Miller Deltaweld 500 MigRunner w/ Single Intellx Pro Feeder (230/460V) (951808)
The Miller Deltaweld 500 MigRunner package (951808) pairs the three-phase, 230/460 V Deltaweld 500 power source with a single-wire Intellx Pro feeder, running gear and cables. The power source covers 30-650 A and 10-44 V and is rated 100% duty cycle at 500 A.
The Deltaweld 500 provides Accu-Pulse for precise pulse arc and puddle control, EZ-Set parameters, ArcConnect high-speed communication that brings point-of-use controls to the feeder, Fan-On-Demand, Wind Tunnel Technology, digital meters, auxiliary power and a dedicated CC gouge mode for carbons up to 3/8 in. This version has no 14-pin receptacle and connects through ArcConnect cables.
The Intellx Pro feeder extends the standard Intellx to stainless, flux-cored and metal-cored work and more wire and gas types, with memory recall, digital display, arc control, jog/purge and a rotatable balanced-pressure drive. Included: Deltaweld 500 (907785), single-wire Intellx Pro feeder with 15 ft Bernard gun, running gear with dual cylinder rack, flowmeter regulator, 4/0 weld cable, work cable with 600 A C-clamp, 9 ft ArcConnect cable, drive rolls and spare tips.
Highlights
Deltaweld 500: 30-650 A, 10-44 V, 230/460 V three-phase only
100% duty cycle at 500 A, 60% at 575 A
Single-wire Intellx Pro feeder with 15 ft Bernard gun
Pro feeder handles stainless, flux-cored and metal-cored wire
ArcConnect cables, no 14-pin receptacle
Running gear with dual cylinder rack included
Specifications
Brand | Miller |
Model | 951808 |
Power Source | Deltaweld 500 (907785) |
Output Range | 30-650 A, 10-44 V |
Duty Cycle | 60% at 575 A, 100% at 500 A |
Input Power | 230/460 V, three-phase only |
Feeder | Single-Wire Intellx Pro |
Feeder Duty Cycle | 60% at 600 A |
Wire Feed Speed | 50-780 IPM |
Wire Diameter | .023-5/64 in |
Max Spool Size | 18 in / 60 lbs |
Feeder Weight | 44.8 lbs |
Feeder Dimensions | 16.25 x 12.38 x 27.88 in (H x W x L) |
Processes | MIG, Flux-Cored, Pulse, CC Gouge |
Polarity | DC |
Good to know
Check the input power requirements (voltage, phase and amperage) against your supply before ordering.
