Welcome to the rutrum de Shanghai KGG Robots Co., Ltd.
English
On-line fabrica audit
page_banner

Gnk

Exemplar Hastulus Pila Angusto Superficies Materia Numero circuitu Peregrinatio Gradus PRAEVALIDUS Summa AXIBILIS Preload Basic onus rating PDF Download 3D CAD
EXPRINGO pale Torque (NM) (N)
Dia. (M) Plumbum (mm) Numerus Thread directionem Radix dia Diameter BCD Hastulus Nux Travel deviation (EP) Variation (V300)     Dynamic Stabilis
filum     (CA) (COA)
Gnk0301-3G0 + 070LC3Y 3 1 1 Jus φ2.5 φ0.6 3,18 V ° 43' HRC58 ~ LXII S55c Scm415h I × III 20 C3 ± 0.008 0.008 0.025 ~ 0.005 · CCCXXX CDXL * *
Gnk0401-3G0 + 77Lc3y 4 1 1 Jus φ3.3 φ0.8 4.15 IV ° 23' HRC58 ~ LXII S55c Scm415h III × I 25 C3 ± 0.008 0.008 0.025 · CDXX DLXX * *
Gnk0401-3G0 + 97lc3y 4 1 1 Jus φ3.3 φ0.8 4.15 IV ° 23' HRC58 ~ LXII S55c Scm415h III × I 45 C3 ± 0.008 0.008 0.025 · CDXX DLXX * *
Gnk0401-3G0 + 127LC3Y 4 1 1 Jus φ3.3 φ0.8 4.15 IV ° 23' HRC58 ~ LXII S55c Scm415h III × I 75 C3 ± 0.008 0.008 0.035 · CDXX DLXX * *
134LC3Y + Gnk0402-3G0 4 2 1 Jus φ3.3 φ0.8 4.15 VIII ° 43' HRC58 ~ LXII S55c Scm415h 2.7 × I 70 C3 ± 0.008 0.008 0.035 · CDXX DX * *
134lc3y Gnk0404-3G0 + 4 4 2 Jus φ3.3 φ0.8 4.2 XVI ° 51' HRC58 ~ LXII S55c Scm415h 2.6 × II 75 C3 ± 0.008 0.008 0.035 · DCCL MCL * *
Gnk0601-3G0 + 100lc3y 6 1 1 Jus φ5.3 φ0.8 6.15 II ° 58' HRC58 ~ LXII S55c Scm415h III × I 45 C3 ± 0.008 0.008 0.025 ~ 0.013 · DLX CML * *
Gnk0601-3G0 130lc3y + 6 1 1 Jus φ5.3 φ0.8 6.15 II ° 58' HRC58 ~ LXII S55c Scm415h III × I 75 C3 ± 0.008 0.008 0.035 ~ 0.013 · DLX CML * *
Gnk0601-3G0 + 160lc3y 6 1 1 Jus φ5.3 φ0.8 6.15 II ° 58' HRC58 ~ LXII S55c Scm415h III × I CV C3 ± 0.010 0.008 0.035 ~ 0.013 · DLX CML * *
Gnk0602-3G0 + 168LC3Y 6 2 1 Jus φ5.1 φ.0 6,2 V ° 52' HRC58 ~ LXII S55c Scm415h I × III CV C3 ± 0.010 0.008 0.035 ~ 0.015 · DCCL MCC * *
Gnk0606-3G0 + 168LC5Y 6 6 2 Jus φ5.2 φ.0 6,3 XVI ° 50' HRC58 ~ LXII S55c Scm415h 1.6 × II C C5 ± 0.020 0.018 0.050 ~ 0.005 · DCCCLXX MCDL * *
Gnk0610-3G0 + 168LC5Y 6 10 2 Jus φ5.0 φ1.2 6,3 XXVI ° 48 HRC58 ~ LXII S55c Scm415h 1.2 × II 95 C5 ± 0.020 0.018 0.050 ~ 0.005 · CML MDC * *
Gnk0801-3G0 + 115Lc3y 8 1 1 Jus φ7.3 φ0.8 8,15 II ° 15' HRC58 ~ LXII S55c Scm415h I × III 45 C3 ± 0.008 0.008 0.025 ~ 0.018 · DCL MCCC * *
Gnk0801-3G0 + 145LC3Y 8 1 1 Jus φ7.3 φ0.8 8,15 II ° 15' HRC58 ~ LXII S55c Scm415h I × III 75 C3 ± 0.008 0.008 0.035 ~ 0.018 · DCL MCCC * *
Gnk0801-3G0 + 175LC3Y 8 1 1 Jus φ7.3 φ0.8 8,15 II ° 15' HRC58 ~ LXII S55c Scm415h I × III CV C3 ± 0.010 0.008 0.035 ~ 0.018 · DCL MCCC * *
Gnk0801-3G0 + 225LC3Y 8 1 1 Jus φ7.3 φ0.8 8,15 II ° 15' HRC58 ~ LXII S55c Scm415h I × III CLV C3 ± 0.010 0.008 0.050 ~ 0.018 · DCL MCCC * *
Gnk0802-3RRG0 + 125LC3Y 8 2 1 Jus φ7.0 φ1.2 8,3 IV ° 23' HRC58 ~ LXII S55c Scm415h I × III 50 C3 ± 0.008 0.008 0.025 ~ 0.020 · MCCC MMCCC * *
Gnk0802-3RRG0 + 155LC3Y 8 2 1 Jus φ7.0 φ1.2 8,3 IV ° 23' HRC58 ~ LXII S55c Scm415h I × III 80 C3 ± 0.010 0.008 0.035 ~ 0.020 · MCCC MMCCC * *
Gnk0802-3RRG0 + 185LC3Y 8 2 1 Jus φ7.0 φ1.2 8,3 IV ° 23' HRC58 ~ LXII S55c Scm415h I × III CX C3 ± 0.010 0.008 0.035 ~ 0.020 · MCCC MMCCC * *
Gnk0802-3RRG0 + 235LC3Y 8 2 1 Jus φ7.0 φ1.2 8,3 IV ° 23' HRC58 ~ LXII S55c Scm415h I × III CLX C3 ± 0.010 0.008 0.050 ~ 0.020 · MCCC MMCCC * *
Gnk0810-3GT + 205LC5Y 8 10 2 Jus φ6.7 φ1.5875 8,4 XX ° 45' HRC58 ~ LXII S55c Scm415h 1.6 × II CXXV C5 ± 0.020 0.018 0.065 ~ 0.005 · MMCC MMMDCCC * *
Gnk0810-3GT + 305LC5Y 8 10 2 Jus φ6.7 φ1.5875 8,4 XX ° 45' HRC58 ~ LXII S55c Scm415h 1.6 × II CCXXV C5 ± 0.023 0.018 0.065 ~ 0.005 · MMCC MMMDCCC * *
Gnk0810-3GT + 405LC5Y 8 10 2 Jus φ6.7 φ1.5875 8,4 XX ° 45' HRC58 ~ LXII S55c Scm415h 1.6 × II CCCXXV C5 ± 0.025 0.018 0.075 ~ 0.005 · MMCC MMMDCCC * *
Gnk0812-3GT + 405LC5Y 8 12 2 Jus φ6.7 φ1.5875 8,4 XXIV ° 27 HRC58 ~ LXII S55c Scm415h 1.6 × II CCCXXV C5 ± 0.025 0.018 0.075 ~ 0.005 · MMCC MMMDCCC * *
Gnk1002-3RRG0 + 143LC3Y 10 2 1 Jus φ9.0 φ1.2 10,3 III ° 32 HRC58 ~ LXII S55c Scm415h III × I 60 C3 ± 0.008 0.008 0.035 ~ 0.025 · MCDL MMM MMM * *
Gnk1002-3RRG0 + 193lc3y 10 2 1 Jus φ9.0 φ1.2 10,3 III ° 32 HRC58 ~ LXII S55c Scm415h III × I 60 C3 ± 0.010 0.008 0.035 ~ 0.025 · MCDL MMM MMM * *
Gnk1002-3RRG0 243LC3Y 10 2 1 Jus φ9.0 φ1.2 10,3 III ° 32 HRC58 ~ LXII S55c Scm415h III × I 60 C3 ± 0.010 0.008 0,05 ~ 0.025 · MCDL MMM MMM * *
Gnk1002-3RRG0 + 293lc3y 10 2 1 Jus φ9.0 φ1.2 10,3 III ° 32 HRC58 ~ LXII S55c Scm415h III × I 60 C3 ± 0.012 0.008 0,05 ~ 0.025 · MCDL MMM MMM * *
Gnk1004-2.5rrg0 + 180lc3y 10 4 1 Jus φ8.2 φ2.0 10,3 VII ° 03' HRC58 ~ LXII S55c Scm415h 2.7 × I 70 C3 ± 0.010 0.008 0.035 · MDCCC MMDC * *
GNC1004-2.5RRG0 + 280LC3Y 10 4 1 Jus φ8.2 φ2.0 10,3 VII ° 03' HRC58 ~ LXII S55c Scm415h 2.7 × I CLXX C3 ± 0.012 0.008 0,04 · MDCCC MMDC * *
3880lc3y + + Gnk1004-2.5rrg0 10 4 1 Jus φ8.2 φ2.0 10,3 VII ° 03' HRC58 ~ LXII S55c Scm415h 2.7 × I CCLXX C3 ± 0.012 0.008 0,05 · MDCCC MMDC * *
Gnk1010-1.5RRG0 + 240lc5y 10 10 2 Jus φ8.4 φ2.0 10,5 XVI ° 52' HRC58 ~ LXII S55c Scm415h 1.6 × II CXXV C5 ± 0.020 0.018 0.055 ~ 0.005 · MMMCCC (V) CM * *
Gnk1010-1.5RG0 + 340LC5Y 10 10 2 Jus φ8.4 φ2.0 10,5 XVI ° 52' HRC58 ~ LXII S55c Scm415h 1.6 × II CCXXV C5 ± 0.023 0.018 0.065 ~ 0.005 · MMMCCC (V) CM * *
Gnk1010-1.5RRG0 + 440LC5Y 10 10 2 Jus φ8.4 φ2.0 10,5 XVI ° 52' HRC58 ~ LXII S55c Scm415h 1.6 × II CCCXXV C5 ± 0.025 0.018 0,08 ~ 0.005 · MMMCCC (V) CM * *
Gnk1015-1.5RRG0 + 431LC5Y 10 15 2 Jus φ8.4 φ2.0 10,4 XXIV ° 27 HRC58 ~ LXII S55c Scm415h 1.6 × II CCCXXX C5 ± 0.025 0.018 0,08 ~ 0.005 · MMMCCC (VI) CD * *
Gnk1020-1.5RRG0 + 431LC5Y 10 20 4 Jus φ8.4 φ1.5875 10,4 XXXI ° 28' HRC58 ~ LXII S55c Scm415h 0.7 × IV CCCXL C5 ± 0.025 0.018 0,08 ~ 0.005 · MMC (IV) * *
154lc3y GNN12202-3RRG0 + 12 2 1 Jus φ11.0 φ1.2 12.3 II ° 58' HRC58 ~ LXII S55c Scm415h I × III 60 C3 ± 0.008 0.008 0.035 ~ 0.005 · MDC MMMDCC * *
Gnk1202-3RRG0 + 254LC3Y 12 2 1 Jus φ11.0 φ1.2 12.3 II ° 58' HRC58 ~ LXII S55c Scm415h I × III CLX C3 ± 0.010 0.008 0,04 ~ 0.005 · MDC MMMDCC * *
354LC3Y GNN12202-3RRG0 + 12 2 1 Jus φ11.0 φ1.2 12.3 II ° 58' HRC58 ~ LXII S55c Scm415h I × III CCLX C3 ± 0.012 0.008 0,05 ~ 0.005 · MDC MMMDCC * *
Gnk1205-2.5RRG0 + 180lc3y 12 5 1 Jus φ9.6 φice.175 12,5 VII ° 15' HRC58 ~ LXII S55c Scm415h 2.7 × I 65 C3 ± 0.010 0.008 0.035 0.005 ~ 0.050 · (IV) C (VII) * *
Gnk1205-2.5RRG0 + 280LC3Y 12 5 1 Jus φ9.6 φice.175 12,5 VII ° 15' HRC58 ~ LXII S55c Scm415h 2.7 × I CLXV C3 ± 0.012 0.008 0,04 0.005 ~ 0.050 · (IV) C (VII) * *
3880lc3y gnk1205-2.5rrg0 + 12 5 1 Jus φ9.6 φice.175 12,5 VII ° 15' HRC58 ~ LXII S55c Scm415h 2.7 × I CCLXV C3 ± 0.012 0.008 0,05 0.005 ~ 0.050 · (IV) C (VII) * *
GNC1402-3RRG0 + 166LC3Y 14 2 1 Jus φ13.0 φ1.2 14.41 II ° 32 HRC58 ~ LXII S55c Scm415h III × I 60 C3 ± 0.008 0.008 0.025 ~ 0.040 · MDCCC (IV) CCC * *
GNC1402-3RRG0 266LC3Y 14 2 1 Jus φ13.0 φ1.2 14.41 II ° 32 HRC58 ~ LXII S55c Scm415h III × I CLX C3 ± 0.010 0.008 0.03 ~ 0.040 · MDCCC (IV) CCC * *
406LC3Y GNC1402-3RRG0 + 14 2 1 Jus φ13.0 φ1.2 14.41 II ° 32 HRC58 ~ LXII S55c Scm415h III × I CCC C3 ± 0.013 0.008 0,05 ~ 0.040 · MDCCC (IV) CCC * *
Gnk1404-3RRG0 + 230lc3y 14 4 1 Jus φ12.2 φ2.381 14.3 V ° 50' HRC58 ~ LXII S55c Scm415h 3,8 × I CX C3 ± 0.010 0.008 0.03 0.020 ~ 0.070 · (V) DCCC (XI) CM * *
14 4 1 Jus φ12.2 φ2.381 14.3 V ° 50' HRC58 ~ LXII S55c Scm415h 3,8 × I CCX C3 ± 0.012 0.008 0,04 0.020 ~ 0.070 · (V) DCCC (XI) CM * *
Gnk1404-3RRG0 + 530lc3y 14 4 1 Jus φ12.2 φ2.381 14.3 V ° 50' HRC58 ~ LXII S55c Scm415h 3,8 × I CDX C3 ± 0.015 0.008 0.055 0.020 ~ 0.070 · (V) DCCC (XI) CM * *
Gnk1510-5.6G0 + 321LC5Y 15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II CXC C5 ± 0.023 0.018 0.045 ~ 0.005 · (XII) (XXV) * *
15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II CCXC C5 ± 0.025 0.018 0,06 ~ 0.005 · (XII) (XXV) * *
Gnk1510-5.6G0 + 521LC5Y 15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II CDXL C5 ± 0.027 0.018 0.075 ~ 0.005 · (XII) (XXV) * *
Gnk1510-5.6G0 + 621LC5Y 15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II DXL C5 ± 0.030 0.018 0.075 ~ 0.005 · (XII) (XXV) * *
721Lc5y Gnk1510-5.6G0 + 15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II DCXL C5 ± 0.030 0.018 0,09 ~ 0.005 · (XII) (XXV) * *
Gnk1510-5.6G0 + 871LC5Y 15 10 2 Jus φ12.20 φice.175 15,5 XI ° 36' HRC58 ~ LXII S55c Scm415h 2.7 × II DCCXL C5 ± 0.030 0.018 0.12 ~ 0.005 · (XII) (XXV) * *
Gnk1520.-3G0 + 321LC5Y 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II CLXXXV C5 ± 0.023 0.018 0.045 ~ 0.005 · (VIII) (XVI) * *
Gnk1520.-3G0 + 421LC5Y 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II CCLXXXV C5 ± 0.025 0.018 0,06 ~ 0.005 · (VIII) (XVI) * *
Gnk1520.-3G0 + 521LC5Y 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II CDXV C5 ± 0.027 0.018 0.075 ~ 0.005 · (VIII) (XVI) * *
Gnk1520.-3G0 + 621LC5Y 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II DXV C5 ± 0.030 0.018 0.075 ~ 0.005 · (VIII) (XVI) * *
721Lc5y + gnk1520-3g0 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II DCXV C5 ± 0.030 0.018 0,09 ~ 0.005 · (VIII) (XVI) * *
Gnk1520.-3G0 + 871LC5Y 15 20 2 Jus φ12.7 φice.175 15.75 XXII ° 0 HRC58 ~ LXII S55c Scm415h 1.7 × II DCCXXV C5 ± 0.030 0.018 0.12 ~ 0.005 · (VIII) (XVI) * *
Gnk2010-2.5RG0 + 499LC5Y 20 10 1 Jus φ17.6 φice.175 21,075 VIII ° 35' HRC58 ~ LXII S55c Scm415h 2.7 × I CCCXL C5 ± 0.025 0.018 0,06 ~ 0.005 · (VII) (XVI) D * *
799lc5y Gnk2010-2.5RG0 + 20 10 1 Jus φ17.6 φice.175 21,075 VIII ° 35' HRC58 ~ LXII S55c Scm415h 2.7 × I DCXL C5 ± 0.030 0.018 0,09 ~ 0.005 · (VII) (XVI) D * *
Gnk2010-2.5RG0 + 1099LC5Y 20 10 1 Jus φ17.6 φice.175 21,075 VIII ° 35' HRC58 ~ LXII S55c Scm415h 2.7 × I CMXL C5 ± 0.040 0.018 0.15 ~ 0.005 · (VII) (XVI) D * *
Gnk20202.6G0 + 520lc5y 20 20 1 Jus φ17.6 φice.175 20.075 XVII ° 03' HRC58 ~ LXII S55c Scm415h 1.8 × I CCCLXV C5 ± 0.025 0.018 0.075 ~ 0.005 · (V) CM (XI) DCC * *
Gnk20202.6G0 + 720lc5y 20 20 1 Jus φ17.6 φice.175 20.075 XVII ° 03' HRC58 ~ LXII S55c Scm415h 1.8 × I DLXV C5 ± 0.030 0.018 0,09 ~ 0.005 · (V) CM (XI) DCC * *
Gnk20202-3.6g0 + 920lc5y 20 20 1 Jus φ17.6 φice.175 20.075 XVII ° 03' HRC58 ~ LXII S55c Scm415h 1.8 × I DCCLXV C5 ± 0.040 0.018 0.15 ~ 0.005 · (V) CM (XI) DCC * *
Gnk20202-3.6g0 + 1120lc5y 20 20 1 Jus φ17.6 φice.175 20.075 XVII ° 03' HRC58 ~ LXII S55c Scm415h 1.8 × I CMLXV C5 ± 0.040 0.018 0.15 ~ 0.005 · (V) CM (XI) DCC * *
1320lc5y Gnk20202-3.6g0 + 20 20 1 Jus φ17.6 φice.175 20.075 XVII ° 03' HRC58 ~ LXII S55c Scm415h 1.8 × I MCLXV C5 ± 0.040 0.018 0,19 ~ 0.005 · (V) CM (XI) DCC * *