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  • 090-005682-00502  EWM Picomig 225 Puls TKG MIG Welder Power Source - 230v, 1ph
  • 090-005682-00502  EWM Picomig 225 Puls TKG MIG Welder Power Source - 230v, 1ph
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Rapid Ref : 090-005682-00502  

EWM Picomig 225 Puls TKG MIG Welder Power Source - 230v, 1ph
090-005682-00502

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£3490.00  EX VAT
 Buy in 3 easy interest free payments of £1163.33† with
Additional items to consider

Ex Demonstration EWM Picomig 225 Puls TKG MIG Welder Power Source. Multiprocess MIG/MAG pulse welding machine, compact, portable, Euro torch connector, with PFC module, for 15Kg D300 spools.

High-efficiency current draw thanks to integrated PFC (Power Factor Correction) Technology.

Your benefits

  • No need to purchase additional characteristics – all characteristics for this machine type are included in the scope of delivery ex-works
  • Portable or can be carried on a trolley
  • High-precision, powerful EWM eFeed 4-roll wire feed mechanism for secure feeding of all solid and flux-cored wires
  • High open circuit voltage for excellent ignition characteristics
  • Energy-saving thanks to high efficiency and standby function
  • Easy, tool-free change of welding polarity
  • Insulated wire space
  • Delivery includes practical torch holder
  • 5m mains supply lead with 16A shock-proof plug
  • Free WPQR package for certification up to and including EXC2 following EN 1090 and for welding of unalloyed steels up to and including S355
  • Overvoltage protection: No damage to the machine caused if inadvertently connected to 400-V mains voltage

Product Details

- GMAW pulsed welding and GMAW standard welding

- Significantly less spatter formation and therefore less finishing work, all thanks to the pulse function

- GMAW pulse welding of aluminium and aluminium alloys

- Characteristics for steel, CrNi, CuSi, aluminium and flux-cored wires

- MMA welding and TIG lift arc welding

- Perfect for welding self-shielding flux cored wires

- Infinitely adjustable arc dynamics (choke effect)

- Non-latched/latched operation

- Interval welding

- Adjustable gas pre- and post-flow time

Brochures & Manuals

What's Included

EWMMANUAL  EWM User Manual

EWM User Manual

WARRANTYEWM3  EWM 3 Year Parts and Labour Warranty (Requires Registration)

EWM 3 Year Parts and Labour Warranty (Requires Registration)

Related Items

230v MIG Welders FAQs

Straight answers to the questions people ask most when choosing a MIG welder that runs from a normal single-phase supply.

Who are single-phase MIG welders for?icon-minus-redicon-plus-red

They suit workshops, garages, farms, mobile engineers and light fabrication where a standard single-phase supply is all you have. Modern inverter designs draw relatively little current for their output, so many can run from a normal socket or a suitable dedicated circuit.

They are popular for both industrial and home use, and cover a wide range of work from thin sheet to moderate thickness.

What is the difference between an inverter and a conventional single-phase MIG welder?icon-minus-redicon-plus-red

An inverter converts the supply electronically, which generally makes the machine lighter and smaller, and often gives finer control of the arc. A conventional (transformer) machine uses a heavy transformer, so it is bulkier, but it is simple and robust.

How much current each type draws for a given output varies between machines, so compare the input current and weight on the data plate and in the manual. For portability and a limited supply an inverter is often the better choice, while some people prefer a transformer design for rugged, simple workshop use.

Can I plug it into a normal socket?icon-minus-redicon-plus-red

Some smaller machines can, but many need a dedicated circuit with suitable protection, and some larger single-phase machines need a heavier supply than a normal domestic socket gives. Check the machine's input current and the supply and fuse or breaker rating it requires.

Have a qualified electrician check the supply if you are unsure. Running a machine beyond what the circuit can supply causes tripping and can be dangerous.

How does duty cycle affect me?icon-minus-redicon-plus-red

Duty cycle is the proportion of a ten-minute period a machine can weld at a given current before it must cool. Machines usually have a much higher duty cycle at lower current.

If you weld for long periods at high current, choose a machine with a suitable rating. If the machine overheats, a thermal cut-out stops it until it cools.

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