Bohler URANOS 2000 SMC

• greenWave® inverter technology for high energy efficiency and perfect control over all welding phases
• Heavy duty and enviromental conditions, high service life
• CAN fieldbus digital communication protocol system (very high speed and high reliability digital communication)
• Reduced dimensions and compact construction
• High temperature, shockproof, abrasion resistant plastic case
• Air flow ducting and fully encapsulated PC board to avoid dust contamination
• Linear controlled fan on demand
• Energy-saving inverter technology (built-in P.F.C. - power factor controller)
• Built-in wire feeder unit (2 rolls drive)
• Ø 200 mm wire spool compatible
• Welding polarity switch device
• Full digital and user-friendly control panel
• Welding parameters digital display
• Last job settings auto-storage at switch-off
• User-defined welding program storage capability (8 free memory locations)
• Lock-unlock function key protected by password
• Ideal for stick welding with multiple types of popular electrodes
• Built-in adjustable arc control features (hot start, arc force, antisticking)
• Synergic setting for optimal stick welding with multiple types of electrodes
• Reduced electromagnetic interference with lift start TIG welding
• 2/4 step operating mode
• Arc dynamic adjustment
• Perfect arc ignition (soft start - motor slope)
• Burn-back and droplet detachment correction
• Crater filler operating mode
• Synergic operations from databank (19 pre-set programs)
• Wire speed (0,5-16,0 m/min), amperage and piece thickness adjustment
• Spot welding mode
• Intermittent welding mode

The URANOS 2000 SMC features a 3.5“ high definition color iPanel display that simplifies the reading and increases the number of useful information for the user. Function keys are combined with a handy knob allowing you to set all the main welding parameters and to activate functions and programs thanks to the intuitive, graphical user interface. URANOS SMC power sources are equipped with greenWave® technology for extremely high efficiency in mains current absorption.