CORE 210 MMA (110/240V)
CORE 210 MMA (110/240V)

CORE 210 MMA (110/240V)

SKU: CORE210/55.22.03 | MPN: CORE210/55.22.03

£513.28 £427.73
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Overview

CORE 210 MMA – High-Performance MMA & Lift-TIG Welder

The CORE 210 MMA is the most powerful model in the CORE MMA range, built for professionals who demand strong output, superior arc quality and maximum durability on the toughest job sites. Offering MMA, MMA Pulse, Lift-TIG and Lift-TIG Spot modes, it delivers smooth ignition, deep penetration and stable arc performance across all electrode types. With a rugged hybrid steel design, high-contrast display, extended duty cycle and automatic 115/230V switching, the CORE 210 is engineered for fabrication shops, mobile welders, construction and heavy maintenance work.

Package Includes

CORE 210 MMA Power Source
Stick Electrode Holder – 3 m, 16 mm² with plug
Work Return Cable with Clamp – 3 m, 16 mm² with plug

This is ideal for:

  • Heavy on-site work and construction
    Fabrication workshops
    Agricultural and machinery repair
    General and light structural steelwork
    Maintenance & repair operations
    Mobile welding teams needing strong output
    Trades working with long extension cables or generator power

What Does it Weld?

  • Carbon steels
    Stainless steels
    Aluminium (via Lift-TIG DC)
    Cast irons
    All common MMA electrodes, including basic, rutile, cellulose and high-deposition rods

Features

  • High-output 210A performance for demanding jobs
    Synergic MMA modes for quick setup and consistent results
    MMA Pulsed Arc Control reduces spatter and improves weld quality
    Hot Start & Arc Force for smooth ignition and anti-sticking
    Lift-TIG DC & Lift-TIG Spot for cleaner arc starts
    Auto Power Line Adaptation — automatic 115/230V switching
    High-contrast display for outstanding visibility indoors/outdoors
    Parameter storage for repeatable welding setups
    Predictive maintenance indicator for reduced downtime
    Wind-tunnel cooling system for maximum reliability
    Rugged hybrid steel/composite construction
    VRD (Voltage Reduction Device) for site safety
    Designed for excellent performance with long extension cables
    Includes ergonomic handle and shoulder strap for easy transport

Technical Data

  • Welding Process: MMA / MMA Pulse / TIG DC Lift / TIG DC Lift Spot
    Dimensions: 429 × 172 × 316 mm
    Weight: 9.5 kg
    IP Rating: IP23S
    Insulation Class: H
    Power Cable: 3 × 2.5 mm² – 3 m
    Power Plug: 16 A, 250 V, Type F

    Power Supply (50/60Hz):

    1 × 230 V ±15%
    1 × 115 V ±15%
    Maximum Input Power:

    7.36 kVA (230 V)
    3.74 kVA (115 V)
    Maximum Input Current:

    32 A (230 V)
    27 A (115 V)
    Efficiency:

    87.3% (230 V)
    84.6% (115 V)
    Open Circuit Voltage: 76 V DC
    Power Factor: 0.99
    Welding Current Range:

    20–210 A (230 V)
    20–110 A (115 V)
    Duty Cycle @ 40°C:

    25% @ 210 A
    60% @ 135 A
    100% @ 105 A

Why Buy the CORE 210 MMA?

The CORE 210 MMA offers maximum power and outstanding stability for welders who need performance without compromise. With synergic MMA modes, MMA Pulse, robust arc control and automatic voltage adaptation, it delivers clean, reliable welds across all electrode types and working conditions. Its durable construction, smart features, spacious display and long-duty-cycle output make it ideal for heavy fabrication, construction and mobile welding. Backed by a 5-year warranty, the CORE 210 is built to perform day after day.

Specifications

General
 
SKU
CORE210/55.22.03
Weight (kg)
9.5
Warranty
5 Years
MPN
CORE210/55.22.03

Product Attachments

Frequently Asked Questions

How are ARC welders rated?
ARC welders are rated based on their output current, typically measured in amperes (A). This rating indicates the maximum current the welder can deliver for effective welding. Additionally, duty cycle, efficiency, and voltage ratings are also considered for performance assessment.
How does ARC welding work?
ARC welding works by creating an electric arc between an electrode and the workpiece, generating intense heat that melts the metal. The molten metal fuses together as it cools, forming a strong joint. Shielding gases or flux protect the weld from contamination.
How does travel speed affect welding?
Travel speed significantly impacts weld quality. A faster speed can lead to insufficient penetration and weak joints, while too slow a speed may cause excessive heat, resulting in distortion or burn-through. Achieving the right balance is crucial for optimal weld integrity.
How much for a welding machine?
The price of a welding machine can vary significantly based on the type and specifications. Generally, you can expect to pay between £200 and £3,000. For a more precise quote, please check our website or contact us directly for tailored options.
How much is an ARC welder?
The price of an ARC welder in the UK typically ranges from £150 to £1,500, depending on the brand, features, and power output. Entry-level models are more affordable, while professional-grade machines with advanced capabilities can be pricier.
How to choose a welder?
When choosing a welder, consider the type of welding you'll be doing (MIG, TIG, or Stick), the materials you'll work with, and your skill level. Look for a machine with the right amperage range, portability, and safety features. Don’t forget to check reviews!
How to clean a welding machine?
To clean a welding machine, first disconnect it from the power supply. Use a soft brush or compressed air to remove dust and debris from vents and components. Wipe surfaces with a damp cloth and mild detergent. Ensure all parts are dry before reconnecting. Regular maintenance prolongs lifespan.
How to control heat in MMA welding?
To control heat in MMA welding, adjust the amperage according to the material thickness, maintain a steady travel speed, and use appropriate electrode size. Keep a consistent arc length and avoid excessive weaving to prevent overheating and distortion.
How to flux core weld?
To flux core weld, set up your welder with the appropriate wire and gas if needed. Clean the metal surfaces, adjust the voltage and feed speed, then hold the torch at a 15-20 degree angle. Move steadily along the joint, ensuring good penetration and bead consistency.
How to prevent porosity in welding?
To prevent porosity in welding, ensure proper joint preparation, clean surfaces of contaminants like oil and rust, use the correct shielding gas, maintain optimal arc length, and control the welding speed. Regularly inspect equipment for leaks and defects.
How to remove slag after welding?
To remove slag after welding, allow the weld to cool slightly, then use a chipping hammer to gently tap off the slag. Follow up with a wire brush to clean the weld surface thoroughly. Always wear appropriate safety gear to protect yourself during this process.
How to set up an MMA welding machine?
To set up an MMA welding machine, ensure it's on a stable surface. Connect the electrode holder to the positive terminal and the earth clamp to the negative. Set the correct amperage based on the electrode size. Finally, plug it in and check for proper ventilation.
How to stick weld?
To stick weld, first prepare the metal surfaces by cleaning them. Select the appropriate electrode and set your welder to the correct amperage. Strike an arc by tapping the electrode on the metal, then maintain a steady motion to create a consistent bead. Keep a safe distance and wear protective gear.
How to strike an arc in welding?
To strike an arc in welding, first ensure your equipment is set up correctly. Hold the electrode at a slight angle and bring it close to the workpiece. Quickly tap or scratch the electrode against the surface to create a spark, then lift it slightly to maintain the arc.
How to wire a welder?
To wire a welder, ensure it's unplugged. Connect the power supply to the welder's input terminals, matching the live, neutral, and earth wires correctly. Use appropriate cable sizes and secure connections. Always consult the manufacturer's manual for specific instructions.
Please, mind that only logged in users can submit questions

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