MIG-MAG SEPARATE WIRE FEEDER - STEP ADJUSTMENT

MAXI 4005 - 5005

Synergic MAXI 4005 and 5005 welding equipment fitted with ES 5 feeder allow, in a user friendly way, also non expert users to very easily adjust the welding parameters. The ES 5 feeder, thanks to latest and innovative microprocessor based digital technology, chooses, within preset programs, the best welding parameters according to used material, gas and wire diameter, thus enabling high quality MIG-MAG welding on any material.
Depending on used material thickness, an easy-to-read table shows in which position to set both commutator switches to automatically obtain the best welding result.
Technologically advanced, robust and easy-to-use MAXI 4005 and 5005 with ES 5 provide the additional synergic feature on top of the already excellent characteristics of the MAXI power sources.

Product Literature
(File Adobe Acrobat® .pdf)

Welding parameters synergic adjustment
User friendly and easy-to-use selection and recalling of the parameters and welding programs
Arc striking always precise thanks to the digital control
Excellent MIG-MAG welding characteristics on any material and with any gas
“Display” selector : VOLTMETER/AMMETER/WIRE SPEED
Four large diameter roll and cast aluminium wire feeding mechanism to provide steady and trouble free wire feeding
Digital display to show preset welding programs and also acting as a VOLTMETER/AMMETER with wire speed display and HOLD FUNCTION of the last read value.
Welding “mode” selector: 2 STROKE / 4 STROKE /SPOTTING
Selector: Gas Purge/Wire Inch
“Adjustment” selector: Motor Ramp / Burn-back /Spot Timer
 

Technical Data

Wheel kit


4 rolls wire feeder mechanism
ES4-PANFRONTE-web.jpg (41974 byte)
Front panel ES 5
NEW_SPOOLCOVER-web.jpg (34709 byte)
Slooping lodging
for wire spools

IR 14 water cooling
equipment

ENERGY SAVING

The built-in Energy Saving function activates both the power source fan motor and the torch water cooling only when necessary, not only obtaining a significant energy saving, but also ensuring less maintenance for the power source, thanks to reduced airborne contaminants.


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