Unimig KUMJRRW200DC Operating Manual

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Unimig KUMJRRW200DC Operating Manual | Manualzz

OPERATING MANUAL

KUMJRRW200DC

Please read and understand this instruction manual carefully

3

YEARS Warranty

(Power Source)

©

Welding Guns Of Australia PTY LTD 2013

RazorWeld

Thank you for your purchase of your RAZORWELD Welding Machine.

We are proud of our range of welding equipment that has a proven track record of innovation, performance and reliability. Our product range represents the latest developments in Inverter technology put together by our professional team of highly skilled engineers. The expertise gained from our long involvement with inverter technology has proven to be invaluable towards the evolution and future development of our equipment range. This experience gives us the inside knowledge on what the arc characteristics, performance and interface between man and machine should be. Within our team are specialist welders that have a proven history of welding knowledge and expertise, giving vital input towards ensuring that our machines deliver control and performance to the utmost professional level. We employ an expert team of professional sales, marketing and technical personnel that provide us with market trends, market feedback and customer comments and requirements. Secondly they provide a customer support service that is second to none, thus ensuring our customers have confidence that they will be well satisfied both now and in the future.

RAZORWELD welders are manufactured and compliant with - CAN/CSA E60974-1 &

ANSI/IEC 60974-1, guaranteeing you electrical safety and performance.

• 3 Years from date of purchase.

WARRANTY

• This Warranty does not cover freight or goods that have been interfered with.

• Warranty does not cover abuse, mis-use, accident, theft, general wear and tear.

• Product will only be replaced if repair is not possible

2

CONTENTS PAGE

Warranty 2

Safety - Cautions

Technical Data, Product Information

Front Panel Operation

Front Panel Control Dial Function Descriptions

Installation & Operation for MMA (Stick) Welding

MMA (Stick) Welding

Installation & Operation for DC TIG Welding

DC TIG Welding, DC Pulse TIG Welding

Set & Operation for Pulse DC TIG with RAZOR 200 TIG

TIG Welding Fusion and Filler Wire Technique

Remote Controls - Installation and Operation

Tungsten Electrode Selection & Preparation

SR26 TIG Torch Parts Breakdown

Machine Spare Parts Identification

Trouble Shooting Guide - TIG Welding

Trouble Shooting Guide - MMA (Stick) Welding

Terms and Conditions

20

21

22

23-24

25-26

28

29-30

31

32-35

4-6

7

8

9-11

12-13

14-15

16-17

18-19

3

SAFETY

Welding and cutting equipment can be dangerous to both the operator and people in or near the surrounding working area, if the equipment is not correctly operated. Equipment must only be used under the strict and comprehensive observance of all relevant safety regulations.

Read and understand this instruction manual carefully before the installation and operation of this equipment.

Machine Operating Safety

• Do not switch the function modes while the machine is operating. Switching of the function modes during

welding can damage the machine. Damage caused in this manner will not be covered under warranty.

• Disconnect the electrode-holder cable from the machine before switching on the machine, to avoid arcing

should the electrode be in contact with the work piece.

• Operators should be trained and or qualified.

Electric shock: It 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 internal machine circuits are also live when power is on. In Mig/Mag welding, the wire, drive rollers, wire feed housing, and all metal parts touching the welding wire are electrically live. Incorrectly installed or improperly grounded equipment is dangerous.

• Connect the primary input cable according to Australian and New Zealand standards and regulations.

• Avoid all contact with live electrical parts of the welding circuit, electrodes and wires with bare hands.

The operator must wear dry welding gloves while he/she performs the welding task.

• The operator should keep the work piece insulated from himself/herself.

• Keep cords dry, free of oil and grease, and protected from hot metal and sparks.

• Frequently inspect input power cable for wear and tear, replace the cable immediately if damaged,

bare wiring is dangerous and can kill.

• Do not use damaged, under sized, or badly joined cables.

• Do not drape cables over your body.

Fumes and gases are dangerous. Smoke and gas generated whilst welding or cutting can be harmful to people’s health. Welding produces fumes and gases. Breathing these fumes and gases can be hazardous to your health.

• Do not breathe the smoke and gas generated whilst welding or cutting, keep your head out of the fumes

• Keep the working area well ventilated, use fume extraction or ventilation to remove welding fumes and

gases.

• In confined or heavy fume environments always wear an approved air-supplied respirator.

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.

• Materials such as galvanized, lead, or cadmium plated steel, containing elements that can give off toxic

fumes when welded. Do not weld these materials unless the area is very well ventilated, and or wearing

an air supplied respirator.

Arc rays: harmful to people’s eyes and skin. Arc rays from the welding process produce intense visible and invisible ultraviolet and infrared rays that can burn eyes and skin.

• Always wear a welding helmet with correct shade of filter lens and suitable protective clothing including

welding gloves whilst the welding operation is performed.

• Measures should be taken to protect people in or near the surrounding working area. Use protective

screens or barriers to protect others from flash,glare and sparks; warn others not to watch the arc.

4

Fire hazard. Welding on closed containers, such as tanks,drums, or pipes, can cause them to explode. Flying sparks from the welding arc, hot work piece, and hot equipment can cause fires and burns. Accidental contact of electrode to metal objects can cause sparks, explosion, overheating, or fire. Check and be sure the area is safe before doing any welding.

• The welding sparks may cause fire, therefore remove any flammable materials away from the working

area, at least 12m from the welding arc. Cover flammable materials and containers with approved covers

if unable to be moved from the welding area.

• Do not weld on closed containers such as tanks, drums, or pipes, unless they are properly prepared

according to the required Safety Standards to insure that flammable or toxic vapors and substances are

totally removed, these can cause an explosion even though the vessel has been “cleaned”.

Vent hollow castings or containers before heating, cutting or welding. They may explode.

• Do not weld where the atmosphere may contain flammable dust, gas, or liquid vapours (such as petrol)

• Have a fire extinguisher nearby and know how to use it. Be alert that welding sparks and hot materials

from welding can easily go through small cracks and openings to adjacent areas. Be aware that welding

on a ceiling, floor, bulkhead, or partition can cause fire on the hidden side.

Gas Cylinders. Shielding gas cylinders contain gas under high pressure. If damaged, a cylinder can explode. Because gas cylinders are normally part of the welding process, be sure to treat them carefully. CYLINDERS can explode if damaged.

• Protect gas cylinders from excessive heat, mechanical shocks, physical damage, slag, open flames,

sparks, and arcs.

• Insure cylinders are held secure and upright to prevent tipping or falling over.

• Never allow the welding electrode or earth clamp to touch the gas cylinder, do not drape welding cables

over the cylinder.

• Never weld on a pressurised gas cylinder, it will explode and kill you.

• Open the cylinder valve slowly and turn your face away from the cylinder outlet valve and gas regulator.

Gas build up. The build up of gas can causes a toxic environment, deplete the oxygen content in the air resulting in death or injury. Many gases use in welding are invisible and odourless.

• Shut off shielding gas supply when not in use.

• Always ventilate confined spaces or use approved air-supplied respirator.

Electronic magnetic fields. MAGNETIC FIELDS can affect Implanted Medical Devices.

• Wearers of Pacemakers and other Implanted Medical Devices should keep away.

• Implanted Medical Device wearers should consult their doctor and the device manufacturer before going

near any electric welding, cutting or heating operation.

Noise can damage hearing. Noise from some processes or equipment can damage hearing.

Wear approved ear protection if noise level is high.

Hot parts. Items being welded generate and hold high heat and can cause severe burns.

Do not touch hot parts with bare hands. Allow a cooling period before working on the welding gun. Use insulated welding gloves and clothing to handle hot parts and prevent burns.

5

CAUTION

1. Working Environment.

1.1 The environment in which this welding equipment is installed must be free of grinding dust, corrosive

chemicals, flammable gas or materials etc, and at no more than maximum of 80% humidity.

1.2 When using the machine outdoors protect the machine from direct sun light, rain water and snow etc;

the temperature of working environment should be maintained within -10°C to +40°C.

1.3 Keep this equipment 30cm distant from the wall.

1.4 Ensure the working environment is well ventilated.

2. Safety Tips.

2.1 Ventilation

This equipment is small-sized, compact in structure, and of excellent performance in amperage output.

The fan is used to dissipate heat generated by this equipment during the welding operation.

Important: Maintain good ventilation of the louvers of this equipment. The minimum distance between this equipment and any other objects in or near the working area should be 30 cm. Good ventilation is of critical importance for the normal performance and service life of this equipment.

2.2

Thermal Overload protection.

Should the machine be used to an excessive level, or in high temperature environment, poorly ventilated area or if the fan malfunctions the Thermal Overload Switch will be activated and the machine will cease to operate. Under this circumstance, leave the machine switched on to keep the built-in fan working to bring down the temperature inside the equipment. The machine will be ready for use again when the internal temperature reaches safe level.

2.3

Over-Voltage Supply

Regarding the power supply voltage range of the machine, please refer to “Main parameter” table.

This equipment is of automatic voltage compensation, which enables the maintaining of the voltage range within the given range. In case that the voltage of input power supply amperage exceeds the stipulated value, it is possible to cause damage to the components of this equipment. Please ensure your primary power supply is correct.

2.4 Do not come into contact with the output terminals while the machine is in operation. An electric shock may possibly occur.

MAINTENANCE

Exposure to extremely dusty, damp, or corrosive air is damaging to the welding machine. In order to

prevent any possible failure or fault of this welding equipment, clean the dust at regular intervals with clean and dry compressed air of required pressure.

Please note that: lack of maintenance can result in the cancellation of the guarantee; the guarantee of this welding equipment will be void if the machine has been modified, attempt to take apart the machine or open the factory-made sealing of the machine without the consent of an authorized representative of the manufacturer.

TROUBLE SHOOTING

Caution: Only qualified technicians are authorized to undertake the repair of this welding equipment.

For your safety and to avoid Electrical Shock, please observe all safety notes and precautions detailed in this manual.

Note:

Minimum Motor Generator Power Suggested:7KVA

• Our equipment as described in this manual conforms to all applicable rules and regulations of the

‘LowVoltage Directive’ (European Council Directive 73/23/EEC) as set out and amended by Council

Directive 93/68/EEC) and to the National legislation for the enforcement of this Directive.

• Our equipment as described in this manual conforms to all applicable rules and regulations of the

European Council Directive 89/336/EEC, (EMC Directive) and to the National legislation for he

enforcement of this Directive.

6

DIGITAL DC INVERTER WELDER

TIG/MMA - 200 Amp DC Inverter Welder

Welds: Steels, Stainless, Cast Iron, Bronze, Copper

KUMJRRW200DC

Features

• Latest IGBT Inverter Technology

• Digital Weld Program Sequence Control

• DC TIG (DC tungsten inert gas welding)

- HF Arc Ignition (prevents tungsten inclusion & tungsten damage)

- Adjustable Pulse Frequency 0.5 - 200Hz

- Peak Current, Base Current and Pulse Width Adjustment

- 2/4T Trigger + Spot Time Adjustment

- Start & Final Current Adjustment

- Pre and Post Gas Flow Adjustment

- Up and Down Slope Adjustment

- Remote Torch Amp Control

• MMA (stick electrode)

- Arc Ignition

- Arc Force

• Digital Display

• Thermal Overload Protection

• Generator compatible (recommend 9.0KVA 230V)

Technical Data

Power Supply / Phases (V-Ph)

Rated Input Power (KVA) ieff (Amps)

Rated Input Current (A)

Rated Output

No-Load Voltage (V)

Duty Cycle @ 40ºC

Efficiency (%)

Power Factor

Protection Class

Insulation Class

Size (mm)

Weight (kg)

Warranty

Certification Approval

240V - 1 ±15%

7.0

14.6

20.0

10-160A/26.4V MMA

05-200A/18.0V TIG

43

25% @ 200 Amps TIG

25% @ 180 Amps MMA

85

0.70

IP21S

F

365 x 135 x 277

6.5kg

3 years

AS/NZ60974.1

Overview

The RAZOR200 DC TIG is an inverter-based Digital Controlled DC TIG welding machine with HF arc ignition and pulse capability.

Produced using the latest in IGBT technology this machine offers simple easy step by step digital setting of functions and parameters providing you with professional and complete control. The HF arc ignition provides pre gas and instant arc ignition with the press of the torch switch leaving no tungsten inclusion and no contamination of the tungsten electrode. Digital set of Pre Gas Time, Start Current

Level, Up Slope Time, Down Slope Time, Finish Current Level and Post Gas Time combined with the choice of 2 or 4T trigger function allows you to control the start and finish of the weld process at the highest professional level. The Digital Control Pulse

Frequency allows full parameter setting of Peak Current, Base Current, Pulse Frequency and Pulse Width, allowing to manipulate the heat input to the work, control penetration and minimise distortion. Combining the functions of the RAZOR200 DC TIG ensures comprehensive control of the welding parameters when welding all DC weldable materials to produce high quality Tig welds. Our unique Torch Remote Control Interface provides remote amperage control from the torch in both static and live welding modes. The

DC MMA welding function delivers a smooth and stable arc allowing easy welding with electrodes obtaining high quality welds including cast Iron, stainless and low hydrogen. The added bonus of Arc Ignition and Arc Force control allows you to set the ideal arc condition no matter what electrode you choose. The RAZOR200 DC TIG is a professional machine that is suitable for multiple applications, stainless steel fabrication, dairy & food industry, site welding, repair and maintenance applications. Built to our specification and manufactured in compliance to AS/NZ60974.1

Product Code:

KUMJRRW200DC

Standard Package includes: RAZOR200 DC TIG Machine, SR26 x 4m Tig Torch, Earth Lead & Arc Lead 25mm x 4m,

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3

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Argon Flowmeter Regulator, Razorweld Carry Bag

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Front Panel Operation Razor 2OO TIG-MMA

Front Panel Functions

1

2

Indicates Action

Selector Pad

4 3

1.

Mode Selector - Enables selection of required welding mode - MMA - DC TIG - DC PULSE TIG.

DC Pulse TIG: Select by pushing selector pad to cycle through to illuminate the DC Pulse icon.

DC TIG: Select by pushing the selector button to cycle through to illuminate the DC icon.

2.

Encoder Knob - provides digital adjustment of welding parameters.

MMA: Select by pushing the selector button to cycle through to illuminate the DC icon.

The Encoder Knob is used to set the value of the parameters required. Turning the encoder will adjust the value shown in the digital display screen.

3.

Torch Switch Mode Selector - Controls the on/off cycle of the machine using the torch switch while incorporating the weld program parameters selections.

2T: Select the 2T icon using the selector pad.

2T uses 2 actions of the torch switch while incorporating weld program parameter selections.

(refer to page 10 for instruction of 2T function)

4T: Select the 4T icon using the selector pad.

4T uses 4 actions of the torch switch while incorporating weld program parameter selections. 4T provides operator control of the

Start and Finish periods of the weld sequence

(refer to page 11 for instruction of 4T function)

SPOT: Select the SPOT icon using the selector pad.

Spot uses a single action of the torch switch

1) Pressing the torch switch gives arc ignition and initializes the welding sequence for a period of time set using the spot timer.

(refer to page 11 for instruction of SPOT function)

8

Front Panel Operation - Weld Program Sequence Control Razor 2OO TIG-MMA

4.

Weld Program - Provides selection weld program parameters

Parameter selection: Select by pushing selector pad to cycle through to illuminate the icon of the parameter required. Each push of the selector pad will move the icon illumination in a clockwise cycle.

Indicates Action

Selector Pad

Pre Gas Timer - Provides selection for gas flow time prior to the arc starting.

Pre Gas Time: Select by pushing selector pad to cycle through to illuminate the Pre

Gas Timer icon.

Turn the Encoder to set the Pre-Gas Time

(Range is 0-10 Sec)

The value selected shows on the digital display. It is the length of time the gas will flow before the arc starts.

Start Amp - Provides selection for the amount of amps required at the start of the weld.

Pre Gas Time: Select by pushing selector pad to cycle through to illuminate the Start

Amp icon.

Turn the Encoder to set the Start Amp value

(Range is 10-200A)

The value selected shows on the digital display. It is the amount of amps the machine will deliver at the start of the welding sequence.

Up Slope Time - Sets the transition time from Start Amperage to Welding Amperage

Up Slope Time: Select by pushing selector pad to cycle through to illuminate the

Up Slope icon.

Turn the Encoder to set the Up Slope value

(Range is 0-60 Sec)

The value selected shows on the digital display. It is the amount of time the welding current takes to climb from start amperage to welding amperage.

Peak Amp - Provides selection for the Maximum Welding Amperage required during welding.

Peak Amp: Select by pushing selector pad to cycle through to illuminate the Peak

Amp icon.

Turn the Encoder to set the Peak Amp value

(Range is 10-200A)

The value selected shows on the digital display. It is the maximum set value of amperage the machine will deliver.

Base Amp - Provides selection for the Base Amperage during the Pulse Welding cycle.

Base Amp: Select by pushing selector pad to cycle through to illuminate the Peak

Amp icon.

Turn the Encoder to set the Peak Amp value

(Range is 10-200A)

9

The value selected shows on the digital display. It is the set value of amperage the machine will deliver during the Base

Amp period of the pulse cycle.

Continued - Front Panel Operation - Weld Program Sequence Control Razor 2OO TIG-MMA

Down Slope Time - Sets the transition time from Welding Amperage to Finish Amperage

Up Slope Time: Select by pushing selector pad to cycle through to illuminate the

Up Slope icon.

Turn the Encoder to set the Up Slope value

(Range is 0-60 Sec)

The value selected shows on the digital display. It is the amount of time it takes for the welding amperage to drop down to the set Finish Amperage.

Finish Amp - Provides selection for the amount of amps required at the end of the weld.

Base Amp: Select by pushing selector pad to cycle through to illuminate the Peak

Amp icon.

Turn the Encoder to set the Peak Amp value

(Range is 10-200A)

The value selected shows on the digital display. It is the amount of amps the machine will deliver at the finish of the welding sequence.

Post Gas Timer - Provides selection for continued gas flow time at the end of the welding after the arc is out.

Pre Gas Time: Select by pushing selector pad to cycle through to illuminate the

Post Gas Timer icon.

Turn the Encoder to set the Post Gas Time

(Range is 0-10 Sec)

The value selected shows on the digital display. It is the length of time the gas will flow after the arc is finished.

Pulse Mode Selection - Provides parameters for Pulse Width and Pulse Frequency in DC Pulse Tig Mode.

Pulse Width: Select by pushing selector pad to cycle through to illuminate the % Pulse icon.

Rotate the Adjustment Encoder

Knob to set the Pulse Width

(Range is 10 - 90%).

The value selected is shown in the digital display. The value selected is the % of on time of the Peak Amp during each pulse.

Pulse Frequency: Select by pushing selector pad to cycle through to illuminate the Hz Pulse icon.

Rotate the Adjustment Encoder

Knob to set the Pulse Frequency

(Range is 0.5 - 200 Hz).

The value selected is shown in the digital display. The value selected is the amount of pulses per second (Hz)

Torch Switch Mode Selection - Provides a choice of Torch Switch control sequence.

2T Selection provides 2 times function of the torch switch.

2T: Select by pushing selector pad to cycle through to illuminate the 2T icon.

2T Selection provides 2 times function of the torch switch.

(1) Pressing the torch switch gives arc ignition and initializes the welding sequence,

the welding current is maintained by the torch switch being held on.

(2) Releasing the torch switch stops the welding sequence by introducing down slope,

the current falls to minimum level and then terminates the welding current and

introduces the post flow gas.

10

Continued - Front Panel Operation - Weld Program Sequence Control Razor 2OO TIG-MMA

4T Selection provides 4 times function of the torch switch.

4T: Select by pushing selector pad to cycle through to illuminate the 4T icon.

(1) Pressing and holding on the torch switch activates Pre Gas then arc ignition initializing the set

Start Amp level. Holding the torch switch on keeps the amperage output at the set Start Amp level.

(2) Releasing the torch switch activates Up Slope allowing the amperage to increase during the set

Up Slope time to reach the set Peak Amp level. Machine output remains at Peak Amp level.

(3) Pressing and holding on the torch switch activates Down Slope allowing the amperage to

decrease during the set Down Slope time to reach the set Finish Amp level. Holding the torch

switch on keeps the amperage output at the set Final Amp level.

(4) Releasing the torch switch ends the welding sequence bringing in the Post Flow gas time.

SPOT Selection provides a set weld sequence time

SPOT: Select by pushing selector pad to cycle through to illuminate the SPOT icon.

Provides a set weld sequence time.

SPOT TIME

SPOT TIME: Select by pushing selector pad to cycle through to illuminate the SPOT icon.

Allows to set the weld sequence time.

Turn the Encoder to set the SPOT TIME value

(Range is 0.1-10 Sec)

The value selected shows on the digital display. It is the set amount of time the machine will deliver amperage output.

IGNITION TIME For MMA ( Stick) welding only. Selection allows for high amperage start for a selected time period.

IGNITION: Select MMA by pushing selector pad to cycle through to illuminate the icon.

Only for MMA (Stick Electrode) welding. Provides short time period of high amperage at the start of the welding.

Select by pushing selector pad to cycle through to illuminate the

IGNITION icon. Allows to set the time period of the arc ignition.

Turn the Encoder to set the IGNITION TIME value.

(Range is 0.1-1.0 Sec)

The value selected shows on the digital display. It is the set amount of time the machine will deliver higher amperage at the start of the welding. Only for MMA function

ARC FORCE For MMA ( Stick) welding only. Selection allows for adjustment of the ARC FORCE

ARC FORCE: Select MMA by pushing selector pad to cycle through to illuminate the icon.

Only for MMA (Stick Electrode) welding. Provides soft or digging type of arc.

Select by pushing selector pad to cycle through to illuminate the

ARC FORCE icon. Allows to set the force of the arc from soft to digging type.

Turn the Encoder to set the ARC FORCE value.

(Range is 0-180)

The value selected shows on the digital display. Low setting provides soft buttery arc. High setting provides aggressive digging arc.

Only for MMA function

ARC FORCE - What is the Arc Force Control and what does it do?

The arc force control lets you adjust the force of the arc from a soft buttery arc to a more penetrating, digging type of arc.

Arc voltage drops as the arc gets tighter and can cause the electrode to stick/short circuit to the work piece.

When you set the arc force high the machine senses the drop in voltage. As the rod is about to stick the machine compensates by increasing the arc voltage. This boost in arc voltage/current blasts away base metal and electrode to prevent the electrode from welding itself to the work piece. Higher Arc Force is more suited to Cellulose and Low Hydrogen type electrodes where a forceful arc characteristic is preferred to maintain the arc and better control penetration. Lower Arc Force is better suited to Hardfacing and

Cast Iron electrodes where a soft buttery arc is preferred to prevent the electrode material diluting too much with the base metal.

11

Set Up Procedure for MMA (Stick) Welding: Razor 2OO TIG-MMA

(1) Connecting the Welding Lead Set: Various electrodes require a different polarity for optimum results refer to the electrode manufacturers information for the correct polarity. Most GP electrodes are

Electrode connected to output socket, Earth Connected to the output socket

(2) Turn the power source on using the on/off switch located on the rear machine panel.

(2) Turn on the Power source using the on/off switch at the rear of the machine

(1) Connect the Earth Lead lead to terminal

(1) Connect Electrode Lead the terminal

(3) Select DC MMA Function. Push the button until the DC icon illuminates green.

(4) Set the weld amperage by rotating the

Adjustment Encoder Knob. Set the amperage according to the electrode type and size being used as recommended by the electrode manufacturer. The Peak Amp icon will be illuminated and the set amperage will show in the Digital Display.

(5) Select Ignition and Arc Force Push the

button until the Ignition icon illuminates green. Rotate the Adjustment Encoder Knob to set the Arc Ignition Time the set time will be shown on the Digital Display.

Push the button until the Arc Force icon illuminates green. Rotate the Adjustment

Encoder Knob to set the Arc Force the set value will be shown on the Digital Display

Refer to Page 11 for instruction on Arc Igni-

tion Time and Arc Force Control

12

Continued - Set Up Procedure for MMA (Stick) Welding: Razor 2OO TIG-MMA

6) Connect the Earth Clamp securely to the work piece or the work bench.

7) Place and clamp an electrode into the

Electrode Hand Piece

8) Strike the electrode against the work piece to create an arc, lift slightly and hold the electrode steady to maintain the arc

9) Hold the electrode slightly above the work maintaining the arc while travelling at an even speed.

10) To finish the weld, break the arc by quickly snapping the electrode away from the work piece.

11) Wait for the weld to cool and carefully chip away the slag to reveal the weld metal below.

13

MMA (Manual Metal Arc) Welding

One of the most common types of arc welding is manual metal arc welding (MMA) or stick welding. An electric current is used to strike an arc between the base material and a consumable electrode rod or ‘stick’. The electrode rod is made of a material that is compatible with the base material being welded and is covered with a flux that gives off gaseous vapours that serve as a shielding gas and providing a layer of slag, both of which protect the weld area from atmospheric contamination. The electrode core itself acts as filler material the residue from the flux that forms a slag covering over the weld metal must be chipped away after welding.

+

Power Source

Core wire

Flux coating

Gas shield from flux melt

Arc with core wire melt

Flux residue forms slag cover

Weld metal

Core wire

Flux coating

Base metal

Protective gas

Arc

Slag

Weld pool

• The arc is initiated by momentarily touching the electrode to the base metal.

• The heat of the arc melts the surface of the base metal to form a molten pool

at the end of the electrode.

• The melted electrode metal is transferred across the arc into the molten pool

and becomes the deposited weld metal.

• The deposit is covered and protected by a slag which comes from the

electrode coating.

• The arc and the immediate area are enveloped by an atmosphere of

protective gas

Manual metal arc ( stick) electrodes have a solid metal wire core and a flux coating. These electrodes are identified by the wire diameter and by a series of letters and numbers. The letters and numbers identify the metal alloy and the intended use of the electrode.

The Metal Wire Core works as conductor of the current that maintains the arc.

The core wire melts and is deposited into the welding pool.

The covering on a shielded metal arc welding electrode is called Flux.

The flux on the electrode performs many different functions.

These include:

● producing a protective gas around the weld area

● providing fluxing elements and deoxidizers

● creating a protective slag coating over the weld as it cools

● establishing arc characteristics

● adding alloying elements.

Covered electrodes serve many purposes in addition to adding filler metal to the molten pool. These additional functions are provided mainly by the covering on the electrode.

14

MMA (Stick) Welding Fundamentals

Electrode Selection

As a general rule, the selection of an electrode is straight forward,in that it is only a matter of selecting an electrode of similar composition to the parent metal. However, for some metals there is a choice of several electrodes, each of which has particular properties to suit specific classes of work. It is recommend to consult your welding supplier for the correct selection of electrode.

Electrode Size

Average Thickness Maximum Recommended of Material Electrode Diameter

1.0 - 2.0mm

2.0 - 5.0mm

5.0 - 8.0mm

8.0 - > mm

2.5mm

3.2mm

4.0mm

5.0mm

The size of the electrode generally depends on the thickness of the section being welded, and the thicker the section the larger the electrode required. The table gives the maximum size of electrodes that maybe used for various thicknesses of section base on using a general purpose type 6013 electrode.

Welding Current (Amperage)

Electrode Size

ø mm

2.5mm

3.2mm

4.0mm

5.0mm

Current Range

(Amps)

60 - 95

100 - 130

130 - 165

165 - 260

Correct current selection for a particular job is an important factor in arc welding. With the current set too low, difficulty is experienced in striking and maintaining a stable arc. The electrode tends to stick to the work, penetration is poor and beads with a distinct rounded profile will be deposited. Too high current is accompanied by overheating of the electrode resulting undercut and burning through of the base metal and producing excessive spatter. Normal current for a particular job may be considered as the maximum, which can be used without burning through the work, over-heating the electrode or producing a rough spattered surface.

The table shows current ranges generally recommended for a general purpose type 6013 electrode.

Arc Length

To strike the arc, the electrode should be gently scraped on the work until the arc is established. There is a simple rule for the proper arc length; it should be the shortest arc that gives a good surface to the weld. An arc too long reduces penetration, produces spatter and gives a rough surface finish to the weld. An excessively short arc will cause sticking of the electrode and result in poor quality welds. General rule of thumb for down hand welding is to have an arc length no greater than the diameter of the core wire.

Electrode Angle

The angle that the electrode makes with the work is important to ensure a smooth, even transfer of metal.

When welding in down hand, fillet, horizontal or overhead the angle of the electrode is generally between 5 and 15 degrees towards the direction of travel. When vertical up welding the angle of the electrode should be between 80 and 90 degrees to the work piece.

Travel Speed

The electrode should be moved along in the direction of the joint being welded at a speed that will give the size of run required. At the same time, the electrode is fed downwards to keep the correct arc length at all times. Excessive travel speeds lead to poor fusion, lack of penetration etc, while too slow a rate of travel will frequently lead to arc instability,slag inclusions and poor mechanical properties.

Material and Joint Preparation

The material to be welded should be clean and free of any moisture, paint, oil, grease, mill scale, rust or any other material that will hinder the arc and contaminate the weld material. Joint preparation will depend on the method used include sawing, punching, shearing, machining, flame cutting and others. In all cases edges should be clean and free of any contaminates. The type of joint will be determined by the chosen application.

15

Installation Set Up for DC TIG Welding: Razor 2OO TIG-MMA

(1) Turn on the machine using the ON/OFF switch

(2) Select the TIG function with the selector switch

(3) Connect the TIG Torch connector to the negative terminal and tighten it

(4) Connect the Earth Cable connector into the positive terminal and tighten it

(5) Connect the torch switch remote lead into the torch remote socket

(6) Insert the torch gas connector into the quick lock gas receptacle

(7) Connect gas line to Gas Regulator and connect the gas regulator to the Gas Cylinder

Connect the gas line to the quick lock gas inlet connector at the rear of the machine

(4) Connect the Earth cable

connector to the terminal

(6) Insert the torch gas connector into

the quick lock gas receptacle.

(3) Connect the TIG torch connector

to the terminal.

(7) Connect the regulator to the cylinder,

Connect the gas lead to the regulator.

Set the flow to 8-12 l/min

(1) Turn on the machine using the

ON/OFF switch at the rear of machine

(2) Select DC TIG using the button

(5) Connect the torch switch lead

to the torch remote receptacle

16

(2) Select DC TIG using the button

DC HF TIG Welding Standard Operation: Razor 2OO TIG-MMA

HF (high frequency) ignition allows the arc to be started in TIG welding without touching the tungsten to the work piece. By pressing the torch switch the machine will activate the gas flow and the HF ignition resulting in the arc igniting across the gap between the tungsten electrode and the work piece. The distance between the electrode and the work piece can be up to 5mm. This arc ignition method prevents tungsten inclusion in the work piece, promotes longer tungsten life and offers better operator control over the starting and stopping the arc.

(1) Assemble the front end torch parts use the correct size and type of tungsten electrode for the job, the tungsten electrode requires a sharpened point for DC welding.

(2) Select DC TIG and choose 2T or 4T trigger function preferred as per the descriptions below

2T Selection provides 2 times function of the torch switch.

(1) Pressing the torch switch gives arc ignition and initializes the welding current and the welding

current is maintained by the torch remaining on.

(2) Releasing the torch switch stops the welding by introducing down slope and the current falls to

minimum level and then terminates the welding current and introduces the post flow gas.

4T Selection provides 4 times function of the torch switch

(1) Pressing the torch switch gives arc ignition and initializes the welding current

(2) Releasing the torch switch continues the welding operation.

(3) Pressing the torch switch and holding introduces down slope and current falls to minimum current.

(4) Releasing the torch switch terminates the welding operation and introduces the post flow gas.

(3) Choose the preferred welding current (amperage) to suit the tungsten size material type and thickness to be welded.

(4) Lay the outside edge of the Gas Cup on the work piece with the Tungsten Electrode 1- 3mm from the work piece this method will provide a clean positive arc ignition.

(5) Press the torch switch and the arc will ignite across the gap between the tungsten and work piece.

Hold even distance of about 2mm gap between the tungsten and work piece to maintain the arc.

(6) Release the torch switch to bring in the end of the welding sequence dependant of 2T or 4T trigger function choice.

(1) Assemble the front end torch parts use the

correct size and type of tungsten electrode

for the job, the tungsten electrode requires

a sharpened point for DC welding

(2) Select DC TIG Function. Push the button until the DC icon illuminates green. Select 2T or 4T trigger function as required by the pushing the button to cycle through the trigger options. The icon will illuminate green for the selected trigger option.

(3) Set the amps required by pushing the button, cycle through to illuminate the Peak Amp icon. Set the amperage with the encoder adjustment knob.

(4) Lay the outside edge of the Gas Cup on

the work piece with the Tungsten Electrode

1- 3mm from the work piece

(5) Press the torch switch and the arc will ignite

across the gap between the tungsten and

work piece. Hold even distance of about

2mm gap between the tungsten and work

piece to maintain the arc.

(6) Release the torch switch to bring in the end

of the welding sequence dependant of 2T

or 4T trigger function choice

17

DC TIG Welding

70%

30% power source

The DC power source uses what is known as DC (direct current) in which the main electrical component known as electrons flow in only one direction from the negative pole

(terminal) to the positive pole (terminal). In the DC electrical circuit there is an electrical principle at work which should always be taken into account when using any DC circuit.

With a DC circuit 70% of the energy (heat) is always on the positive side. This needs to be understood because it determines what terminal the TIG torch will be connected to

(this rule applies to all the other forms of DC welding as well ).

argon gas nozzle

DC TIG welding is a process in which an arc is struck between a

TUNGSTEN electrode and the metal work piece. The weld area is shielded by an inert gas flow to prevent contamination of the tungsten, molten pool and weld area.

When the TIG arc is struck the inert gas is ionized and superheated changing it’s molecular structure which converts it into a plasma stream. This plasma stream flowing between the tungsten and the work piece is the TIG arc and can be as hot as 19,000°C. It is a very pure and concentrated arc which provides the controlled melting of most metals into a weld pool. TIG welding offers the user the greatest amount of flexibility to weld the widest range of material and thickness and types. DC TIG welding is also the cleanest weld with no sparks or spatter.

The intensity of the arc is proportional to the current that flows from the tungsten. The welder regulates the welding current to adjust the power of the arc. Typically thin material requires a less powerful arc with less heat to melt the material so less current (amps) is required, thicker material requires a more powerful arc with more heat so more current

(amps) are necessary to melt the material.

HF ARC IGNITION for TIG (tungsten inert gas) Welding

HF (high frequency) ignition allows the arc to be started in TIG welding without touching the tungsten to the work piece. By pressing the torch switch the machine will activate the gas flow and introduce the HF (high frequency) (high voltage) spark, this “ionizes” the air gap making it conductive allowing an arc to be created without touching the tungsten to the work piece. The gas molecules are superheated by the arc creating a stream of super heated gas that changes the molecular structure into producing a plasma stream. This plasma stream provides heat and energy that allows us to melt and fuse metals in an inert gas shielded environment know as TIG (tungsten inert gas) welding.

gas flow gas molecules

.

.

.

.

.

HF plasma stream

18

DC Pulse TIG Welding

Pulse TIG welding is when the current output (amperage) changes between high and low current.

Electronics within the welding machine create the pulse cycle. Welding is done during the high-amperage interval (this high amperage is referred to as peak current). During the low amperage period, the arc is maintained but the current output of the arc is reduced (this low amperage is referred to as base current).

During pulse welding the weld pool cools during the low amperage period. This allows a lower overall heat input into the base metal. It allows for controlled heating and cooling periods during welding providing better control of heat input, weld penetration, operator control and weld appearance.

There are 4 variables within the pulse cycle:

Peak Current - Base Current - Pulse Frequency - Pulse Width

Setting and manipulation of these variables will determine the nature of the weld current output and is at the discretion of the operator.

Peak Current is the main welding current (amps) set to melt the material being welded and works much the same as setting maximum amperage values for regular DC TIG: as a guide use 30-40 amps for every 1mm of material thickness.

Base Current is the set level of background current (amps) which cools the weld puddle and affects overall heat input. Background Amps is a percentage of peak amperage. As a rule, use enough background current to reduce the weld pool to about half its normal size while still keeping the weld pool fluid. As a guide start by setting the background amperage at 20 to 30 percent of peak amperage.

Pulse Frequency is the control of the amount of times per second (Hz) that the welding current switches from Peak Current to Base Current. DC Pulse TIG frequency generally ranges from 20 to 300 HZ depending on the job application. Control of the pulse frequency also determines the appearance of the weld.

Pulse Width is the control of the percentage of time during one pulsing cycle the power source spends at the peak current (main amperage). Example is with the Pulse Width set at 80 percent and a rate of 1 pulse per second (PPS), the machine will spend 80% of the pulse at peak amperage and 20% at the base current. Increasing the pulse width percentage adds more heat to the job, while decreasing pulse width percentage reduces heat

Current peak background

Time

ON OFF

DC Pulse TIG welding allows faster welding speeds with better control of the heat input to the job, reducing the heat input minimising distortion and warping of the work and is of particular advantage in the welding of thin stainless steel and carbon steel applications. The high pulse frequency capability of the advanced inverter agitates the weld puddle and allows you to move quickly without transferring too much heat to the surrounding metal. Pulsing also constricts and focuses the arc thus increasing arc stability, penetration and travel speeds. high frequency pulsing no pulse

19

high frequency pulsing no pulse

Set up and operation for DC PULSE TIG Welding Razor 2OO TIG-MMA

The Razorweld 200 machine has digital pulse frequency control. All the parameters for DC Pulse TIG welding - Peak Amp, Base Amp, Pulse Frequency and Pulse Width are easy to set via the digital control panel.

EXAMPLE OF PULSE DC TIG WELDING - SETUP PARAMETERS:

Material = Stainless Steel x 2.0mm / Tungsten Electrode = 1.6mm 2% Thoriated / Gas = Argon

The following steps are a guide as a starting point for you to set the machine up in Pulse mode to give an example of welding in Pulse mode function. You can experiment by changing any of the variables to see what effect it has over the welding and what the end result can be, but it is suggested to change only one variable at a time and then check the welding to see what the result is, in this way you acquire a better understanding of how each variable affects the welding current.

Indicates Active

Selector Button

1. Select DC Pulse by pushing selector button to cycle through to illuminate DC Pulse icon.

4. Select the Base Amp by pushing the selector button to cycle through to illuminate the Base Amp Icon

2. Select Peak Amp by pushing the selector button to cycle through to illuminate the Peak

Amp Icon

3. Rotate the Adjustment Encoder Knob to set the Peak Amp at 100A

(Range is 10-200 Amps)

Peak

Amp

100A

Base

Amp

30A

5. Rotate the Adjustment Encoder Knob to set the Base Amp at 30A - (Range is 10-200 Amps)

Pulse Width

100A

30A

6. Select the Pulse Width (on time of the

Peak Amp) by pushing the selector button to cycle through to illuminate the % Pulse Icon

7. Rotate the Adjustment Encoder Knob to set the

Pulse Width at 60% - (Range is 10 - 90%).

Time = 1 Second (Hz)

8. Select the Pulse Frequency by pushing the selector button to cycle through to illuminate the Hz Pulse Icon

9. Rotate the Adjustment Encoder Knob to set the

Pulse Frequency to 2 Hz - (0.5 - 200Hz)

20

TIG Welding Fusion Technique

Manual TIG welding is often considered the most difficult of all the welding processes.

Because the welder must maintain a short arc length, great care and skill are required to prevent contact between the electrode and the workpiece. Similar to Oxygen Acetylene torch welding, TIG welding normally requires two hands and in most instances requires the welder to manually feed a filler wire into the weld pool with one hand while manipulating the welding torch in the other. However, some welds combining thin materials can be accomplished without filler metal like edge, corner, and butt joints.

This is known as Fusion welding where the edges of the metal pieces are melted together using only the heat and arc force generated by the TIG arc. Once the arc is started the torch tungsten is held in place until a weld pool is created, a circular movement of the tungsten will assist is creating a weld pool of the desired size. Once the weld pool is established tilt the torch at about a 75

° angle and move smoothly and evenly along the joint while fusing the materials together.

75°

Travel direction

Form a weld pool Angle torch Move the torch slowly and evenly forward

TIG Welding with Filler Wire Technique

It is necessary in many situations with TIG welding to add a filler wire into the weld pool to build up weld reinforcement and create a strong weld. Once the arc is started the torch tungsten is held in place until a weld pool is created, a circular movement of the tungsten will assist is creating a weld pool of the desired size. Once the weld pool is established tilt the torch at about a 75

° angle and move smoothly and evenly along the joint. The filler metal is introduced to the leading edge of the weld pool. The filler wire is usually held at about a 15° angle and fed into the leading edge of the molten pool, the arc will melt the filler wire into the weld pool as the torch is moved forward. Also a dabbing technique can be used to control the amount of filler wire added, the wire is fed into the molten pool and retracted in a repeating sequence as the torch is moved slowly and evenly forward. It is important during the welding to keep the molten end of the filler wire inside the gas shield as this protects the end of the wire from being oxidised and contaminating the weld pool.

Travel direction

Form a weld pool

Retract the filler wire

Angle torch

75° gas shield

Move the torch forward to the front of the weld pool

21

15°

Add Tig filler wire

Repeat the process

Remote Amperage Control Operation Procedure Razor 2OO TIG-MMA

Remote amperage controls allow for the welding current to adjusted remotely from the welding machine during welding. The Razor 200 TIG - MMA machines are compatible with the ER1MS-H

Remote Hand Amp Control supplied with the RazorWeld TIG Torch supplied with the machine.

Type: ER1MS-H on/off switch amperage adjustment

Connection and operation of the remote hand control

(1) Connect the remote control 7 pin plug from the TIG Torch switch lead to the 7 pin remote receptacle on the front panel of the machine.

(2) Activate the remote control.

Press and hold down the torch switch for 5 seconds. The machine will give an audible beep single indicate the remote is activated.

Repeat the procedure to de-activate the remote control.

(3) The thermal LED will illuminate RED to indicate the machine is in remote control mode

(4) Rotate the Remote Control Knob to adjust the amperage output of the machine. The remote can be used static or during welding to adjust the amps up or down.

(5) The amps set by the remote control will show in the Digital Display of the machine.

22

Tungsten Electrodes

Tungsten is a rare metallic element used for manufacturing TIG welding electrodes. The TIG process relies on tungsten’s hardness and high-temperature resistance to carry the welding current to the arc. Tungsten has the highest melting point of any metal, 3,410 degrees Celsius.

Tungsten electrodes are nonconsumable and come in a variety of sizes, they are made from pure tungsten or an alloy of tungsten and other rare earth elements. Choosing the correct tungsten depends on the material being welded, the amount of amps required and whether you are using AC or DC welding current.

Tungsten electrodes are colour-coded at the end for easy identification.

Below are the most commonly used tungsten electrodes found in the New Zealand and Australian market.

Thoriated

Thoriated tungsten electrodes (AWS classification EWTh-2) contain a minimum of 97.30 percent tungsten and 1.70 to 2.20 percent thorium and are called 2 percent thoriated. They are the most commonly used electrodes today and are preferred for their longevity and ease of use. Thorium increases the electron emission qualities of the electrode, which improves arc starts and allows for a higher current-carrying capacity. This electrode operates far below its melting temperature, which results in a considerably lower rate of consumption and eliminates arc wandering for greater stability. Compared with other electrodes, thoriated electrodes deposit less tungsten into the weld puddle, so they cause less weld contamination.

Thorium however is a low-level radioactive hazard and many users have switched to other alternatives. Regarding the radioactivity, thorium is an alpha emitter but when it is enclosed in a tungsten matrix the risks are negligible.

Thus holding a stick of Thoriated tungsten in your hand should not pose a great threat unless a welder has open cuts on their skin. Thoriated tungsten should not get in contact with open cuts or wounds. The more significant danger to welders can occur when thorium oxide gets into the lungs. This can happen from the exposure to vapours during welding or from ingestion of material/dust in the grinding of the tungsten. Follow the manufacturer’s warnings, instructions, and the Material Safety Data Sheet (MSDS) for its use.

Ceriated (Color Code: Orange)

Ceriated tungsten electrodes (AWS classification EWCe-2) contain a minimum of 97.30 percent tungsten and 1.80 to

2.20 percent cerium and are referred to as 2 percent ceriated. Ceriated tungstens perform best in DC welding at low current settings. They have excellent arc starts at low amperages and become popular in such applications as orbital tube welding, thin sheet metal work. They are best used to weld carbon steel, stainless steel, nickel alloys, and titanium, and in some cases it can replace 2 percent thoriated electrodes. Ceriated tungsten is best suited for lower amperages it should last longer than Thoriated tungsten higher amperage applications are best left to Thoriated or

Lanthanated tungsten.

Lanthanated (Color Code: Gold)

Lanthanated tungsten electrodes (AWS classification EWLa-1.5) contain a minimum of 97.80 percent tungsten and

1.30 percent to 1.70 percent lanthanum, and are known as 1.5 percent lanthanated. These electrodes have excellent arc starting, a low burn off rate, good arc stability, and excellent re-ignition characteristics. Lanthanated tungstens also share the conductivity characteristics of 2 percent thoriated tungsten. Lanthanated tungsten electrodes are ideal if you want to optimise your welding capabilities. They work well on AC or DC electrode negative with a pointed end, or they can be balled for use with AC sine wave power sources. Lanthanated tungsten maintains a sharpened point well, which is an advantage for welding steel and stainless steel on DC or AC from square wave power sources.

Zirconiated (Color Code: White)

Zirconiated tungsten electrodes (AWS classification EWZr-1) contain a minimum of 99.10 percent tungsten and 0.15 to 0.40 percent zirconium. Most commonly used for AC welding Zirconiated tungsten produces a very stable arc and is resistant to tungsten spitting. It is ideal for AC welding because it retains a balled tip and has a high resistance to contamination. Its current-carrying capacity is equal to or greater than that of thoriated tungsten. Zirconiated tungsten is not recommended for DC welding.

Tungsten Electrodes Rating for Welding Currents

Tungsten

Diameter mm

DC Current Amps

Torch Negative

2% Thoriated

1.0mm

1.6mm

2.4mm

3.2mm

4.0mm

15 - 80

70 -150

150- 250

250 - 400

400 - 500

AC Current Amps

Un-Balanced Wave

0.8% Zirconiated

15 - 80

70 - 150

140 - 235

225 - 325

300 - 400

AC Current Amps

Balanced Wave

0.8% Zirconiated

20 - 60

60 - 120

100 - 180

160 - 250

200 - 320

23

Tungsten Preparation

Always use DIAMOND wheels when grinding and cutting. While tungsten is a very hard material, the surface of a diamond wheel is harder, and this makes for smooth grinding. Grinding without diamond wheels, such as aluminium oxide wheels, can lead to jagged edges, imperfections, or poor surface finishes not visible to the eye that will contribute to weld inconsistency and weld defects.

Always ensure to grind the tungsten in a longitudinal direction on the grinding wheel. Tungsten electrodes are manufactured with the molecular structure of the grain running lengthwise and thus grinding crosswise is “grinding against the grain.” If electrodes are ground crosswise, the electrons have to jump across the grinding marks and the arc can start before the tip and wander. Grinding longitudinally with the grain, the electrons flow steadily and easily to the end of the tungsten tip. The arc starts straight and remains narrow, concentrated, and stable. grind longitudinal on the grinding wheel don’t grind across the grinding whee l

Electrode Tip/Flat

The shape of the tungsten electrode tip is an important process variable in precision arc welding. A good selection of tip/flat size will balance the need for several advantages. The bigger the flat, the more likely arc wander will occur and the more difficult it will be to arc start. However, increasing the flat to the maximum level that still allows arc start and eliminates arc wonder will improve the weld penetration and increase the electrode life. Some welders still grind electrodes to a sharp point, which makes arc starting easier. However, they risk decreased welding performance from melting at the tip and the possibility of the point falling off into the weld pool.

2.5 times tungsten diameter flat tip pointed tip

Electrode Included Angle/Taper - DC Welding

Tungsten electrodes for DC welding should be ground longitudinally and concentrically with diamond wheels to a specific included angle in conjunction with the tip/flat preparation. Different angles produce different arc shapes and offer different weld penetration capabilities. In general, blunter electrodes that have a larger included angle provide the following benefits:

• Last Longer

• Have better weld penetration

• Have a narrower arc shape

• Can handle more amperage without eroding. flat spot diameter

Sharper electrodes with smaller included angle provide:

• Offer less arc weld

• Have a wider arc

• Have a more consistent arc included angle

The included angle determines weld bead shape and size. Generally, as the included angle increases, penetration increases and bead width decreases.

Tungsten

Diameter

1.0mm

1.6mm

1.6mm

2.4mm

2.4mm

3.2mm

3.2mm

Diameter at the Tip - mm

.250

.500

.800

.800

1.100

1.100

1.500

Constant Included

Angle - Degrees

20

25

30

35

45

60

90

Current Range

Amps

05 - 30

08 - 50

10 - 70

12 - 90

15 - 150

20 - 200

25 - 250

Current Range

Pulsed Amps

05 - 60

05 - 100

10 - 140

12 - 180

15 - 250

20 - 300

25 - 350

24

7

8

5

6

9

Stubby series

4

3

2

Standar d series

10

11

12

13

20

Ga s L ens

se rie s

14

7

16

17

15

19

18

Lar ge

Gas

Lens series

Stubby

Gas

Lens series

included angle

Suregrip Series

8

5

4

3

6

7

2

SR26 ERGO TIG TORCH

180A AIR COOLED TIG WELDING TORCH

Rating:180Amp DC, 125Amp AC @35% duty cycle.

9

Stubby series

Standar d series

Ga s L ens

se rie s

Lar ge

Gas

Lens series

Stubby

Gas

Lens series

10

11

12

13

20

16

17

14

7

15 18

4

5

6

1

2

3

7

8

9

10

11

Torch Model

Description Part Number

4m

SR26 Suregrip Tig Torch Package c/w QF Gas Connect SR-26-4MCP50

19

Spare Parts

Part Number

WP26

WP26F

57Y02

57Y03

57Y04

UER1MS

UERSWL4

UERSWL8

UERSP1

UERH200

UERKJ200

UERLC200-08

UERJK200

Description

Torch head

Torch head flexible

Back cap long

Medium back cap

Short back cap

Momentary Kit

Trigger Lead 12.5ft

Trigger Lead 25ft

Screw Pack

Large Ergo Tig Handle

Large Knuckle Joint

Leather Cover X 0.8mt

Jointing Repair Kit

14

15

16

17

12

13

18

19

20

Part Number

UERNCL-32

UERNCL-72

UERCO200-40

UERCO200-80

USLH26-S

USLH26-H

USLH26-C

USL46V28AR

USL46V30AR

USL3550

USL-1-GS4

10004667

8m

SR-26-8MCP50

Description

Neoprene Cover X 3.2mt

Neoprene Cover X 7.2mt

Sheath X 12.5ft Inc Leather Cover

Sheath X 25ft Inc Leather Cover

Cable Support Large

“Surelok “ Housing Large

“Surelok “ Housing Cover

Power Cable X 12.5ft “Surelok “ Rubber

Power Cable X 25ft “Surelok “ Rubber

“Surelok “ Body & Support

Gas Supply Hose

7 Pin Plug

©All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted by any means, electronic, mechanical, photocopying or otherwise without the prior permission of ©Uniarc® the copyright holder.

25

SR26 ERGO TIG TORCH

Standard Front End Parts

Part # Description

18CG Cup Gasket

Part # Description

10N30 Collet Body 1.0mm

10N31 Collet Body 1.6mm

10N32 Collet Body 2.4mm

10N28 Collet Body 3.2mm

Suregrip Series

Part # Description

10N49L Long Alumina Nozzle Ø 8mm #5L

53N48L Long Alumina Nozzle Ø 10mm #6L

53N47L Long Alumina Nozzle Ø 11mm #7L

Part # Description

10N22 Collet 1.0mm

10N23 Collet 1.6mm

10N24 Collet 2.4mm

10N25 Collet 3.2mm

Part # Description

10N50 Alumina Nozzle Ø 6mm #4

10N49 Alumina Nozzle Ø 8mm #5

10N48 Alumina Nozzle Ø 10mm #6

10N47 Alumina Nozzle Ø 11mm #7

10N46 Alumina Nozzle Ø 13mm #8

10N45 Alumina Nozzle Ø 16mm #10

10N44 Alumina Nozzle Ø 19mm #12

Compact Gas Lens Front End Parts

Part #

54N01

Description

Gas Lens Gasket

Part #

45V25

45V26

45V27

Description

Gas Lens Body 1.6mm

Gas Lens Body 2.4mm

Gas Lens Body 3.2mm

Part # Description

54N14 Gas lens ceramic 8.0mm

54N15 Gas lens ceramic 7.0mm

54N17 Gas lens ceramic 5.0mm

TR0004-16

RED

ANSI/AWS A5.12-98

ISO 6848 WT20

2% Thoriated: Best stability at medium currents, good arc starts, medium tendency to spit, medium erosion rate.

Commonly used for steel and stainless steel applications

1/16 x 7” (1.6mm x 175mm)

3/32 x 7” (2.4mm x 175mm)

1/8 x 7” (3.2mm x 175mm)

Part #

TR0004-10

TR0004-16

TR0004-24

TR0004-32

Description

1.0mm x 175mm thoriated tungsten electrode 2%

1.6mm x 175mm thoriated tungsten electrode 2%

2.4mm x 175mm thoriated tungsten electrode 2%

3.2mm x 175mm thoriated tungsten electrode 2%

TR0006-16

WHITE

ANSI/AWS A5.12 M-98

ISO 6848 WZ8

.8% Zirconiated: Balls well, handles higher current with less spitting, better arc starts and arc stability than pure tungsten

Commonly used for aluminium applications

1/16 x 7” (1.6mm x 175mm)

3/32 x 7” (2.4mm x 175mm)

1/8 x 7” (3.2mm x 175mm)

Part #

TR0006-10

TR0006-16

TR0006-24

TR0006-32

Description

1.0mm x 175mm zirconiated tungsten electrode 1%

1.6mm x 175mm zirconiated tungsten electrode 1%

2.4mm x 175mm zirconiated tungsten electrode 1%

3.2mm x 175mm zirconiated tungsten electrode 1%

©All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted by any means, electronic, mechanical, photocopying or otherwise without the prior permission of ©Uniarc® the copyright holder.

26

Part # Description

10N49L Long Alumina Nozzle Ø 8mm #5L

53N48L Long Alumina Nozzle Ø 10mm #6L

53N47L Long Alumina Nozzle Ø 11mm #7L

ATTENTION! - CHECK FOR GAS LEAKS

At initial set up and at regular intervals we recommend to check for gas leakage.

Recommended procedure is as follows:

1. Connect the regulator and gas hose assembly and tighten all connectors and clamps.

2. Slowly open the cylinder valve.

3. Set the flow rate on the regulator to approximately 8-10 l/min.

4. Close the cylinder valve and pay attention to the needle indicator of the contents pressure

gauge on the regulator, if the needle drops away towards zero there is a gas leak.

Sometimes a gas leak can be slow and to identify it will require leaving the gas pressure in the

regulator and line for an extended time period. In this situation it is recommended to open the

cylinder valve, set the flow rate to 8-10 l/min, close the cylinder valve and check after a

minimum of 15 minutes.

5. If there is a gas loss then check all connectors and clamps for leakage by brushing or spraying

with soapy water, bubbles will appear at the leakage point.

6. Tighten clamps or fittings to eliminate gas leakage.

Important:

We strongly recommend that you check for gas leakage prior to operation of your machine. We recommend that you close the cylinder valve when the machine is not in use. Welding Guns Of Australia PTY LTD, authorised representatives or agents of

Welding Guns Of Australia will not be liable or responsible for the loss of any gas.

Part # Description

54N14 Gas lens ceramic 8.0mm

54N15 Gas lens ceramic 7.0mm

54N17 Gas lens ceramic 5.0mm

©All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted by any means, electronic, mechanical, photocopying or otherwise without the prior permission of ©Uniarc® the copyright holder.

27

Spare Parts Identification - RAZOR 200

2

1

6

5

3

18

20

4

7

10 11 12 13

15

9

8

19

16

14 17

17

Part Number Description

1. 10043469

2. 10043476

3. 10004636

4. 10004636

5 .10043442

6. 30000151

7. 10043418

8. 10043460

9. 10004957 front plastic panel handle panel socket DKJ35-50 panel socket DKJ35-50 front panel adhesive sticker

Amperage knob power cord(without cable support) rear plastic panel

10. 10037345 Single-phase rectifier bridge

ON/OFF switch

(GBPC3510 35A/1000V)

14

Part Number Description

11. 10029693 IGBT (FGH60N60SMD)

12. 10042799 main PCB: W209-22 (PN-55-A1)

13. 10044929 control PCB: W21201-21 (PK-234-A0)

14. 10037764 thermal switch (TBT301G20)

15. 10043379 cover

16. 10037796 fan and wire: DC24V/2X2-130(4500rpm)

17. 10042320 base plate

18. 10016391

19. 10042342

20. 10004697 gas nozzle(front panel) gas nozzle(rear panel) air socket for torch switch(front panel)

28

Part Number Description

11. 10029693 IGBT (FGH60N60SMD)

12. 10042799 main PCB: W209-22 (PN-55-A1)

13. 10044929 control PCB: W21201-21 (PK-234-A0)

14. 10037764 thermal switch (TBT301G20)

15. 10043379 cover

16. 10037796 fan and wire: DC24V/2X2-130(4500rpm)

17. 10042320 base plate

18. 10016391

19. 10042342

20. 10004697 gas nozzle(front panel) gas nozzle(rear panel) air socket for torch switch(front panel)

TIG WELDING TROUBLE SHOOTING

The following chart addresses some of the common problems of TIG welding. In all cases of equipment malfunction, the manufacturer’s recommendations should be strictly adhered to and followed.

1: Tungsten burning away quickly

Possible Reason Suggested Remedy

Incorrect Gas

No gas

Inadequate gas flow

Back cap not fitted correctly

Torch connected to DC +

Incorrect tungsten being used

Tungsten being oxidised after weld is finished

Tungsten melting back into the nozzle on AC welding

2: Contaminated tungsten

Possible Reason

Check that pure Argon is being used

Check the gas cylinder contains gas and is connected

Check the gas is connected, check hoses, gas valve and torch are not restricted. Set the gas flow between 8-12 l/min flow rate

Make sure the torch back cap is fitted so that the o-ring is inside the torch body

Connect the torch to the DC- output terminal

Check and change the tungsten type if necessary

Keep shielding gas flowing 10–15 seconds after arc stoppage. 1 second for each 10 amps of weld current.

Check that correct type of tungsten is being used. Check the balance control is not set too high on the balance - reduce to a lower setting

Suggested Remedy

Touching tungsten into the weld pool

Touching the filler wire to the tungsten

Keep tungsten from contacting weld puddle. Raise the torch so that the tungsten is off of the work piece 2 - 5mm

Keep the filler wire from touching the tungsten during welding, feed the filler wire into the leading edge of the weld pool in front of the tungsten

Tungsten melting into the weld pool Check that correct type of tungsten is being used. Too much current for the tungsten size so reduce the amps or change to a larger tungsten

3: Porosity - poor weld appearance and colour

Possible Reason Suggested Remedy

Incorrect Gas

Inadequate gas flow / gas leaks

Moisture on the base metal

Contaminated base metal

Contaminated filler wire

Check that pure Argon is being used

Check the gas is connected, check hoses, gas valve and torch are not restricted. Set the gas flow between 8-12 l/min flow rate. Check hoses and fittings for holes, leaks etc.,

Remove all moisture from base metal before welding

Remove materials like paint, grease, oil, and dirt, including mill scale from base metal

Remove all grease, oil, or moisture from filler metal.

Incorrect filler wire Check the filler wire and change if necessary

4: Yellowish residue / smoke on the alumina nozzle & discoloured tungsten

Possible Reason Suggested Remedy

Incorrect Gas

Inadequate gas flow

Inadequate post flow gas

Use pure Argon gas

Set the gas flow between 8-12 l/min flow rate

Increase the post flow gas time

Alumina gas nozzle too small for size of tungsten being used

Increase the size of the alumina gas nozzle

5: Unstable Arc during DC welding

Possible Reason Suggested Remedy

Torch connected to DC +

Contaminated base metal

Tungsten is contaminated

Connect the torch to the DC- output terminal

Remove materials like paint, grease, oil, and dirt, including mill scale from base metal.

Remove 10mm of contaminated tungsten and re grind the tungsten

Arc length too long Lower torch so that the tungsten is off of the work piece 2 - 5mm

6: HF present but no welding power

Possible Reason Suggested Remedy

Incomplete welding circuit

No gas

Check earth lead is connected. Check all cable connections. If using a water cooled torch check that the power cable is not separated.

Check the gas is connected and cylinder valve open, check hoses, gas valve and torch are not restricted. Set the gas flow between 10 - 15 l/min flow rate

Tungsten melting into the weld pool Check that correct type of tungsten is being used. Too much current for the tungsten size so reduce the amps or change to a larger tungsten

29

continued- TIG WELDING TROUBLE SHOOTING

7: Arc wanders during DC welding

Possible Reason Suggested Remedy

Poor gas flow

Incorrect arc length

Tungsten incorrect or in poor condition

Poorly prepared tungsten

Check and set the gas flow between 10 - 15 l/min flow rate

Lower torch so that the tungsten is off of the work piece 2 - 5mm

Check that correct type of tungsten is being used. Remove 10mm from the weld end of the tungsten and re sharpen the tungsten

Grind marks should run lengthwise with tungsten, not circular. Use proper grinding method and wheel.

Contaminated base metal

Contaminated filler wire

Remove contaminating materials like paint, grease, oil, and dirt, including mill scale from base metal.

Remove all grease, oil, or moisture from filler metal.

Incorrect filler wire Check the filler wire and change if necessary

8: Arc difficult to start or will not start DC welding

Possible Reason Suggested Remedy

Incorrect machine set up

No gas, incorrect gas flow

Tungsten is contaminated

Incorrect tungsten size and or tungsten being used

Loose connection

Earth clamp not connected to work

Loss of high frequency

Check machine set up is correct

Check the gas is connected and cylinder valve open, check hoses, gas valve and torch are not restricted. Set the gas flow between 10 - 15 l/min flow rate

Remove 10mm of contaminated tungsten and re grind the tungsten

Check and change the size and or the tungsten if required

Check all connectors and tighten

Connect the earth clamp directly to the work piece wherever possible

Check torch and cables for cracked insulation or bad connections. Check spark gaps and adjust if necessary

30

MMA (Stick) WELDING TROUBLE SHOOTING

The following chart addresses some of the common problems of MMA welding. In all cases of equipment malfunction, the manufacturer’s recommendations should be strictly adhered to and followed.

1: No arc

Possible Reason

Incomplete welding circuit

Wrong mode selected

No power supply

Check earth lead is connected. Check all cable connections.

Check the MMA selector switch is selected

Check that the machine is switched on and has a power supply

2: Porosity − small cavities or holes resulting from gas pockets in weld metal.

Possible Reason Suggested Remedy

Arc length too long

Work piece dirty, contaminated or moisture

Damp electrodes

3: Excessive Spatter

Possible Reason

Suggested Remedy

Shorten the arc length

Remove moisture and materials like paint, grease, oil, and dirt, including mill scale from base metal

Use only dry electrodes

Suggested Remedy

Amperage too high Decrease the amperage or choose a larger electrode

Arc length too long

3: Weld sits on top, lack of fusion

Shorten the arc length

Possible Reason Suggested Remedy

Insufficient heat input

Work piece dirty, contaminated or moisture

Poor welding technique

4: Lack of penetration

Possible Reason

Increase the amperage or choose a larger electrode

Remove moisture and materials like paint, grease, oil, and dirt, including mill scale from base metal

Use the correct welding technique or seek assistance for the correct technique

Suggested Remedy

Insufficient heat input

Poor welding technique

Increase the amperage or choose a larger electrode

Use the correct welding technique or seek assistance for the correct technique

Poor joint preparation Check the joint design and fit up, make sure the material is not too thick. Seek assistance for the correct joint design and fit up

5: Excessive penetration - burn through

Possible Reason Suggested Remedy

Excessive heat input

Incorrect travel speed

6: Uneven weld appearance

Possible Reason

Reduce the amperage or use a smaller electrode

Try increasing the weld travl speed

Suggested Remedy

Unsteady hand, wavering hand Use two hands where possible to steady up, practise your technique

7: Distortion − movement of base metal during welding

Possible Reason Suggested Remedy

Excessive heat input

Poor welding technique

Reduce the amperage or use a smaller electrode

Use the correct welding technique or seek assistance for the correct technique

Poor joint preparation and or joint design

Check the joint design and fit up, make sure the material is not too thick. Seek assistance for the correct joint design and fit up

7: Electrode welds with different or unusual arc characteristic

Possible Reason Suggested Remedy

Incorrect polarity Change the polarity, check the electrode manufacturer for correct polarity

31

PO Box 3033, Lansvale NSW 2166, AUSTRALIA

112 Christina Rd, Villawood, NSW 2163

Phone: (02) 9780 4200

Fax: (02) 9780 4244

Email: [email protected] / Web: www.unimig.com.au

Welding Guns Of Australia Pty Ltd

ABN: 14 001 804 422

Welding Guns Of Australia Pty Ltd (‘Us’, ‘We’) warrants that the following products under UNI-MIG, UNI-TIG,

UNI-PLAS, UNI-FLAME, TECNA, T&R, HIT-8SS & ROTA, supplied by Us and purchased by you from an Authorised

UNI-MIG, UNI-TIG, UNI-PLAS, UNI-FLAME, TECNA, T&R, HIT-8SS & ROTA Dealer throughout Australia are free of

Material and Faulty Workmanship defects except for those products listed under ‘Warranty Exclusions’.

These terms and conditions supersede and exclude all former and other representations and arrangements relating to any warranties on these products.

WARRANTY PERIOD

We offer the following ‘Warranty Periods’ from ‘date of purchase’:

An Extended Warranty Period of 6 months total shall apply only to Machinery where offered and warranty is registered online.

UNI-MIG WELDING MACHINES

UNI-MIG DIY Series (Power Source Only)

RAZORWELD Series (Power Source Only)

UNI-MIG Procraft Series (Power Source Only)

UNI-MIG Trade Series (Power Source Only)

UNI-MIG Trade Series SWF (Power Source / Seperate Wire Feeder Only)

UNI-MIG Workshop Series (Power Source Only)

UNI-MIG Workshop Series SWF (Power Source / Separate Wire Feeder Only)

UNI-MIG Jasic Inverter MIG (Power Source Only)

UNI-MIG Jasic Inverter MIG SWF (Power Source / Separate Wire Feeder Only)

UNI-TIG Jasic Inverter TIG (Power Source Only)

UNI-MIG Water Cooler

T&R Pulse MIG (Power Source Only)

T&R Pulse MIG SWF (Power Source / Separate Wire Feeder Only)

UNI-PLAS (Power Source Only)

UNI-PLAS Jasic Series (Power Source Only)

UNI-PLAS Site Cut Series (Power Source Only)

UNI-FLAME Gas Cutting and Welding Kits

UNI-FLAME Straight Line & Gas Cutting Machines (Power Source Only)

UNI-FLAME Regulators Argon/ Acetylene / Oxygen / LPG / Bobbin Flowmeter

UNI-FLAME Automatic Welding Helmet

UNI-MIG Automatic Welding Helmets

TECNA (Power Source Only)

HIT-8SS Automatic Carriage (Power Source Only)

ROTA 102 Rotating table

HOTBOX ElectrodeOven

SPOTCAR 3500

TORCHES -GMAW, GTAW, MMAW, PLASMA, EARTH LEADS,

INTERCONNECTING CABLES, GAS HOSE

2 Years

3 Years

3 Years

3 Years

3 Years

3 Years

3 Years

3 Years

3 Years

3 Years

1 Year

2 Year

2 Year

3 Years

2 Years

1 Year

(Clause 3)

(Clause 1&3)

(Clause 1&3)

(Clause 1&3)

(Clause 1&3))

(Clause 1&3)

(Clause 1&3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

(Clause 3)

3 Months (Clause 2&3)

1 Year (Clause 3)

1 Year

2 Years

2 Years

1 Year (Clause 3)

(Clause 3) 1 Year

1 Year

1 Year

1 Year (Clause 3)

3 Months (Clause 3)

(Clause 1) 3 year warranty on transformers, inductor and rectifier. 1 year warranty on PCB, and all other components, .

(Clause 2) Gas Hose, Flashbacks are subject to and covered by the Manufacture’s Individual Warranty, Contact the manufacturer for details

(Clause 3) This only Covers Manufactures defaults on all accesories for the first three months after date of purchase.

32

Welding Guns Of Australia Pty Ltd

ABN: 14 001 804 422

WARRANTY / RETURNS / EXCHANGES

We understand that sometimes you may need to return a product you have purchased from Welding Guns Of

Australia PTY LTD Authorised Dealer Network, to assist you, we have set out below the Welding Guns Of Australia

PTY LTD Returns Policy that you should know.

Our Returns Policy includes the rights you have under the Australian Consumer Law and other relevant laws.

Your Rights under the Australian Consumer Law - Our goods come with guarantees that cannot be excluded under the Australian Consumer Law. You are entitled to a replacement or refund for a major failure and for compensation for any other reasonably foreseeable loss or damage. You are also entitled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the failure does not amount to a major failure.

• You shall inspect the Goods on delivery and shall within seven (7) days of delivery (time being of the essence) notify Welding Guns Of Australia PTY LTD of any alleged defect, shortage in quantity, damage or failure to comply with the description or quote.

• You shall also afford Welding Guns Of Australia PTY LTD the opportunity to inspect the Goods within a reasonable time following delivery if you believe the Goods are defective in any way.

• If you shall fail to comply with these provisions the Goods shall be presumed to be free from any defect or damage.

For defective Goods, which Welding Guns Of Australia PTY LTD has agreed in writing that you are entitled to reject,

Welding Guns Of Australia PTY LTD liability is limited to either (at the Welding Guns Of Australia PTY LTD discretion) replacing the Goods or repairing the Goods except where you have acquired Goods as a consumer within the meaning of the Trade Practices Act 1974 or the Fair Trading Acts of the relevant state or territories of Australia, and is therefore also entitled to, at the consumer’s discretion either a refund of the purchase price of the Goods, or repair of the Goods, or replacement of the Goods.

Returns will only be accepted provided that:

(a) You have complied with the provisions outlined above, and

(b) where the Goods are unable to be repaired, the Goods are returned at your cost within thirty (30) days of the delivery date, and

(c) Welding Guns Of Australia PTY LTD will not be liable for Goods which have not been stored or used in a proper manner, and

(d) the Goods are returned in the condition in which they were delivered and with all packaging material, brochures and instruction material in as new condition as is reasonably possible in the circumstances.

• Welding Guns Of Australia PTY LTD Accepts no responsibility for products lost, damaged or mislaid whilst in transit

• Welding Guns Of Australia PTY LTD may (at their sole discretion) accept the return of Goods for credit but this may incur a handling fee of up to fifteen percent (15%) of the value of the returned Goods plus any freight costs.

• Where a failure does not amount to a major failure, Welding Guns Of Australia PTY LTD is entitled to choose between providing you with a repair, replacement or other suitable remedy.

• Your rights under the Australian Consumer Law are not limited by a defined time. However, the Australian

Consumer Law does recognise that the relevant time period can vary from product to product, depending on factors such as the nature of the product and the price. Welding Guns Of Australia PTY LTD adopts the same approach. As you can appreciate, the type of remedy we can offer you may also vary depending on how long it takes you to return the product to us.

33

MAKING A CLAIM

If you wish to make a claim under this Warranty, you should:

• Return the product to the point of purchase either in person or on a prepaid courier; or

• Contact Us by Telephone

Sydney Head Office: 02 9780 4200 or Mail PO Box 3033 Lansvale NSW 2166.

Queensland:

Victoria:

Western Australia:

07 3333 2855

03 8682 9911

08 6363 5111

When returned, the product must be accompanied with the original invoice including the purchase price and disclosing the purchase date

All costs of installation, cartage, freight, travelling expenses, hiring tools and insurance are paid by the

Customer.

To the extent permitted by law, our total liability for loss or damage of every kind related to the product in any way whatsoever is limited to the amount paid to the retailer by you for the product or the value of the product.

No responsibility will be taken for products lost, damaged or mislaid whilst in transit.

WARRANTY EXCLUSIONS

This Warranty covers Material and Faulty Workmanship defects only.

This Warranty does not cover damage caused by:

• Normal wear and tear due to usage

Misuse or abusive use of the UNI-MIG, UNI-TIG, UNI-PLAS, UNI-FLAME, TECNA, T&R, HIT-8SS & ROTA, instructions supplied with the product.

Failure to clean or improper cleaning of the product

Failure to maintain the equipment such as regular services etc

• Incorrect voltage or non-authorised electrical connections

Improper installation

Use of non-authorised/non-standard parts

Abnormal product performance caused by any ancillary equipment interference or other external factors

Failure or any breakage caused by overload, dropping or abusive treatment or use by the customer

Repair, modifications or other work carried out on the product other than by an Authorised UNI-MIG, UNI-TIG,

UNI-PLAS, UNI-FLAME, TECNA, T&R, HIT-8SS & ROTA Service Dealer

Unless it is a manufacturing fault, this Warranty does not cover the following parts:

MIG Welding Torches and Consumables to suit, such as:

Gas Nozzels, Gas Diffusers, Contact Tip holder, Contact tip, Swan Necks, Trigger, Handle, Liners,

Wire Guide, Drive Roller, Gas Nozzle Spring. Neck Spring, Connector Block, Insulator, Gas Nipple, Cap, Euro Block,

Head Assembly, Gas Block, Trigger Spring, Spring Cable Support, Neck Insulator, Shroud Spring,

Gun Plug Cover, Lock Nut, Snap On Head, Spring Cap, Ball, Motor 42 Volt, Pot 10K standard, Knob, Drive Roll Seat,

Washer, Bow, Ball Bearing, Wire Condue Nipple, Central Plug, Printed Circuit Board, Gun Plug House, Cable

Support, Gas Connector, Handle To Suit PP36 with Knobs, All Xcel-Arc/ Magmaweld Mig Welding Wires &

.

Electrodes, Arc Leads, Welding Cable, Electrode Holder, Eatch Clamps

TIG Welding Torches and Consumables to suit, such as:

Tungsten Electrodes, Collet, Collet Body, Alumina Nozzle, Torch Head, Torch Head water Cooled,

Torch Head Flexible,Back Caps, Gas Lens, Torch Handle, Cup Gasket, Torch Body Gas Valve, O-ring,

All UNI-MIG TIG Welding Rods, All Xcel-Arc/ Magmaweld Electrodes, Arc Leads, Welding Cable, Electrode Holder,

Eatch Clamps.

34

PLASMA Cutting Torches and Consumables to suit, such as:

All Cutting Tips, All Diffuser/Swirl Ring, All Electrode, Retaining Caps, Nozzle Springs, All Spacers, All Shield Caps,

All Air and Power Cables, All Switches, All O-rings, All Springs, All Circle Guides and Cutting Kits, Torch Bodies, Air

Filter Regulator, Arc Leads, Welding Cable, Electrode Holder, Eatch Clamps

STRAIGHT LINE CUTTING MACHINES and Consumables to suit, such as:

Hoses, Fittings, Track, Cutting Nozzles.

HIT-8SS Welding Carriage Consumables to suit, such as:

Input Cord, Inter-connecting Cord, Triggering Cable.

This Warranty does not cover products purchased:

• From a non-authorised UNI-MIG, UNI-TIG, UNI-PLAS, UNI-FLAME, TECNA,T&R, HIT-8SS & ROTA Dealer

(such as purchases from unauthorised retailers and purchases over the Internet from unauthorised local/international sellers or sites such as EBay)

• At an auction;

• From a private seller

Unless it is a manufacturing fault, this Warranty does not apply to any products sold to Hire Companies.

These conditions may only be varied with the written approval of the Directors of Welding Guns Of Australia PTY LTD

REMEMBER TO RETAIN YOUR ORIGINAL INVOICE FOR PROOF OF PURCHASE

.

Notes

35

©

Welding Guns Of Australia PTY LTD 2013

Welding Guns Of Australia Pty Ltd

ABN: 14 001 804 422

PO Box 3033, Lansvale NSW 2166, AUSTRALIA

112 Christina Rd, Villawood, NSW 2163

Phone: (02) 9780 4200

Fax: (02) 9780 4244

Email: [email protected] / Web: www.unimig.com.au

36

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