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  • 0448200890  ESAB Rustler EM 203C Compact MIG Inverter Welder Package - 400v, 3ph
  • 0448200890  ESAB Rustler EM 203C Compact MIG Inverter Welder Package - 400v, 3ph
  • 0448200890  ESAB Rustler EM 203C Compact MIG Inverter Welder Package - 400v, 3ph
  • 0448200890  ESAB Rustler EM 203C Compact MIG Inverter Welder Package - 400v, 3ph
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Rapid Ref : 0448200890  

ESAB Rustler EM 203C Compact MIG Inverter Welder Package - 400v, 3ph
0448200890

£1626.00  EX VAT
SSP Suggested Selling Price = £2322.65  YOU SAVE £696.65
 Buy in 3 easy interest free payments of £542.00† with
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Please note, this product does not qualify for our standard shipping rates outside of the UK Mainland. Please contact us for shipping rates for this product.

Comes with a 4m input cable, 3m work lead, 4m gas hose with quick connector, drive rolls for 0.8/1.0mm wire, and 3m MXL 201 air-cooled MIG torch with euro connection. 

*Please note the storage toolbox featured in the images are optional and not included in this package. This can be found in the related items.*

Thoughtfully designed MIG welding inverter

Rustler MIG compact welding inverters are your solution of choice for the most common welding challenges. Equipped with the latest inverter technology, they combine low energy consumption with optimised welding performance.

Rustler is ready to weld the most common base materials with optimised arc programs for carbon steel, stainless steel, aluminium, brazing, and flux-cored wires. Smooth wire feed is delivered by a robust and reliable feeding mechanism.

The reliable housing is further enhanced with a flexible accessories storage system, allowing users to store and protect additional tools as needed. Additional features include an inspection window, an internally lit-up compartment, a torch holder and cable management for an efficient and comfortable working environment.

  • Produce more with a high output current and duty cycle
  • Intuitive panel for easy setup
  • Durable housing with flexible accessories storage makes the machine an easy-to-move workstation
  • Inspection window and light in the compartment for better visibility and less downtime
  • Superb arc characteristics, optimised for most common base materials, result in less post-weld rework
  • Built-in MMA welding mode gives flexibility to weld different types of base materials
  • Quick, tool-less polarity change on the front of the machine

Product Details

Brochures & Manuals

Related Items

415v MIG Welders FAQs

Straight answers to the questions people ask most when choosing a three-phase MIG welder for workshop and production use.

Who needs a three-phase MIG welder?icon-minus-redicon-plus-red

Three-phase machines suit fabrication shops, production lines, engineering workshops and anyone welding thicker material or for long periods. A three-phase supply carries more power for a given current per phase, so these machines can give higher output with a steadier load on the supply.

If you only have a single-phase supply, you are limited to single-phase machines.

What is the difference between 400v and 415v on these machines?icon-minus-redicon-plus-red

In practice, very little. Older documents and some machine labels refer to 415v, while the current nominal figure for a UK three-phase supply is usually given as 400v. Machines are normally designed to work within a tolerance either side of their rated input, but the allowed range depends on the maker and the model.

Check the data plate and the manual for the supply the machine accepts, compare that with the measured supply at your site, and ask a qualified electrician if you are unsure.

What does a high duty cycle give me?icon-minus-redicon-plus-red

Duty cycle is the proportion of a ten-minute period the machine can weld at a given current before it must cool. A higher duty cycle at your working current means fewer interruptions on long welds.

If you weld continuously at high current, look at the rating at that current rather than the headline maximum.

What is the difference between a compact and a separate wire-feeder system?icon-minus-redicon-plus-red

A compact machine has the wire feeder built into the power source and is simpler and easier to move. A separate (split) system has an independent wire feeder connected by an interconnecting cable, which you can carry to the work, away from the power source.

Separate feeders suit large fabrications and reaching big workpieces, and compact units suit general workshop use.

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