Everlast PowerARC 210STL – 210 Amp Dual-Voltage DC Stick & Lift TIG Welder

Professional Stick welding performance with DC TIG versatility in one compact inverter machine.
The Everlast PowerARC 210STL is designed for pipeline work, fabrication, plant maintenance, farm and ranch repair, shutdowns, and portable welding applications. It combines strong E6010 and cellulosic-electrode performance with adjustable Stick controls and DC Lift TIG capability.

Built from years of customer feedback, the PowerARC 210STL maintains a straightforward control layout while adding useful professional features such as dual-voltage operation, VRD, Anti-Stick, adjustable Hot Start, adjustable Arc Force, and optional remote TIG control.

Why Welders Choose the PowerARC 210STL

• E6010 Capability: Dedicated setting helps improve performance with E6010 and other cellulosic electrodes.
• Dual-Voltage Operation: Use 120V for portability or 240V for maximum welding output.
• Adjustable Stick Controls: Fine-tune Hot Start and Arc Force to match the electrode, position, and application.
• DC Lift TIG Capability: Add a compatible TIG torch and regulator for steel, stainless steel, and chrome-moly work.
• Professional Safety Features: VRD and Anti-Stick support safer, easier Stick welding operation.
• Simple Digital Interface: Precise parameter adjustment without complicated controls.

Key Features

• DC Stick and DC Lift TIG welding capability
• 120V/240V dual-voltage input
• Digital IGBT inverter technology
• Stable, smooth DC welding arc
• Dedicated E6010/Cellulosic electrode setting
• Adjustable Stick Arc Force
• Adjustable Stick Hot Start
• VRD function for reduced open-circuit voltage in Stick mode
• Anti-Stick function for easier electrode release
• Built-in Lift TIG and Live Lift TIG
• Built-in TIG gas solenoid control
• Adjustable TIG downslope
• Adjustable TIG post-flow
• 2T/4T torch-switch control
• Optional foot-pedal operation
• Standard 35 Series DINSE-style connectors
• Simple and intuitive control layout

What’s Included

• Stick Electrode Holder with 10' Cable and 35 Series DINSE Connector
• Ground Clamp with 10' Cable and 35 Series DINSE Connector
• 120V/240V Power Adapter

Important: TIG torch, foot pedal, regulator, gas hose, and TIG consumables are not included.

Ideal Applications

• Pipeline welding
• Shipyards
• Fabrication shops
• Plant and factory maintenance
• Industrial shutdowns
• Farm and ranch repair
• Portable field repair
• Home and professional shops
• Heavy equipment maintenance

Recommended Materials

• Steel: Stick and TIG
• Stainless Steel: Stick and TIG
• Chrome-Moly: Stick and TIG
• Aluminum: Stick welding only with suitable aluminum electrodes

Note: This machine provides DC output only. DC TIG is not recommended for welding aluminum.

Stick Welding Capacity

On 120V Power:

• Minimum Electrode Diameter: 1/16"
• Maximum Electrode Diameter: Up to approximately 1/8"

On 240V Power:

• Minimum Electrode Diameter: 1/16"
• Maximum Electrode Diameter: Approximately 5/32"–3/16"

Maximum electrode size depends on the electrode classification, manufacturer recommendations, welding position, and application.

TIG Welding Capacity

On 120V Power:

• Minimum Steel/Stainless Thickness: Approximately .025"
• Maximum Single Pass: Up to approximately 3/16"
• Maximum Multi-Pass: Up to approximately 3/8"

On 240V Power:

• Minimum Steel/Stainless Thickness: Approximately .025"
• Maximum Single Pass: Up to approximately 5/16"
• Maximum Multi-Pass: Up to approximately 1/2"

TIG capacity figures are based on standard welding practices for quality welds. Actual capacity depends on joint design, material condition, shielding gas, operator technique, and application requirements.

TIG Setup Requirements

To use the PowerARC 210STL in TIG mode, the following optional equipment is required:

• Compatible TIG torch with torch switch or remote connection
• Compatible 22k-ohm foot pedal, if remote amperage control is desired
• Argon regulator and gas hose
• Tungsten electrodes and TIG torch consumables
• Shielding gas

DC TIG Limitations

• This machine does not provide AC TIG output.
• It is not designed for TIG welding aluminum or magnesium.
• Aluminum may be welded in Stick mode using suitable flux-coated aluminum electrodes.

Generator Requirements

• Use only generators certified by the manufacturer as producing clean power
• Total harmonic distortion should be less than 5%
• For 120V Operation: Minimum recommended generator capacity is approximately 4,500 surge watts
• For 240V Operation: Minimum recommended generator capacity is approximately 8,900 surge watts

Maximum output is reduced when operating on 120V power. Damage caused by an undersized generator or one that does not produce clean power may not be covered by the manufacturer’s warranty.

Who Is the PowerARC 210STL Best For?

The PowerARC 210STL is best suited for welders who primarily need strong Stick performance but also want the option to add DC TIG capability. Its E6010 setting, dual-voltage input, adjustable arc controls, and portable inverter design make it a practical choice for pipeline, repair, maintenance, fabrication, and field-service work.

Frequently Asked Questions

Can the PowerARC 210STL weld with E6010 electrodes?
Yes. It includes a dedicated E6010 setting for improved performance with E6010 and other cellulosic electrodes.

Does this machine include a TIG torch?
No. The standard package includes the Stick electrode holder, ground clamp, and dual-voltage adapter. TIG equipment is sold separately.

Can it TIG weld aluminum?
No. It provides DC TIG output only. Aluminum TIG welding normally requires an AC TIG machine.

Can it weld aluminum in Stick mode?
Yes. Aluminum may be welded in Stick mode using suitable aluminum electrodes.

Can I use a TIG foot pedal?
Yes. The machine supports an optional compatible foot pedal for TIG amperage control.

Can it operate on standard 120V power?
Yes. It operates on both 120V and 240V, although output and welding capacity are reduced on 120V.

What is VRD?
Voltage Reduction Device technology lowers open-circuit voltage in Stick mode when the machine is not actively welding, which may be required or preferred in certain work environments.