Product Name: flange welding machine Price: Negotiable Product Description: Flange The flange welding machine welding machine suitable for a variety of thin metal pipes and pipe flange girth butt, lap welding method can be applied on specific parts such as: pipes, shipbuilding, petrochemical, construction machinery, steel, and so on. Main technical parameters: (a) Basic requirements: Three-phase AC 380V ± 10%, 50 ± 5HZ, compressed air 0.5 ~ 0.6MPa (2) Spindle speed: 0 ~ 10r.pm stepless adjustable (3) Welding power: KR500: Panasonic, OTC, Austria too, and so (by customer choice) (4) welding: GMAW Welding (CO2: 80% Ar: 20%) (5) Use wire diameter: φ1.2 ~ 1.6 (6) Welding Current: 60 ~ 500A (7) workpiece diameter: φ80 ~ φ400mm (8) workpiece length: 100 ~ 500mm -------------------------- -------------------------------------------------- --------------------------- equipment main configuration and functions: 1, variable bit Headstock: welded structure, ensure that the workpiece swing diameter and bed intensity. Bed for heat treatment. Gun is relatively fixed, rotating the workpiece, welding position 0-90. Workpiece followed by a three-jaw chuck move. 2, torch assembly: motor drive (automatic / manual), every lap rising height adjustable, angle adjustable torch, torch tuning, removable torch around. 3, the swing system: torch must swing and boost function to achieve the welding torch during the automatic lifting and swinging, to complete the multi-layer welding, weld filled. Swing speed: 0 to 100 times per minute. Swing range: 0 ~ 25mm. 4, the welding process: setting parameters can layered (including rotation), continuous welding. The need for welding torch swinging automatic zeroing function. Welding laps can be set from 1 to 10 laps. There are high voltage, slow wire arc function, to ensure reliable ignition; well as low voltage, low current crater, crater fill functions. 5, the welding power source: The Panasonic imported power, suitable for long welding. Main advantages: increased productivity, a day to 24 hours continuous production; improving the working conditions can be long-term work in hazardous environments; reduce labor intensity and reduce labor; shorten product modifications and updating of the cycle, reduce the corresponding investment in equipment; allows factory automation, unmanned production;