XLNT TIG 200A Inverter Welding Machine

The XLNT TIG 200A is a compact TIG inverter welding machine designed for precision metalwork, fabrication, repair and professional workshop welding. The live product page describes it as a portable TIG welder that delivers smooth arc performance and precise welding control.

The website currently lists an adjustable output-current range of 20-200A, 85% efficiency, 60% duty cycle, 220V ±15% input voltage, 55V no-load voltage and IP21 protection. It is positioned for professional welders, workshops and DIY users. 

However, the supplied specification image lists 415V input, 20‚300A output, a 12.8kg net weight and dimensions of 480 ,205 ,355mm. These values conflict with the live page and should not be mixed into the final listing until the product rating label is checked.

Adjustable TIG Welding Current

The live website lists an output-current range of 20-200A. Adjustable welding current helps the operator select a suitable output based on the tungsten electrode, base-metal thickness, filler material, joint design and welding position.

The supplied image instead lists 20-300A. Until the physical rating plate is verified, use:

Published Website Output Current Range: 20-200A

Do not claim:

• Confirmed 300A maximum output
• Continuous 300A operation
• 300A at 60% duty cycle
• Rated 300A TIG welding current

TIG Welding for Precision Metalwork

TIG welding is the primary application listed on the current product page. The machine is positioned for precision metalwork and workshop welding where controlled heat and accurate arc handling are important.

Actual welding suitability depends on:

• Base-metal type
• Base-metal thickness
• Tungsten-electrode size
• Filler-rod type
• Shielding gas
• Gas-flow rate
• Welding current
• Polarity
• Torch configuration
• Operator experience

The website does not currently specify supported metals. Do not automatically claim aluminium, stainless-steel or copper welding capability without confirming the machine’s TIG mode and output type.

Smooth Arc Performance

The current page describes the product as a compact TIG inverter welder offering smooth arcs and precise control. This positioning makes it suitable for appropriate fabrication, maintenance and precision-welding work.

Arc quality can be affected by:

• Electrical-supply stability
• Earth-clamp connection
• Tungsten preparation
• Shielding-gas quality
• Gas-flow rate
• Torch condition
• Welding parameters
• Surface cleanliness

220V Versus 415V Electrical Conflict

The live product page lists:

Input Voltage: 220V ±15%

The supplied image lists:

Input Voltage: 415V ±15%

This must be verified before the machine is connected to power. A 220V single-phase machine and a 415V industrial machine require completely different electrical installations.

Do not connect the machine until the voltage shown on the physical rating plate has been confirmed.

If it is 220V, verify:

• Single-phase operation
• Rated input current
• Recommended MCB
• Plug and socket rating
• Input-cable size
• Extension-cable size

If it is 415V, verify:

• Three-phase operation
• Phase configuration
• MCB or MCCB rating
• Industrial plug and socket
• Input-cable size
• Earthing arrangement
• Isolation-switch requirement

Listed 60% Duty Cycle

Both the live page and supplied specification image list a 60% duty cycle.

Duty cycle indicates how long the machine can weld during a specified test period before cooling is required.

The available information does not identify:

• The current at which 60% was tested
• The ambient test temperature
• The testing standard
• The required cooling time

Use:

Listed Duty Cycle: 60%

Do not state ‚Äú200A at 60% duty cycle or 300A at 60% duty cycle‚ without manufacturer confirmation.

Listed 85% Efficiency

The live page and supplied image both list 85% efficiency.

This value can be included in the technical specifications. Avoid direct efficiency comparisons with other welding machines unless all models were tested under equivalent standards and conditions.

55V No-Load Voltage

Both sources list a no-load voltage of 55V.

No-load voltage is present when the machine is switched on but welding is not taking place. Avoid touching exposed terminals, torch conductors or other electrically live components while the machine is energised.

Power-Factor Conflict

The live website lists:

Power Factor: 0.73

The supplied specification image lists:

Power Factor: 0.93

Check the physical rating label before publishing either value. The difference is too large to treat as a simple formatting issue.

IP21 Protection

The current website and supplied image both list IP21 protection.

IP21 does not mean the machine is waterproof. Keep it protected from:

• Rain
• Water spray
• Standing water
• Wet workshop floors
• Damp storage
• Excessive grinding dust
• Conductive metal particles

Keep all ventilation openings clear during operation.

Class F Insulation

The supplied image lists insulation grade F.

This can be included after verifying it from the machine label. Do not use Class F insulation to claim a specific operating temperature unless supported by manufacturer documentation.

Weight and Dimension Conflict

The live website lists a compact body with a net weight of 5.5kg.

The supplied image lists:

Net Weight: 12.8kg
Dimensions: 480,205,355mm

Check whether:

• 5.5kg is the machine weight
• 12.8kg is the gross package weight
• The image belongs to another model
• The dimensions are machine or carton dimensions

Do not publish both weights on the same page.

Professional Welding Applications

The live page positions the machine for:

• Professional welders
• Workshops
• DIY users
• TIG welding
• Precision metalwork
• Workshop welding

Additional possible users include fabrication teams and maintenance technicians, but suitability depends on the verified electrical and welding specifications.

TIG Torch and Accessories

The current package section states:

• Welding Machine
• Optional TIG Accessories

This is too vague for a professional product listing.

Before publishing, verify whether the package includes:

• TIG torch
• TIG torch cable
• Earth clamp
• Earth-clamp cable
• Gas hose
• Argon regulator
• Flowmeter
• Tungsten electrodes
• Ceramic cups
• Collets
• Collet bodies
• Filler rods
• Electrode holder
• User manual
• Power cable
• Warranty card

Do not show a TIG torch or regulator as included unless it is physically present in the package.

Shielding-Gas Requirement

TIG welding generally requires a suitable shielding-gas system, but the current product page does not state the approved gas or flow requirement.

Confirm:

• Recommended shielding gas
• Gas purity requirement
• Gas-flow range
• Regulator requirement
• Flowmeter requirement
• Gas-hose connection
• Torch-gas connector
• Pre-flow adjustment
• Post-flow adjustment

Do not assume a gas regulator or cylinder is included.

TIG Starting Method

The page does not identify whether the machine uses:

• High-frequency TIG start
• Lift TIG
• Scratch start
• Contact ignition

This is a major specification for professional TIG buyers and should be confirmed before publication.

DC or AC/DC TIG Operation

The current page does not state whether the machine is:

• DC TIG only
• AC TIG
• AC/DC TIG
• TIG and MMA combination

This determines the materials and applications the machine can support.

Do not promote aluminium TIG welding unless AC output or another suitable process is officially confirmed.

Digital Current Control

The product image appears to show a digital display and current-adjustment control.

Confirm what the display shows:

• Selected welding amperage
• Actual welding current
• Error codes
• Voltage
• Thermal warning
• Welding mode
• Gas-flow timing

Until verified, use:

Digital Current-Setting Display

How to Use

1. Place the welding machine on a stable, dry and well-ventilated surface.
2. Confirm the correct input voltage from the physical rating label.
3. Inspect the power cable, TIG torch, earth clamp, gas hose and connectors.
4. Connect the machine to the correct electrical supply.
5. Attach the earth clamp to clean, bare metal.
6. Install a suitable tungsten electrode in the TIG torch.
7. Connect the approved shielding-gas supply.
8. Set the required gas-flow rate.
9. Select the appropriate welding current and verified TIG mode.
10. Wear approved welding personal protective equipment.
11. Test the settings on scrap material where possible.
12. Begin welding using the correct torch angle and arc length.
13. Monitor gas coverage, arc stability and machine temperature.
14. Follow the listed duty-cycle limitation.
15. Switch off the machine and isolate the power and gas supplies after use.

Safety Instructions

• Confirm whether the machine requires 220V or 415V before connection.
• Electrical installation should be checked by a qualified electrician.
• Wear an approved auto-darkening welding helmet.
• Wear flame-resistant gloves and protective clothing.
• Use suitable safety footwear.
• Provide adequate ventilation or fume extraction.
• Secure the shielding-gas cylinder correctly.
• Keep combustible materials away from the welding area.
• Never weld sealed tanks or pressurised containers.
• Inspect the TIG torch, cables and gas hose before use.
• Use a properly earthed electrical supply.
• Keep the welding machine dry.
• Protect nearby people from arc radiation.
• Keep ventilation openings unobstructed.
• Follow the verified duty-cycle limitation.
• Disconnect the machine before servicing.
• Internal repairs must be handled by qualified technicians.

Maintenance Instructions

• Keep the welding-machine body clean and dry.
• Remove dust from ventilation openings regularly.
• Inspect the TIG torch and cable.
• Replace worn ceramic cups, collets and torch consumables.
• Check the tungsten-electrode condition.
• Inspect the gas hose for leaks.
• Check the earth clamp and cable.
• Keep electrical connectors tight and clean.
• Confirm that the cooling fan operates correctly.
• Do not wash or submerge the machine.
• Store the welder in a clean and dry location.
• Arrange periodic professional servicing based on usage.