Welina i ka pūnaeweleʻo Shanghai KGG ROBOTS C., LTD.
English
Ma keʻano o ka hana loiloi
'Aoʻao_ -baner

Gnnk

Hōʻailona Pena Pōpō Alakaʻi ofle Paʻakikī paʻakikī Waiwai Ka helu o ka circuit Huahele Kumu Alakaʻi pololei Nui Axial Lihala ʻO ka helu waihona ukana Pdf download 3d cad
Holo i waho Pāʻani Torque (nm) (N)
Dia. (mm) Alakaʻi (mm) Ka helu o Thons ke kuhikuhi Ahue dia Olemela Bcd Pena Nut Huakaʻi hele (ep) ʻAnoʻokoʻa (v300)     Dynamics Static
Kila     (Ca) (Coa)
Gnk0301-3g0 + 070lc3y 3 1 1 Akau φ2.5 φ0.6 3.18 5 ° 43ʻo ke S55C Scm415h 1 × 3 20 C3 ± 0.008 0.008 0.025 ~ 0.005 · 330 440 * *
Gnk0401-3g0 + 77lc3y 4 1 1 Akau φ3.3 φ0.8 4.15 4 ° 23' S55C Scm415h 3 × 1 25 C3 ± 0.008 0.008 0.025 _Hole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 · 420 570 * *
GNK0401-3G0 + 97LC3Y 4 1 1 Akau φ3.3 φ0.8 4.15 4 ° 23' S55C Scm415h 3 × 1 45 C3 ± 0.008 0.008 0.025 _Hole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 · 420 570 * *
Gnk0401-3g0 + 127lc3y 4 1 1 Akau φ3.3 φ0.8 4.15 4 ° 23' S55C Scm415h 3 × 1 75 C3 ± 0.008 0.008 Papaiulu 0.035 _Hole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 · 420 570 * *
Hua ^4022-3G0 + 134lc3y 4 2 1 Akau φ3.3 φ0.8 4.15 8 ° 43' S55C Scm415h 2.7 × 1 70 C3 ± 0.008 0.008 Papaiulu 0.035 _Hole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 · 420 510 * *
Gnk0404-3g0 + 134lc3y 4 4 2 Akau φ3.3 φ0.8 4.2 S55C Scm415h 2.6 × 2 75 C3 ± 0.008 0.008 Papaiulu 0.035 _Hole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 · 750 1150 * *
GNN0601-3G0 + 100LC3Y 6 1 1 Akau φ0.8 6.15 2 ° 58' S55C Scm415h 3 × 1 45 C3 ± 0.008 0.008 0.025 ~ 0 0 0 · 560 950 * *
6 1 1 Akau φ0.8 6.15 2 ° 58' S55C Scm415h 3 × 1 75 C3 ± 0.008 0.008 Papaiulu 0.035 ~ 0 0 0 · 560 950 * *
Gng0601-3g0 + 160lc3y 6 1 1 Akau φ0.8 6.15 2 ° 58' S55C Scm415h 3 × 1 105 C3 ± 0.0010 0.008 Papaiulu 0.035 ~ 0 0 0 · 560 950 * *
Gng0602-3g0 + 168lc3y 6 2 1 Akau φ5.1 φ1.0 6.2 5 ° 52' S55C Scm415h 1 × 3 105 C3 ± 0.0010 0.008 Papaiulu 0.035 ~ 0 0 0 · 750 1200 * *
Gng0606-3g0 + 168lc5y 6 6 2 Akau φ5.2 φ1.0 6.3 16 ° 50' S55C Scm415h 1.6 v × 2 100 C5 ± 0.020 0318 Poloka,P50 ~ 0.005 · 870 1450 * *
6 10 2 Akau φ5.0 φ1.2 6.3 26 ° 48' S55C Scm415h 1.2 × 2 95 C5 ± 0.020 0318 Poloka,P50 ~ 0.005 · 950 1600 * *
GNK0801-3gp0 + 115lc3Y 8 1 1 Akau φ7.3 φ0.8 8. 2 ° 15' S55C Scm415h 1 × 3 45 C3 ± 0.008 0.008 0.025 ~ 0 0 0 · 650 1300 * *
GNK0801-3g0 + 145lc3y 8 1 1 Akau φ7.3 φ0.8 8. 2 ° 15' S55C Scm415h 1 × 3 75 C3 ± 0.008 0.008 Papaiulu 0.035 ~ 0 0 0 · 650 1300 * *
GNK0801-3g ac0 + 175lc3y 8 1 1 Akau φ7.3 φ0.8 8. 2 ° 15' S55C Scm415h 1 × 3 105 C3 ± 0.0010 0.008 Papaiulu 0.035 ~ 0 0 0 · 650 1300 * *
GNN0801-3G40 + 225LC3Y 8 1 1 Akau φ7.3 φ0.8 8. 2 ° 15' S55C Scm415h 1 × 3 155 C3 ± 0.0010 0.008 Poloka,P50 ~ 0 0 0 · 650 1300 * *
GNN0802-3rrg0 + 125lc3Y 8 2 1 Akau φ70.0 φ1.2 8.3 4 ° 23' S55C Scm415h 1 × 3 50 C3 ± 0.008 0.008 0.025 ~ 0 0 0 · 1300 2300 * *
GNK0802-3rrrg0 + 155lc3y 8 2 1 Akau φ70.0 φ1.2 8.3 4 ° 23' S55C Scm415h 1 × 3 80 C3 ± 0.0010 0.008 Papaiulu 0.035 ~ 0 0 0 · 1300 2300 * *
GNN0802-3rrg0 + 185LC3Y 8 2 1 Akau φ70.0 φ1.2 8.3 4 ° 23' S55C Scm415h 1 × 3 110 C3 ± 0.0010 0.008 Papaiulu 0.035 ~ 0 0 0 · 1300 2300 * *
Gnk0802-3rrg0 + 235lc3y 8 2 1 Akau φ70.0 φ1.2 8.3 4 ° 23' S55C Scm415h 1 × 3 160 C3 ± 0.0010 0.008 Poloka,P50 ~ 0 0 0 · 1300 2300 * *
Gnk0810-3gt + 205lc5y 8 10 2 Akau φ6.7 φ1.5875 8.4 20 ° 45' S55C Scm415h 1.6 v × 2 125 C5 ± 0.020 0318 Painaina 0.0 ~ 0.005 · 2200 3800 * *
GNN0810-3GT + 305LC5Y 8 10 2 Akau φ6.7 φ1.5875 8.4 20 ° 45' S55C Scm415h 1.6 v × 2 225 C5 ± 0.023 0318 Painaina 0.0 ~ 0.005 · 2200 3800 * *
Gnk0810-3gt + 405lc5y 8 10 2 Akau φ6.7 φ1.5875 8.4 20 ° 45' S55C Scm415h 1.6 v × 2 325 C5 ± 0.0,25 0318 Kikoho 0.075 ~ 0.005 · 2200 3800 * *
GNK0812-3GT + 405LC5Y 8 12 2 Akau φ6.7 φ1.5875 8.4 24 ° 27' S55C Scm415h 1.6 v × 2 325 C5 ± 0.0,25 0318 Kikoho 0.075 ~ 0.005 · 2200 3800 * *
Gnk1002-3rrg0 + 143lc3y 10 2 1 Akau φ.0.0 φ1.2 10.3 3 ° 32 ' S55C Scm415h 3 × 1 60 C3 ± 0.008 0.008 Papaiulu 0.035 'Olohola ~ 0 · 1450 3000 * *
GNK1002-3rrg0 + 193lc3y 10 2 1 Akau φ.0.0 φ1.2 10.3 3 ° 32 ' S55C Scm415h 3 × 1 60 C3 ± 0.0010 0.008 Papaiulu 0.035 'Olohola ~ 0 · 1450 3000 * *
GNK1002-3RRG0 + 243LC3Y 10 2 1 Akau φ.0.0 φ1.2 10.3 3 ° 32 ' S55C Scm415h 3 × 1 60 C3 ± 0.0010 0.008 Poloka uila- 'Olohola ~ 0 · 1450 3000 * *
GNN1002-3RRG0 + 293lc3y 10 2 1 Akau φ.0.0 φ1.2 10.3 3 ° 32 ' S55C Scm415h 3 × 1 60 C3 ± 0 0 0 0.008 Poloka uila- 'Olohola ~ 0 · 1450 3000 * *
GNK1004-2.5RGG0 + 180LC3Y 10 4 1 Akau 10.3 7 ° 03' S55C Scm415h 2.7 × 1 70 C3 ± 0.0010 0.008 Papaiulu 0.035 0.005 ~ 0.040 · 1800 2600 * *
GNK1004-2.5RG0 + 280lc3y 10 4 1 Akau 10.3 7 ° 03' S55C Scm415h 2.7 × 1 170 C3 ± 0 0 0 0.008 Polokauao 0.0 0.005 ~ 0.040 · 1800 2600 * *
GNK1004-2.5RG0 + 380lc3y 10 4 1 Akau 10.3 7 ° 03' S55C Scm415h 2.7 × 1 270 C3 ± 0 0 0 0.008 Poloka uila- 0.005 ~ 0.040 · 1800 2600 * *
Gnk1010-1.5RG0 + 240LC5Y 10 10 2 Akau φ8.4 10.5 16 ° 52' S55C Scm415h 1.6 v × 2 125 C5 ± 0.020 0318 Poloka 0.05 ~ 0.005 · 3300 5900 * *
GNK1010-1.5RG0 + 340LC5Y 10 10 2 Akau φ8.4 10.5 16 ° 52' S55C Scm415h 1.6 v × 2 225 C5 ± 0.023 0318 Painaina 0.0 ~ 0.005 · 3300 5900 * *
GNK1010-1.5RG0 + 440LC5Y 10 10 2 Akau φ8.4 10.5 16 ° 52' S55C Scm415h 1.6 v × 2 325 C5 ± 0.0,25 0318 0,08 ~ 0.005 · 3300 5900 * *
GNK1015-1.5RG0 + 431LC5Y 10 15 2 Akau φ8.4 10.4 24 ° 27' S55C Scm415h 1.6 v × 2 330 C5 ± 0.0,25 0318 0,08 ~ 0.005 · 3300 6400 * *
10 20 4 Akau φ8.4 φ1.5875 10.4 31 ° 28' S55C Scm415h 0.7 × 4 340 C5 ± 0.0,25 0318 0,08 ~ 0.005 · 2100 4000 * *
GNK1202-3RRG0 + 314LC3Y 12 2 1 Akau φ12.0 φ1.2 12.3 2 ° 58' S55C Scm415h 1 × 3 60 C3 ± 0.008 0.008 Papaiulu 0.035 ~ 0.005 · 1600 3700 * *
GNK1202-3RRG0 + 254LC3Y 12 2 1 Akau φ12.0 φ1.2 12.3 2 ° 58' S55C Scm415h 1 × 3 160 C3 ± 0.0010 0.008 Polokauao 0.0 ~ 0.005 · 1600 3700 * *
Gnk1202-3rrg0 + 354lc3y 12 2 1 Akau φ12.0 φ1.2 12.3 2 ° 58' S55C Scm415h 1 × 3 260 C3 ± 0 0 0 0.008 Poloka uila- ~ 0.005 · 1600 3700 * *
GNK1205-2.5RG0 + 180LC3Y 12 5 1 Akau φ9.6 φ3.175 12.5 7 ° 15' S55C Scm415h 2.7 × 1 65 C3 ± 0.0010 0.008 Papaiulu 0.035 0.005 ~ 0.050 · 4100 7000 * *
GNK1205-2.5RG0 + 280LC3Y 12 5 1 Akau φ9.6 φ3.175 12.5 7 ° 15' S55C Scm415h 2.7 × 1 165 C3 ± 0 0 0 0.008 Polokauao 0.0 0.005 ~ 0.050 · 4100 7000 * *
GNK1205-2.5RG0 + 380LC3Y 12 5 1 Akau φ9.6 φ3.175 12.5 7 ° 15' S55C Scm415h 2.7 × 1 265 C3 ± 0 0 0 0.008 Poloka uila- 0.005 ~ 0.050 · 4100 7000 * *
GNK14402-3RRG0 + 166LC3Y 14 2 1 Akau φы.0 φ1.2 14.41 2 ° 32] S55C Scm415h 3 × 1 60 C3 ± 0.008 0.008 0.025 ~ 0 0 0 0 0 · 1800 4300 * *
GNK14402RRG0 + 266LC3Y 14 2 1 Akau φы.0 φ1.2 14.41 2 ° 32] S55C Scm415h 3 × 1 160 C3 ± 0.0010 0.008 033 ~ 0 0 0 0 0 · 1800 4300 * *
Gnk14402-3rrg0 + 406lc3y 14 2 1 Akau φы.0 φ1.2 14.41 2 ° 32] S55C Scm415h 3 × 1 300 C3 ± 0.013 0.008 Poloka uila- ~ 0 0 0 0 0 · 1800 4300 * *
Gnk14404-3rrg0 + 230lc3y 14 4 1 Akau φ12.2 φ2.381 14.3 5 ° 50' S55C Scm415h 3.8 × 110 C3 ± 0.0010 0.008 033 2120 ~ manual ~ 0.070 · 5800 11900 * *
GNK14404-3RRG0 + 330LC3Y 14 4 1 Akau φ12.2 φ2.381 14.3 5 ° 50' S55C Scm415h 3.8 × 210 C3 ± 0 0 0 0.008 Polokauao 0.0 2120 ~ manual ~ 0.070 · 5800 11900 * *
Gnk14404-3rrg0 + 530lc3y 14 4 1 Akau φ12.2 φ2.381 14.3 5 ° 50' S55C Scm415h 3.8 × 410 C3 ± 0.015 0.008 Poloka 0.05 2120 ~ manual ~ 0.070 · 5800 11900 * *
Gn151010-5.6G0 + 321lc5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 190 C5 ± 0.023 0318 Poloka,P 154 ~ 0.005 · 12000 25000 * *
GNK151010-5.6G0 + 421LC5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 290 C5 ± 0.0,25 0318 Pa Pakaika ~ 0.005 · 12000 25000 * *
GNN1510-5.6G0 + 521LC5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 440 C5 ± 0.027 0318 Kikoho 0.075 ~ 0.005 · 12000 25000 * *
Gnk151010-5.6G40 + 621lC5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 540 C5 ± 0.030 0318 Kikoho 0.075 ~ 0.005 · 12000 25000 * *
GNN1510-5.6G40 + 721lC5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 640 C5 ± 0.030 0318 Kikoho ~ 0.005 · 12000 25000 * *
GNN1510-5.6G0 + 871LC5Y 15 10 2 Akau φ12.20 φ3.175 15.5 11 ° 36' S55C Scm415h 2.7 × 2 740 C5 ± 0.030 0318 0.12 ~ 0.005 · 12000 25000 * *
Gnk1520-3g40 + 321lc5y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 185 C5 ± 0.023 0318 Poloka,P 154 ~ 0.005 · 8000 16000 * *
GNN1520-3G0 + 421LC5Y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 285 C5 ± 0.0,25 0318 Pa Pakaika ~ 0.005 · 8000 16000 * *
GNN1520-3G0 + 521LC5Y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 415 C5 ± 0.027 0318 Kikoho 0.075 ~ 0.005 · 8000 16000 * *
Gnk1520-3G40 + 621LC5y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 515 C5 ± 0.030 0318 Kikoho 0.075 ~ 0.005 · 8000 16000 * *
Gnk1520-3G0 + 721lC5y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 615 C5 ± 0.030 0318 Kikoho ~ 0.005 · 8000 16000 * *
GNK1520-3G0 + 871LC5Y 15 20 2 Akau φ12.7 φ3.175 15.75 22 ° 01hi S55C Scm415h 1.7 × 2 725 C5 ± 0.030 0318 0.12 ~ 0.005 · 8000 16000 * *
GKR2010-2.5RG0 + 499LC5Y 20 10 1 Akau φ3.175 21.075 8 ° 35' S55C Scm415h 2.7 × 1 340 C5 ± 0.0,25 0318 Pa Pakaika ~ 0.005 · 7000 16500 * *
Gnk2010-2.5rng0 + 799lC5y 20 10 1 Akau φ3.175 21.075 8 ° 35' S55C Scm415h 2.7 × 1 640 C5 ± 0.030 0318 Kikoho ~ 0.005 · 7000 16500 * *
GKR2010-2.5RGP0 + 1099LC5Y 20 10 1 Akau φ3.175 21.075 8 ° 35' S55C Scm415h 2.7 × 1 940 C5 ± 96404040 0318 0.15 ~ 0.005 · 7000 16500 * *
GKR2020-3.6g40 + 520LC5Y 20 20 1 Akau φ3.175 20.075 17 ° 03' S55C Scm415h 1.8 × 1 365 C5 ± 0.0,25 0318 Kikoho 0.075 ~ 0.005 · 5900 * *
Gk202000-3.6g0 + 720lc5y 20 20 1 Akau φ3.175 20.075 17 ° 03' S55C Scm415h 1.8 × 1 565 C5 ± 0.030 0318 Kikoho ~ 0.005 · 5900 * *
Gk202020-3.6g0 + 920lC5y 20 20 1 Akau φ3.175 20.075 17 ° 03' S55C Scm415h 1.8 × 1 765 C5 ± 96404040 0318 0.15 ~ 0.005 · 5900 * *
GWAN2020-3.6G0 + 1120LC5Y 20 20 1 Akau φ3.175 20.075 17 ° 03' S55C Scm415h 1.8 × 1 965 C5 ± 96404040 0318 0.15 ~ 0.005 · 5900 * *
GKR2020-3.6g40 + 1320lC5Y 20 20 1 Akau φ3.175 20.075 17 ° 03' S55C Scm415h 1.8 × 1 1165 C5 ± 96404040 0318 0.19 ~ 0.005 · 5900 * *