MK Products Python LX Water-Cooled Push-Pull Gun, Fronius 9-Pin, 15 ft
Fitted with a Fronius 9-pin connection, this 15 ft Python LX pairs a water-cooled 400 A rating at 100% duty cycle with a rear trigger and a built-in mechanical gas valve. It is designed around aluminum welding and also runs steel, stainless and flux-cored wire.
Gas control sits on the gun itself: an integrated mechanical valve manages the shielding gas, and the trigger is placed at the rear. The EZ-Lock barrel swivels through a complete 360°, and Flex Barrel compatibility improves reach into difficult joints. A protected wire feed adjustment in the handle suits right- or left-hand use, and the light, balanced grip is made for hours of steady feeding. Almost any CV or CC power source can run it.
MK Products rates the water-cooled LX at 400 A and 100% duty cycle on argon, a rating aimed at long aluminum runs. Wire capacity is .030-1/16 in. (0.8-1.6 mm) for aluminum and .030-.045 in. (0.8-1.2 mm) for steel, stainless and flux core, with a standard 0-800 IPM feed speed and 1000 IPM available as P/N 211-0080. CNC billet parts and an Ultra-Flex power cable are chosen with production use in mind.
Highlights
400 A at 100% duty cycle, water-cooled (rated with argon)
15 ft lead with Fronius 9-pin connection
Rear trigger plus integrated mechanical gas valve
EZ-Lock barrel turns 360°; Flex Barrel compatible
Aluminum .030-1/16 in. (0.8-1.6 mm); steel, stainless, flux core .030-.045 in. (0.8-1.2 mm)
Specifications
Brand | MK Products |
Manufacturer part number | 275-815 |
Cooling | Water-cooled |
Rated output | 400 A at 100% duty cycle (argon) |
Lead length | 15 ft |
Connection | Fronius 9-pin |
Wire size, aluminum | .030-1/16 in. (0.8-1.6 mm) |
Wire size, steel/stainless/flux core | .030-.045 in. (0.8-1.2 mm) |
Wire speed | 0-800 IPM (1000 IPM optional, P/N 211-0080) |
Power supply type | CV or CC |
Trigger | Rear |
Gas valve | Integrated mechanical |
Barrel | EZ-Lock, 360° rotation, Flex Barrel compatible |
Power cable | Ultra-Flex |
Specified coolant | Cobra Coolant |
