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GNK

Modelis Velenas Kamuolys Švino kampas Paviršiaus kietumas Medžiaga Grandinės skaičius Kelionės Įvertinimas Švino tikslumas Iš viso Ašinis Išankstinis įkėlimas Pagrindinis apkrovos įvertinimas PDF atsisiuntimas 3D CAD
Išsekęs žaisti Sukimo momentas (Nm) (N)
Dia. (mm) Švinas (mm) Skaičius Siūlo kryptis Šaknies sk Skersmuo BCD Velenas Riešutas Kelionės nuokrypis (ep) Variantas (V300)     Dinamiškas Statinis
siūlas     (Ca) (Coa)
GNK0301-3G0+070LC3Y 3 1 1 Teisingai φ2.5 φ0,6 3.18 5°43'' HRC58~62 S55C SCM415H 1×3 20 C3 ±0,008 0,008 0,025 ~0,005 · 330 440 * *
GNK0401-3G0+77LC3Y 4 1 1 Teisingai φ3.3 φ0,8 4.15 4°23'' HRC58~62 S55C SCM415H 3×1 25 C3 ±0,008 0,008 0,025 ~0,010 · 420 570 * *
GNK0401-3G0+97LC3Y 4 1 1 Teisingai φ3.3 φ0,8 4.15 4°23'' HRC58~62 S55C SCM415H 3×1 45 C3 ±0,008 0,008 0,025 ~0,010 · 420 570 * *
GNK0401-3G0+127LC3Y 4 1 1 Teisingai φ3.3 φ0,8 4.15 4°23'' HRC58~62 S55C SCM415H 3×1 75 C3 ±0,008 0,008 0,035 ~0,010 · 420 570 * *
GNK0402-3G0+134LC3Y 4 2 1 Teisingai φ3.3 φ0,8 4.15 8°43'' HRC58~62 S55C SCM415H 2,7 × 1 70 C3 ±0,008 0,008 0,035 ~0,010 · 420 510 * *
GNK0404-3G0+134LC3Y 4 4 2 Teisingai φ3.3 φ0,8 4.2 16°51'' HRC58~62 S55C SCM415H 2,6 × 2 75 C3 ±0,008 0,008 0,035 ~0,010 · 750 1150 * *
GNK0601-3G0+100LC3Y 6 1 1 Teisingai φ5.3 φ0,8 6.15 2°58'' HRC58~62 S55C SCM415H 3×1 45 C3 ±0,008 0,008 0,025 ~0,013 · 560 950 * *
GNK0601-3G0+130LC3Y 6 1 1 Teisingai φ5.3 φ0,8 6.15 2°58'' HRC58~62 S55C SCM415H 3×1 75 C3 ±0,008 0,008 0,035 ~0,013 · 560 950 * *
GNK0601-3G0+160LC3Y 6 1 1 Teisingai φ5.3 φ0,8 6.15 2°58'' HRC58~62 S55C SCM415H 3×1 105 C3 ±0,010 0,008 0,035 ~0,013 · 560 950 * *
GNK0602-3G0+168LC3Y 6 2 1 Teisingai φ5.1 φ1,0 6.2 5°52'' HRC58~62 S55C SCM415H 1×3 105 C3 ±0,010 0,008 0,035 ~0,015 · 750 1200 * *
GNK0606-3G0+168LC5Y 6 6 2 Teisingai φ5.2 φ1,0 6.3 16°50'' HRC58~62 S55C SCM415H 1,6 × 2 100 C5 ±0,020 0,018 0,050 ~0,005 · 870 1450 m * *
GNK0610-3G0+168LC5Y 6 10 2 Teisingai φ5,0 φ1.2 6.3 26°48'' HRC58~62 S55C SCM415H 1,2 × 2 95 C5 ±0,020 0,018 0,050 ~0,005 · 950 1600 * *
GNK0801-3G0+115LC3Y 8 1 1 Teisingai φ7.3 φ0,8 8.15 2°15'' HRC58~62 S55C SCM415H 1×3 45 C3 ±0,008 0,008 0,025 ~0,018 · 650 1300 * *
GNK0801-3G0+145LC3Y 8 1 1 Teisingai φ7.3 φ0,8 8.15 2°15'' HRC58~62 S55C SCM415H 1×3 75 C3 ±0,008 0,008 0,035 ~0,018 · 650 1300 * *
GNK0801-3G0+175LC3Y 8 1 1 Teisingai φ7.3 φ0,8 8.15 2°15'' HRC58~62 S55C SCM415H 1×3 105 C3 ±0,010 0,008 0,035 ~0,018 · 650 1300 * *
GNK0801-3G0+225LC3Y 8 1 1 Teisingai φ7.3 φ0,8 8.15 2°15'' HRC58~62 S55C SCM415H 1×3 155 C3 ±0,010 0,008 0,050 ~0,018 · 650 1300 * *
GNK0802-3RRG0+125LC3Y 8 2 1 Teisingai φ7,0 φ1.2 8.3 4°23'' HRC58~62 S55C SCM415H 1×3 50 C3 ±0,008 0,008 0,025 ~0,020 · 1300 2300 * *
GNK0802-3RRG0+155LC3Y 8 2 1 Teisingai φ7,0 φ1.2 8.3 4°23'' HRC58~62 S55C SCM415H 1×3 80 C3 ±0,010 0,008 0,035 ~0,020 · 1300 2300 * *
GNK0802-3RRG0+185LC3Y 8 2 1 Teisingai φ7,0 φ1.2 8.3 4°23'' HRC58~62 S55C SCM415H 1×3 110 C3 ±0,010 0,008 0,035 ~0,020 · 1300 2300 * *
GNK0802-3RRG0+235LC3Y 8 2 1 Teisingai φ7,0 φ1.2 8.3 4°23'' HRC58~62 S55C SCM415H 1×3 160 C3 ±0,010 0,008 0,050 ~0,020 · 1300 2300 * *
GNK0810-3GT+205LC5Y 8 10 2 Teisingai φ6.7 φ1,5875 8.4 20°45'' HRC58~62 S55C SCM415H 1,6 × 2 125 C5 ±0,020 0,018 0,065 ~0,005 · 2200 3800 * *
GNK0810-3GT+305LC5Y 8 10 2 Teisingai φ6.7 φ1,5875 8.4 20°45'' HRC58~62 S55C SCM415H 1,6 × 2 225 C5 ±0,023 0,018 0,065 ~0,005 · 2200 3800 * *
GNK0810-3GT+405LC5Y 8 10 2 Teisingai φ6.7 φ1,5875 8.4 20°45'' HRC58~62 S55C SCM415H 1,6 × 2 325 C5 ±0,025 0,018 0,075 ~0,005 · 2200 3800 * *
GNK0812-3GT+405LC5Y 8 12 2 Teisingai φ6.7 φ1,5875 8.4 24°27'' HRC58~62 S55C SCM415H 1,6 × 2 325 C5 ±0,025 0,018 0,075 ~0,005 · 2200 3800 * *
GNK1002-3RRG0+143LC3Y 10 2 1 Teisingai φ9,0 φ1.2 10.3 3°32'' HRC58~62 S55C SCM415H 3×1 60 C3 ±0,008 0,008 0,035 ~0,025 · 1450 m 3000 * *
GNK1002-3RRG0+193LC3Y 10 2 1 Teisingai φ9,0 φ1.2 10.3 3°32'' HRC58~62 S55C SCM415H 3×1 60 C3 ±0,010 0,008 0,035 ~0,025 · 1450 m 3000 * *
GNK1002-3RRG0+243LC3Y 10 2 1 Teisingai φ9,0 φ1.2 10.3 3°32'' HRC58~62 S55C SCM415H 3×1 60 C3 ±0,010 0,008 0,05 ~0,025 · 1450 m 3000 * *
GNK1002-3RRG0+293LC3Y 10 2 1 Teisingai φ9,0 φ1.2 10.3 3°32'' HRC58~62 S55C SCM415H 3×1 60 C3 ±0,012 0,008 0,05 ~0,025 · 1450 m 3000 * *
GNK1004-2.5RRG0+180LC3Y 10 4 1 Teisingai φ8.2 φ2,0 10.3 7°03' HRC58~62 S55C SCM415H 2,7 × 1 70 C3 ±0,010 0,008 0,035 0,005 ~ 0,040 · 1800 m 2600 * *
GNK1004-2.5RRG0+280LC3Y 10 4 1 Teisingai φ8.2 φ2,0 10.3 7°03' HRC58~62 S55C SCM415H 2,7 × 1 170 C3 ±0,012 0,008 0,04 0,005 ~ 0,040 · 1800 m 2600 * *
GNK1004-2.5RRG0+380LC3Y 10 4 1 Teisingai φ8.2 φ2,0 10.3 7°03' HRC58~62 S55C SCM415H 2,7 × 1 270 C3 ±0,012 0,008 0,05 0,005 ~ 0,040 · 1800 m 2600 * *
GNK1010-1.5RRG0+240LC5Y 10 10 2 Teisingai φ8.4 φ2,0 10.5 16°52'' HRC58~62 S55C SCM415H 1,6 × 2 125 C5 ±0,020 0,018 0,055 ~0,005 · 3300 5900 * *
GNK1010-1.5RRG0+340LC5Y 10 10 2 Teisingai φ8.4 φ2,0 10.5 16°52'' HRC58~62 S55C SCM415H 1,6 × 2 225 C5 ±0,023 0,018 0,065 ~0,005 · 3300 5900 * *
GNK1010-1.5RRG0+440LC5Y 10 10 2 Teisingai φ8.4 φ2,0 10.5 16°52'' HRC58~62 S55C SCM415H 1,6 × 2 325 C5 ±0,025 0,018 0,08 ~0,005 · 3300 5900 * *
GNK1015-1.5RRG0+431LC5Y 10 15 2 Teisingai φ8.4 φ2,0 10.4 24°27'' HRC58~62 S55C SCM415H 1,6 × 2 330 C5 ±0,025 0,018 0,08 ~0,005 · 3300 6400 * *
GNK1020-1.5RRG0+431LC5Y 10 20 4 Teisingai φ8.4 φ1,5875 10.4 31°28'' HRC58~62 S55C SCM415H 0,7 × 4 340 C5 ±0,025 0,018 0,08 ~0,005 · 2100 4000 * *
GNK1202-3RRG0+154LC3Y 12 2 1 Teisingai φ11,0 φ1.2 12.3 2°58'' HRC58~62 S55C SCM415H 1×3 60 C3 ±0,008 0,008 0,035 ~0,005 · 1600 3700 * *
GNK1202-3RRG0+254LC3Y 12 2 1 Teisingai φ11,0 φ1.2 12.3 2°58'' HRC58~62 S55C SCM415H 1×3 160 C3 ±0,010 0,008 0,04 ~0,005 · 1600 3700 * *
GNK1202-3RRG0+354LC3Y 12 2 1 Teisingai φ11,0 φ1.2 12.3 2°58'' HRC58~62 S55C SCM415H 1×3 260 C3 ±0,012 0,008 0,05 ~0,005 · 1600 3700 * *
GNK1205-2.5RRG0+180LC3Y 12 5 1 Teisingai φ9.6 φ3,175 12.5 7°15'' HRC58~62 S55C SCM415H 2,7 × 1 65 C3 ±0,010 0,008 0,035 0,005–0,050 · 4100 7000 * *
GNK1205-2.5RRG0+280LC3Y 12 5 1 Teisingai φ9.6 φ3,175 12.5 7°15'' HRC58~62 S55C SCM415H 2,7 × 1 165 C3 ±0,012 0,008 0,04 0,005–0,050 · 4100 7000 * *
GNK1205-2.5RRG0+380LC3Y 12 5 1 Teisingai φ9.6 φ3,175 12.5 7°15'' HRC58~62 S55C SCM415H 2,7 × 1 265 C3 ±0,012 0,008 0,05 0,005–0,050 · 4100 7000 * *
GNK1402-3RRG0+166LC3Y 14 2 1 Teisingai φ13,0 φ1.2 14.41 val 2°32'' HRC58~62 S55C SCM415H 3×1 60 C3 ±0,008 0,008 0,025 ~0,040 · 1800 m 4300 * *
GNK1402-3RRG0+266LC3Y 14 2 1 Teisingai φ13,0 φ1.2 14.41 val 2°32'' HRC58~62 S55C SCM415H 3×1 160 C3 ±0,010 0,008 0,03 ~0,040 · 1800 m 4300 * *
GNK1402-3RRG0+406LC3Y 14 2 1 Teisingai φ13,0 φ1.2 14.41 val 2°32'' HRC58~62 S55C SCM415H 3×1 300 C3 ±0,013 0,008 0,05 ~0,040 · 1800 m 4300 * *
GNK1404-3RRG0+230LC3Y 14 4 1 Teisingai φ12.2 φ2,381 14.3 5°50'' HRC58~62 S55C SCM415H 3,8 × 1 110 C3 ±0,010 0,008 0,03 0,020–0,070 · 5800 11900 * *
GNK1404-3RRG0+330LC3Y 14 4 1 Teisingai φ12.2 φ2,381 14.3 5°50'' HRC58~62 S55C SCM415H 3,8 × 1 210 C3 ±0,012 0,008 0,04 0,020–0,070 · 5800 11900 * *
GNK1404-3RRG0+530LC3Y 14 4 1 Teisingai φ12.2 φ2,381 14.3 5°50'' HRC58~62 S55C SCM415H 3,8 × 1 410 C3 ±0,015 0,008 0,055 0,020–0,070 · 5800 11900 * *
GNK1510-5.6G0+321LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 190 C5 ±0,023 0,018 0,045 ~0,005 · 12 000 25 000 * *
GNK1510-5.6G0+421LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 290 C5 ±0,025 0,018 0,06 ~0,005 · 12 000 25 000 * *
GNK1510-5.6G0+521LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 440 C5 ±0,027 0,018 0,075 ~0,005 · 12 000 25 000 * *
GNK1510-5.6G0+621LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 540 C5 ±0,030 0,018 0,075 ~0,005 · 12 000 25 000 * *
GNK1510-5.6G0+721LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 640 C5 ±0,030 0,018 0.09 ~0,005 · 12 000 25 000 * *
GNK1510-5.6G0+871LC5Y 15 10 2 Teisingai φ12,20 φ3,175 15.5 11°36'' HRC58~62 S55C SCM415H 2,7 × 2 740 C5 ±0,030 0,018 0.12 ~0,005 · 12 000 25 000 * *
GNK1520-3G0+321LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 185 C5 ±0,023 0,018 0,045 ~0,005 · 8000 16 000 * *
GNK1520-3G0+421LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 285 C5 ±0,025 0,018 0,06 ~0,005 · 8000 16 000 * *
GNK1520-3G0+521LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 415 C5 ±0,027 0,018 0,075 ~0,005 · 8000 16 000 * *
GNK1520-3G0+621LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 515 C5 ±0,030 0,018 0,075 ~0,005 · 8000 16 000 * *
GNK1520-3G0+721LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 615 C5 ±0,030 0,018 0.09 ~0,005 · 8000 16 000 * *
GNK1520-3G0+871LC5Y 15 20 2 Teisingai φ12.7 φ3,175 15.75 val 22°01' HRC58~62 S55C SCM415H 1,7 × 2 725 C5 ±0,030 0,018 0.12 ~0,005 · 8000 16 000 * *
GNK2010-2.5RRG0+499LC5Y 20 10 1 Teisingai φ17.6 φ3,175 21.075 8°35'' HRC58~62 S55C SCM415H 2,7 × 1 340 C5 ±0,025 0,018 0,06 ~0,005 · 7000 16500 * *
GNK2010-2.5RRG0+799LC5Y 20 10 1 Teisingai φ17.6 φ3,175 21.075 8°35'' HRC58~62 S55C SCM415H 2,7 × 1 640 C5 ±0,030 0,018 0.09 ~0,005 · 7000 16500 * *
GNK2010-2.5RRG0+1099LC5Y 20 10 1 Teisingai φ17.6 φ3,175 21.075 8°35'' HRC58~62 S55C SCM415H 2,7 × 1 940 C5 ±0,040 0,018 0.15 ~0,005 · 7000 16500 * *
GNK2020-3.6G0+520LC5Y 20 20 1 Teisingai φ17.6 φ3,175 20.075 17°03' HRC58~62 S55C SCM415H 1,8 × 1 365 C5 ±0,025 0,018 0,075 ~0,005 · 5900 11700 * *
GNK2020-3.6G0+720LC5Y 20 20 1 Teisingai φ17.6 φ3,175 20.075 17°03' HRC58~62 S55C SCM415H 1,8 × 1 565 C5 ±0,030 0,018 0.09 ~0,005 · 5900 11700 * *
GNK2020-3.6G0+920LC5Y 20 20 1 Teisingai φ17.6 φ3,175 20.075 17°03' HRC58~62 S55C SCM415H 1,8 × 1 765 C5 ±0,040 0,018 0.15 ~0,005 · 5900 11700 * *
GNK2020-3.6G0+1120LC5Y 20 20 1 Teisingai φ17.6 φ3,175 20.075 17°03' HRC58~62 S55C SCM415H 1,8 × 1 965 C5 ±0,040 0,018 0.15 ~0,005 · 5900 11700 * *
GNK2020-3.6G0+1320LC5Y 20 20 1 Teisingai φ17.6 φ3,175 20.075 17°03' HRC58~62 S55C SCM415H 1,8 × 1 1165 m C5 ±0,040 0,018 0.19 ~0,005 · 5900 11700 * *