp to the work
piece or connect
the work/torch leads
to the right welding
terminals.
(b) Connect it to the
‘.’ terminal.
(c) Select the right
ow rate, change
cylinders or turn
torch valve on.
Arc start is not
smooth (a) Tungsten electrode is too large for the welding
current .
(b) The wrong electrode
is being used for the
welding job.
(c) Gas ow rate is too
high.
(d) Incorrect shielding
gas is being used.
(e) Poor work clamp
connection to work piece
(a) Select the right
size electrode
(b) Select the right
electrode type.
Refer to basic TIG
welding guide
(c) Select the correct
rate for the welding
job. Refer to basic
TIG welding guide
(d) Select the right
shielding gas. Refer
to basic TIG welding
guide
(e) Improve
connection to work
piece
POWER SOURCE PROBLEMS
Description Possible cause Remedy
The welding
arc cannot be
established
(a) The primary supply
voltage has not been
switched on
(b) The welding power
source switch is switched
o󰀨
(c) Loose connections
internally
(a) Switch on the
primary supply
voltage
(b) Switch on the
welding power
source.
(c) Have a
qualied service
engineer repair the
connection
Maximum
output welding
current cannot
be achieved
with nominal
mains supply
voltage
Defective control circuit Have a qualied
service engineer
inspect then repair
the welder
Welding
current
reduces when
welding
Poor work lead
connection to the work
piece
Ensure that the
work lead has a
reliable electrical
connection to the
work piece

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14
ACCESSORIES
POWER SOURCE PROBLEMS
Description Possible cause Remedy
A total loss of
power, pilot
lamp is o󰀨 ,
no output,
the fan is not
operating
(a) Failure of input
voltage
(b) Possible over voltage
(c) Internal fault with the
machine
(a) Re-establish
mains supply
(b) Check voltage
and if necessary
move machine to
alternative supply
(c) Have a quali ed
service engineer
inspect then repair
the welder
Fault lamp is
on, no power
output
(a) Machine overheated
(b) Over current state
(c) Internal fault with
machine
(a) Allow to cool
with fan running
(b) Switch o󰀨
mains power to the
machine and re start
(c) Have a quali ed
service engineer
inspect
then repair the
welder
ROUTINE MAINTENANCE
The only routine maintenance required for the power supply is a
thorough cleaning and inspection, with the frequency depending on
the usage and the operating environment.
Warning
Disconnect primary power at the source before removing the cover.
Wait at least two minutes before opening the cover to allow the
primary capacitors to discharge.
To clean the unit, remove the screws securing the outer cover,
lift o󰀨 the outer cover and use a vacuum cleaner to remove any
accumulated dirt and dust. The unit should also be wiped clean,
if necessary; with solvents that are recommended for cleaning
electrical apparatus.
8.0 Accessories
8.1 Torch Spares
Stock Code Description
CKE403 Electrode Holder with 3m Lead
CKC403 Earth Lead 3m with Clamp
IV26-12SIBD18 Direct fit Tig Torch
WP17AK Tig Spares Kit in Plastic Case
8.2 Gas Equipment
Everyday Gas Regulators –
300 BAR
Single Stage
Features
Flow rate up to 96m3/h (3389 ft3/h)
• Full 300 bar capability
• Outlet pressure indicated on the bonnet
• Bottom entry design suited for top outlet cylinder
valves
Fittings
• Fitted with standard 3/8” BSP outlet
• Fitted with 5/8” BSP inlet connections
Stock Code Description Maximum Outlet Pressure
E700140 Argon Preset Regulator 3.0 Bar
E700141 Argon Indicator Regulator 3.0 Bar
E700113 1 Gauge Argon 30 lpm flow
E700123 2 Gauge Argon 30 lpm flow
8.3 Flow Meters
Features
• Designed from brass bar whilst the tube and cover are
moulded from high quality polycarbonate to ensure high
impact resistance and clarity
• Calibrated to operate at an inlet pressure
of 30PSI
• Sensitive needle valve provides easy adjustment
and the downward facing outlet connection
eliminates hose kinking.
Fittings
• Fitted with standard 3/8" BSP inlet and outlet
connections
Stock Code Description
706100 Flow Meter Mixed Gas 15 lpm

A
B
1
2
34
4
5
6
7
8
9
10
11
12
13
15 14
16
17
19
C
D
6
20
21
2223
E
18
www.parweld.co.uk
15
ACCESSORIES
Air Cooled MIG Welding Torch
200A, 6kW, Mixed Gas (80/20) @ 80% Duty Cycle, EN60974-7 .023"-.045"/0.6mm to 1.2mm Wires
Stock Code Description
XP200A-30E Welding Torch Package c/w Euro Fitting x 3m
XP200A-40E Welding Torch Package c/w Euro Fitting x 4m
XP200A-50E Welding Torch Package c/w Euro Fitting x 5m
Model
Stock Code Description
A XP 20 02-10 Tapered Nozzle 3/8"/10mm
X P20 02-13 Tapered Nozzle 1/2"/13mm
X P20 02-16* Conical Nozzle 5/8"/16mm
XP2002-16L Conical Nozzle 5/8"/16mm Extended
X P20 02-19 Cylindrical Nozzle 3/4"/19mm
XP2002-19L Cylindrical Nozzle 3/4"/19mm Extended
BXP2002-07T Long Tapered Nozzle 3mm/1/8" 7mm/9/32"
XP 20 02-10T Long Tapered Nozzle 3mm/1/8" 10mm/3/8"
Nozzles
Stock Code Description
C XP2003-06 Contact Tip .023"/0.6mm M8 CuCrZr
XP2003-08 Contact Tip .030"/0.8mm M8 CuCrZr
XP2003-09 Contact Tip .035"/0.9mm M8 CuCrZr
X P20 03 -10* Contact Tip .040"/1.0mm M8 CuCrZr
XP2003-10A Contact Tip .040"/1.0mm M8 CuCrZr Al
X P20 03 -12 Contact Tip .045"/1.2mm M8 CuCrZr
XP 20 03-12 A Contact Tip .045"/1.2mm M8 CuCrZr Al
DXP2003-06T
Tapered Contact Tip 0.6mm/.023" CuCrZr
XP2003-08T
Tape red Contact Tip 0.8mm/.030" CuCrZr
XP2003-09T
Tape red Contact Tip 0.9mm/.035" CuCrZr
XP 20 03-10T
Tape red Contact Tip 1.0mm/.040" CuCrZr
XP 20 03-12 T
Tape red Contact Tip 1.2mm/.045" CuCrZr
Contact Tips
Stock Code Description
E XP2024-09-30 Steel Liner .023-.035"/0.6-0.9mm x 3m/10ft
XP2024-09-40 Steel Liner .023-.035"/0.6-0.9mm x 4m/13ft
XP2024-09-50 Steel Liner .023-.035"/0.6-0.9mm x 5m/16ft
X P2024-12-30* Steel Liner .040-.045"/1.0-1.2mm x 3m/10ft
X P2024-12-40* Steel Liner .040-.045"/1.0-1.2mm x 4m/13ft
X P2024-12-50* Steel Liner .040-.045"/1.0-1.2mm x 5m/16ft
NI XP2024PC-12-30 Poly-Copper Liner .030-.045"/0.8-1.2mm x 3m/10ft
XP2024PC-12-40 Poly-Copper Liner .030-.045"/0.8-1.2mm x 4m/13ft
XP2024PC-12-50 Poly-Copper Liner .030-.045"/0.8-1.2mm x 5m/16ft
XP2024PS-12-30 Poly-Steel Liner .030-.045"/0.8-1.2mm x 3m/10ft
XP2024PS-12-40 Poly-Steel Liner .030-.045"/0.8-1.2mm x 4m/13ft
XP2024PS-12-50 Poly-Steel Liner .030-.045"/0.8-1.2mm x 5m/16ft
Liners
Stock Code Description
1 XP2004B* Diffuser-Plastic-M8 Head
NI XP2004C Diffuser-Ceramic-M8 Head
2 XP2005* Head Assembly-M8 Tips
3XP2005T Head Assembly-M8 Tapered Tips
NI XP2006B Heat Shield-Moulded-M8 Head
4 XP2006A* Aluminium Heat Shield-M8 Head
5 XP2001 Swan Neck
6 XP2016 Lock Nut M12
7 XP2088 Cable Support
8 XP3009 Handle Lock Nut
9 XP2010-30 H y p e r fl e x ™Cable Assembly x 3m/10ft
XP2010-40 H y p e r fl e x ™Cable Assembly x 4m/13ft
XP2010-50 H y p e r fl e x ™Cable Assembly x 5m/16ft
10 XP2 011 Cable Terminal Female
11 XP2112 Handle Kit c/w Lock Nut and Support
12 XP2013 Hanger Hook
13 XP2014 Trigger Assembly
14 XP2015 Cable Terminal Male
15 XP2017 Cable Support
16 XP2018 Air Cooled Gun Plug Housing c/w Nut
17 XP2019 Gun Plug Screw
18 XP2020 Gun Plug Nut
19 Spring Pin 2 Spring Pin Assembly
20 XP2022 Gun Plug Body c/w Spring Pins
21 XP2023 Euro Body ‘O’ Ring
22 XP2025 Liner Nipple ‘O’ Rings
23 XP2026 Liner Retaining Nut
Components * Denotes Standard Build
9.0 Torch Schematic - XP8 200A

B
A
C
2
1F
4
35
7
66
8
9
10
11
12
13
14
15 16
18 17
19
20
22
E
D
9
23
24
25
26
G
21
www.parweld.co.uk
16
ACCESSORIES
Air Cooled MIG Welding Torch
300A, 8.7kW, Mixed Gas (80/20) @ 80% Duty Cycle, EN60974-7 .030"-.045"/0.8mm to 1.2mm Wires
Stock Code Description
XP300A-30E Welding Torch Package c/w Euro Fitting x 3m
XP300A-40E Welding Torch Package c/w Euro Fitting x 4m
XP300A-50E Welding Torch Package c/w Euro Fitting x 5m
Models
Stock Code Description
A XP 20 02-10 Tapered Nozzle 3/8"/10mm
X P20 02-13 Tapered Nozzle 1/2"/13mm
X P20 02-16* Conical Nozzle 5/8"/16mm
XP2002-16L Conical Nozzle 5/8"/16mm Extended
X P20 02-19 Cylindrical Nozzle 3/4"/19mm
XP2002-19L Cylindrical Nozzle 3/4"/19mm Extended
B XP 30 0 2-13 Tapered Nozzle 1/2"/13mm
X P30 02-16 Conical Nozzle 5/8"/16mm
XP3002-16L Conical Nozzle 5/8"/16mm Extended
X P30 02-19 Cylindrical Nozzle 3/4"/19mm
XP3002-19L Cylindrical Nozzle 3/4"/19mm Extended
CXP2002-07T Long Tapered Nozzle 3mm/1/8" 7mm/9/32"
XP 20 02-10T Long Tapered Nozzle 3mm/1/8" 10mm/3/8"
Nozzles
Stock Code Description
D XP2003-08 Contact Tip .030"/0.8mm M8 CuCrZr
XP2003-09 Contact Tip .035"/0.9mm M8 CuCrZr
X P20 03 -10 Contact Tip .040"/1.0mm M8 CuCrZr
XP2003-10A Contact Tip .040"/1.0mm M8 CuCrZr Al
X P20 03 -12* Contact Tip .045"/1.2mm M8 CuCrZr
X P20 03 -12 A Contact Tip .045"/1.2mm M8 CuCrZr Al
E XP3003-08 Contact Tip .030"/0.8mm M10 CuCrZr
XP3003-09 Contact Tip .035"/0.9mm M10 CuCrZr
X P30 03-10 Contact Tip .040"/1.0mm M10 CuCrZr
X P30 03-10A Contact Tip .040"/1.0mm M10 CuCrZr Al
X P30 03-12 Contact Tip .045"/1.2mm M10 CuCrZr
X P30 03-12A Contact Tip .045"/1.2mm M10 CuCrZr Al
FXP2003-06T
Tapered Contact Tip 0.6mm/.023" CuCrZr
XP2003-08T
Tape red Contact Tip 0.8mm/.030" CuCrZr
XP2003-09T
Tape red Contact Tip 0.9mm/.035" CuCrZr
XP 20 03-10T
Tape red Contact Tip 1.0mm/.040" CuCrZr
XP 20 03-12 T
Tape red Contact Tip 1.2mm/.045" CuCrZr
Contact Tips
Stock Code Description
G XP2024-09-30 Steel Liner .023-.035"/0.6-0.9mm x 3m/10ft
XP2024-09-40 Steel Liner .023-.035"/0.6-0.9mm x 4m/13ft
XP2024-09-50 Steel Liner .023-.035"/0.6-0.9mm x 5m/16ft
X P2024-12-30* Steel Liner .040-.045"/1.0-1.2mm x 3m/10ft
X P2024-12-40* Steel Liner .040-.045"/1.0-1.2mm x 4m/13ft
X P2024-12-50* Steel Liner .040-.045"/1.0-1.2mm x 5m/16ft
NI XP2024PC-12-30 Poly-Copper Liner .030-.045"/0.8-1.2mm x 3m/10ft
XP2024PC-12-40 Poly-Copper Liner .030-.045"/0.8-1.2mm x 4m/13ft
XP2024PC-12-50 Poly-Copper Liner .030-.045"/0.8-1.2mm x 5m/16ft
XP2024PS-12-30 Poly-Steel Liner .030-.045"/0.8-1.2mm x 3m/10ft
XP2024PS-12-40 Poly-Steel Liner .030-.045"/0.8-1.2mm x 4m/13ft
XP2024PS-12-50 Poly-Steel Liner .030-.045"/0.8-1.2mm x 5m/16ft
Liners
Stock Code Description
1 XP2004B* Diffuser-Plastic-M8 Head
NI XP2004C Diffuser-Ceramic-M8 Head
2 XP3004B Diffuser-Moulded c/w Ceramic Insert-M10 Head
NI XP3004C Diffuser-Ceramic-M10 Head
3 XP2005* Head Assembly-M8 Tips
4 XP3005 Head Assembly-M10 Tips
5XP2005T Head Assembly-M8 Tapered Tips
6 XP2006A* Aluminium Heat Shield-M8 Head
NI XP2006B Heat Shield-Moulded-M8 Head
7 XP3006A Aluminium Heat Shield-M10 Head
NI XP3006B Heat Shield-Moulded-M10 Head
8 XP3001 Swan Neck
9 XP2016 Lock Nut M12
10 XP3088 Cable Support
11 XP3009 Handle Lock Nut
12 XP3010-30 H y p e r fl e x™Cable Assembly x 3m/10ft
XP3010-40 H y p e r fl e x ™Cable Assembly x 4m/13ft
XP3010-50 H y p e r fl e x ™Cable Assembly x 5m/16ft
13 XP2 011 Cable Terminal Female
14 XP2112 Handle Kit c/w Lock Nut and Support
15 XP2013 Hanger Hook
16 XP2014 Trigger Assembly
17 XP2015 Cable Terminal Male
18 XP 3017 Cable Support
19 XP2018 Air Cooled Gun Plug Housing c/w Nut
20 XP2019 Gun Plug Screw
21 XP2020 Gun Plug Nut
22 Spring Pin 2 Spring Pin Assembly
23 XP2022 Gun Plug Body c/w Spring Pins
24 XP2023 Euro Body ‘O’ Ring
25 XP2025 Liner Nipple ‘O’ Rings
26 XP2026 Liner Retaining Nut
Components
9.1 Torch Schematic - XP8 300A

www.parweld.co.uk
17
DECLARATION
OF CONF.
10.0 EC Declaration of Conformity
Hereby we declare that the machines as stated below
Type: XTM 255i XTM 256i XTM 356i
Conform to the Low Voltage Directive: 2014/35/EEC
EMC Directive 2014/35/EEC
European standard: EN/IEC 60974-1
[e-mail] parweld_uk
This is to certify that the tested sample is in conformity with all provisions of the above detailed EU directives and product standards.
10.1 RoHS Compliance Declaration
Directive 2011/65/EU of the European Parliament
Amended 2015/863 and 2017/2102
Restriction of use of certain hazardous substances in electrical and electronic equipment
Type: XTM 255i XTM 256i XTM 356i
The above listed products are certied to be compliant with the RoHS directive with all homogeneous component parts being controlled to
ensure material contents as per the list below.
Cadmium 0.01% by weight
Lead 0.1% by weight
Mercury 0.1% by weight
Hexavalent chromium 0.1% by weight
Polybrominated biphenyl’s (pbbs) 0.1% by weight
Polybrominated diphenyl ethers (pbdes) 0.1% by weight
It should be noted that under specic exempted applications, where lead is used as an alloying element the following limits are applied in
accordance with the regulations.
Copper and copper alloy parts use less than 4% by weight of each homogeneous component.
Steel and steel alloy parts use less than 4% by weight of each homogeneous component.
Aluminium and aluminium alloy parts use less than 4% by weight of each homogeneous component.

www.parweld.co.uk
18
DECLARATION
OF CONF.
Only dispose o󰀨 in authorised sites for electrical and electronic waste do not dispose of with general refuse or landll waste.
10.2 WEEE Statement
WEEE (Waste Electrical & Electronic Equipment) 2012/19/EU
In relation to implementing the legislation, Parweld has established relevant recycling and recovery methods. We have been fully compliant
against the marking requirements since August 2005. Parweld is registered in the UK with the Environment agency as detailed below. For
WEE compliance outside the UK please contact your supplier/Importer
Parweld is registered with a compliance scheme O󰀩cial registration number is WEE/FD0255QV
When your equipment reaches the end of its service life you should return it to Parweld where it will be reconditioned or processed for
recycling.
10.3 Statement of warranty
Limited Warranty:
Parweld Ltd, hereafter, “Parweld” warrants its customers that its products will be free of defects in workmanship or material. Should any failure
to conform to this warranty appear within the time period applicable to the Parweld products as stated below, Parweld shall, upon notication
thereof and substantiation that the product has been stored, installed, operated, and maintained in accordance with Parweld’s specications,
instructions, recommendations and recognized standard industry practice, and not subject to misuse, repair, neglect, alteration, or accident,
correct such defects by suitable repair or replacement, at Parweld’s sole option, of any components or parts of the product determined by
Parweld to be defective.
Parweld makes no other warranty, express or implied. This warranty is exclusive and in lieu of all others, including, but not limited to any
warranty of merchantability or tness for any particular purpose.
Limitation of Liability:
Parweld shall not under any circumstances be liable for special, indirect or consequential damages, such as, but not limited to, lost prots and
business interruption. The remedies of the purchaser set forth herein are exclusive and the liability of Parweld with respect to any contract, or
anything done in connection therewith such as the performance or breach thereof, or from the manufacture, sale, delivery, resale, or use of any
goods covered by or furnished by Parweld whether arising out of contract, negligence, strict tort, or under any warranty, or otherwise, shall not,
except as expressly provided herein, exceed the price of the goods upon which such liability is based. No employee, agent, or representative
of Parweld is authorized to change this warranty in any way or grant any other warranty.
Purchaser’s rights under this warranty are void if replacement parts or accessories are used which in Parweld’s sole judgement may impair the
safety or performance of any Parweld product.
Purchaser’s rights under this warranty are void if the product is sold to purchaser by non-authorized persons.
The warranty is e󰀨ective for the time stated below beginning on the date that the authorized Distributor delivers the products to the purchaser.
Notwithstanding the foregoing, in no event shall the warranty period extend more than the time stated plus one year from the date Parweld
delivered the product to the authorized distributor.

Parweld Limited
Bewdley Business Park
Long Bank
Bewdley
Worcestershire
England
DY12 2TZ
Tel: [phone]
www.parweld.co.uk
[email protected]