40 817 … 40 818 … 300.25 – ASG3000 / HM 300.25 – ASG02 / HM ► 60,6–79,59 79,6–100,59 > 100,6 ► 60,6–79,59 79,6–100,59 > 100,6 ► 0,3–0,5 0,3–0,5 0,3–0,5 ► 0,3–0,5 0,3–0,5 0,3–0,5 ► 6 8 10 ► 6 8 10 3xD 5xD 3xD 5xD P.1.1 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.1.2 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.1.3 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.1.4 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.1.5 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.2.1 30 (25–45) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.2.2 8 (6–10) 8 (6–10) 1,10–1,70 1,50–2,30 1,90–2,80 P.2.3 8 (7–9) 8 (7–9) 0,80–1,20 1,10–1,60 1,30–2,00 P.2.4 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 P.3.1 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 P.3.2 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 P.3.3 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 P.4.1 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 P.4.2 6 (5–7) 6 (5–7) 0,80–1,20 1,10–1,60 1,30–2,00 M.1.1 M.2.1 M.3.1 K.1.1 20 (15–25) 20 (15–25) 1,40–2,00 1,90–2,70 2,30–3,40 K.1.2 20 (15–25) 20 (15–25) 1,40–2,00 1,90–2,70 2,30–3,40 K.2.1 12 (12–15) 12 (12–15) 1,10–1,70 1,50–2,30 1,90–2,80 K.2.2 12 (12–15) 12 (12–15) 1,10–1,70 1,50–2,30 1,90–2,80 K.3.1 12 (12–15) 12 (12–15) 1,40–2,00 1,90–2,70 2,30–3,40 K.3.2 12 (12–15) 12 12–15) 1,10–1,70 1,50–2,30 1,90–2,80 N.1.1 25 (15–30) 25 (15–30) 1,20–1,90 1,70–2,50 2,10–3,10 25 (15–30) 25 (15–30) 1,30–2,00 1,70–2,70 2,20–3,40 N.1.2 25 (15–30) 25 (15–30) 1,20–1,90 1,70–2,50 2,10–3,10 25 (15–30) 25 (15–30) 1,30–2,00 1,70–2,70 2,20–3,40 N.2.1 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 N.2.2 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 N.2.3 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 14 (12–16) 14 (12–16) 1,30–2,00 1,70–2,70 2,20–3,40 N.3.1 25 (15–30) 25 (15–30) 1,00–1,50 1,40–2,10 1,70–2,60 25 (15–30) 25 (15–30) 1,20–1,90 1,70–2,50 2,10–3,10 N.3.2 14 (12–20) 14 (12–20) 1,00–1,50 1,40–2,10 1,70–2,60 14 (12–20) 14 (12–20) 1,00–1,50 1,40–2,10 1,70–2,60 N.3.3 14 (12–20) 14 (12–20) 1,00–1,50 1,40–2,10 1,70–2,60 14 (12–20) 14 (12–20) 1,00–1,50 1,40–2,10 1,70–2,60 N.4.1 20 (15–30) 20 (15–30) 1,30–2,00 1,70–2,50 2,20–3,40 20 (15–30) 20 (15–30) 1,30–2,00 1,70–2,70 2,20–3,40 S.1.1 S.1.2 S.2.1 S.2.2 S.2.3 S.3.1 S.3.2 S.3.3 H.1.1 H.1.2 H.1.3 H.1.4 H.2.1 H.3.1 O.1.1 O.1.2 O.2.1 O.2.2 O.3.1 Index Nominell-Ø i mm Nominell-Ø i mm Brotschmån Ø Brotschmån Ø Antal skär Antal skär vc (m/min) f (mm/varv) vc (m/min) f (mm/varv) Skärdata är beroende av de yttre förhållandena, t.ex. stabiliteten hos fastspänningen av verktyg och arbetsstycke samt material- och maskintyp! De angivna värdena visar möjliga skärdata, som kan korrigeras uppåt eller nedåt ca ±20 %! Skärring – Skärdata Brotschar och försänkare Skärdata
Tooling a Sustainable Future
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