Plazminis pjovimo įrankis

Kjellberg PA-S45 W

Būklė: naudotas, Funkcionalumas: visiškai funkcionalus, mašinos/transporto priemonės numeris: 11.031.802, Plasma Cutting & Gouging with Hand Torch from 3 to 45 mm Redpfxsy U Uqtj Adzecb Simple & Cost-effective Technology for Any Cutting Range The PA-S45 W plasma cutting system is suitable for manual and mechanized cutting in material thicknesses ranging from 3 to 45 mm. By using various plasma gases and gas mixtures, electrically conductive materials can be cut and gouged cleanly. As a mobile unit, it can be used in workshops, training facilities, and on construction sites. Advantages - Optional use of hand or machine torch - Suitable for 2D & 3D guidance systems - Robust & straightforward design - Mobile units for flexible, on-site application - Reliable operation, even under demanding production conditions - Cutting current selectable in three stages - Effective cooling of plasma torch and consumables - Quick conversion between cutting and plasma gouging and vice versa - Angled torch heads and special shaft designs for optimized cutting of 3D components Versatile Applications Through Additional Equipment Liquid-Cooled Plasma Torches The proven design of key torch parts—cathode and nozzle—ensures optimal cut surface quality. The liquid cooling of the precision plasma torches guarantees extended service life. Plasma cutting with the PA-S series systems is therefore efficient, boosting user productivity. When cutting structural steel with the PA-S45 W, a swirl gas torch allows for more frequent piercing. Plasma Gouging Both machine and hand torches can be quickly converted for plasma gouging. This requires a nozzle change and fitting of the ceramic cap (with protector, if necessary). Using various plasma gases and mixtures, all electrically conductive materials (carbon and stainless steel, aluminum, and brass) can be processed. Plasma gouging is ideal for removing weld seam defects, cracks, cavities, inclusions, and for preparing joints for re-welding. Advantages - No carburization of the material - No regrinding necessary - Minimal heat input - Excellent process monitoring - Reduced noise and fume emissions