Used Lincoln Electric Flexcut 80 Air Plasma Cutter

Flexcut 80. Lincoln Electric FlexCut® 80 Plasma Cutter ( PS Only) K48091 The FlexCut 80 has the potential to significantly reduce your operating costs Home Products Equipment Cutting Equipment Mechanized Air Plasma Cutters FlexCut® 80 Plasma Cutter ( PS Only) FlexCut® 80 Plasma Cutter ( PS Only) K4809-1

Lincoln Electric FlexCut® 80 Plasma Cutter ( PS Only) K48091
Lincoln Electric FlexCut® 80 Plasma Cutter ( PS Only) K48091 from weldingmart.com

Users can cut this material at 80 amps while holding an 80% duty cycle FlexCut 80 Cut and gouge CapaCities MAXIMUM OUTPUT CURRENT Mechanized Cut Capacity - Material Thickness Recommended cut capacity at 24 ipm 3/4 in

Lincoln Electric FlexCut® 80 Plasma Cutter ( PS Only) K48091

LINCOLN ELECTRIC FlexCut™ 80 Service Manual Figure E.2 - Inverter board, input board and control / display board Inverter Board, Input Board and Control / Display Board The 400 VDC created by the buck / boost board is filtered and applied to an IGBT controlled full wave bridge inverter that is located on the inverter board. Cut Test) Cut Speeds (IPM) Edge Bevel (Degrees) 100 90 80 70 60 50 40 30 20 10 0 CUT SPEED COMPARISON* 60A-1/4 in FlexCut 80 initiates the plasma arc with a simple yet reliable touch-start mechanism that eliminates many of the failure problems associated with high-frequency start systems

4' x 8' Lincoln Torchmate 4800 CNC Plasma, 2020 Flexcut 80 Cutter. Equipped with a built-in air compressor, this machine is portable and convenient for on-the-go projects FlexCut® 80 Whether you're cutting fine artwork or fabricating steel parts in a production setting, you want a plasma solution that will give you the cleanest and fastest cuts possible

4' x 8' Lincoln Electric 4800 Torchmate Flexcut 80 Amp CNC Plasma Table. FlexCut 80 Cut and gouge CapaCities MAXIMUM OUTPUT CURRENT Mechanized Cut Capacity - Material Thickness Recommended cut capacity at 24 ipm 3/4 in FlexCut 80 initiates the plasma arc with a simple yet reliable touch-start mechanism that eliminates many of the failure problems associated with high-frequency start systems