Regulatory Requirements; Design Features - Lincoln Electric POWER MIG 210 MP 12185 Manuel De L'opérateur

POWER MIG ® 210 MP

REGULATORY REQUIREMENTS

MODEL MARKET CONFORMITY
K3963-1 US AND
CANADA

DESIGN FEATURES

• 3.5-Inch Color TFT LCD Display –with 320x240 resolution
facilitates adjusting weld processes and parameters.
• Efficient Inverter power topology- reduces power consumption
and reduces the mass of the unit when compared with traditional
SCR based machines.
• High Power Factor- The Power MIG 210 MP features active power
factor correction (>.98) which greatly reduces the unit's current
draw.
• Multi-process- The unit is capable of FCAW, SMAW, Aluminum-
MIG with a spool gun, Stainless MIG, Steel-MIG, and TIG welding
• 120 or 230V Capable- Easily connect the unit to 120V power or for
higher loads connect to 230V. The unit includes a 230V cord and
120V cord for easily switching between the two voltage inputs.
• Portability: The unit features an extruded aluminum handle for
carrying the 40 pound machine.
• Full line of Accessories: Each unit will include a stinger with
cable for SMAW welding, Magnum Pro Gun for MIG welding, Work
clamp and cable, sample spools and tips, spindle adapter for
loading 8 inch spools, gas regulator and gas hose.
• Compact, Durable Case –IP21S enclosure rating ensures the
Power MIG™ 210 will withstand the intended welding
environments.
• Adjustable Hot Start – reduces the difficulties related to estab-
lishing an arc during SMAW welding.
• Adjustable Inductance and Arc Force – Permits fine-tuning the
welding arc for SMAW and MIG welding
• Adjustable Run-In Speed: Adjust the run-in speed from 50-100%
to facilitate starting especially on thin materials.
• Spot Timer – For precise short welds
• Integrated Cast-Aluminum Wire Drive - for reliable feeding of
MIG and FCAW wires
• Integrated Gas Solenoid – Permits connecting a shielding gas
• 3 Year Warranty on Parts and Labor
• Dual Fans
• Optional 6-pin connector for connecting a TIG foot pedal
• 25-amp resettable protector
STANDARD
MARK
cCSA IEC 60974-1
US
IEC 60974-5
10
DESIGN