Mfr # |
K2382-4 |
Item | Engine-Driven Welder |
Series | Ranger 250 GXT |
Start Type | Electric |
Rated Output CC/AC | 250A AC/DC CC/ 25V/ 100% |
Rated Output CC/DC | 250A AC/DC CC/ 25V/ 100% |
Amperage Range | 50 to 250 |
Continuous Auxiliary Power | 10,000 W |
Peak Auxiliary Power | 11,000 W |
Engine Brand | Kohler |
HP | 23 hp |
Fuel Type | Gas |
Phase | Single-Phase |
Includes | Ranger 250 GXT Welder/ Generator |
Welding Processes | Air Carbon Arc Cutting and Gouging (CAC-A), Flux-Cored Welding (FCAW), MIG Welding (GMAW), Stick Welding (SMAW), TIG Welding (GTAW) |
Application | Used In Construction, Maintenance And Repair, Ranch/Farm Applications |
Standards | CSA Certified, ISO 9001 |
Oil Capacity | 2 qt |
Engine Model | Kohler CH730 |
Stick Welding Maximum Output Current | 250 A |
Engine Displacement | 44 cu in |
Rated Output at Duty Cycle (Stick) | 250 A @ 100% |
Generator Fuel Type | Gasoline |
Fuel Tank Capacity | 12 gal |
Circuit Breaker | Yes |
Welding Mode | CC/CV |
Open Circuit Voltage | 80 V |
Sound Level | 76.4 dBA @ 23 ft |
Max. Amperage Range (Stick) | 150 A - 300 A |
MIG Welding Minimum Output Current | 50 A |
Welder Type | Base Model |
Horsepower | 23 hp |
Remote Connection Type | 6-Pin (Lincoln) |
Generator Outlet Type | 14-50R, 5-20R |
MIG Welding Maximum Output Current | 250 A |
Generator Outlets | 20 A 120V 5-20R (4), 50 A 120/240V 14-50R |
MIG Welding Output @ Duty Cycle | 250 A @ 25 V, 100% |
TIG Welding Output @ Duty Cycle | 250 A @ 25 V, 100% |
Polarity | AC/DC |
TIG Welding Minimum Output Current | 50 A |
Weight | 602 lb |
Horsepower Range | 15 hp - 30 hp |
Fuel Tank Capacity Range | 10 gal - 20 gal |
TIG Welding Maximum Output Current | 250 A |
Color | Red |
Stick Welding Output @ Duty Cycle | 250 A @ 25 V, 100% |
Stick Welding Minimum Output Current | 50 A |
Model | K2382-4 |
Process | Air Carbon Arc Cutting and Gouging (CAC-A), Flux-Cored Welding (FCAW), MIG Welding (GMAW), Stick Welding (SMAW), TIG Welding (GTAW) |
brand-mfr model | LINCOLN ELECTRIC - K2382-4 |
Welder Model Type | Base Model |