SGH-1800 Planetary Gearbox SGH-1800 gearboxes can output up to 2160 Nm (depends on ratio) Calculate your machine and find the required gearbox output torque using this tool Engineering Calculator Horizontal TabsOverview Performance data Number of stages: 1, 2 and 3 stages Transmission ratios: 3:1 to 300:1 Backlash: ca. 0, <1’, <3’, <5’, <10’ Efficiency Up to 97% Input motor flanges: For all servomotors Output shaft Smooth Output Shaft Output Shaft with Key Splined Output Shaft Typical Applications Gantries Linear Tracks for Robots Packaging Robotics Linear Actuators General Automation Advantages Highly accurate positioning High torsional rigidity Highly reliable thanks to heat treated gears Very high radial load tapered roller bearings Very compact design Very high torque density Easy motor installation Specifications S5 Duty Cycle Technical Data Stages Ratio T2N (Nm) T2max (Nm) T2E(1) (Nm) N1n (min-1) N1max (min-1) F2Rmax (N) F2Amax (N) C (Nm/arcmin) η % M (kg) Δφ (arcmin) 1 3 1600 2160 4800 1500 2000 20000 26000 367 97 32 ca. 0 <1’ <3’ <5’ <10’ 2 9 1600 2160 4800 2000 3500 20000 26000 349 94 39 ca. 0 <1’ <3’ <5’ <10’ 12 1600 2160 4800 2000 3500 20000 26000 333 94 39 15 1600 2160 4800 2000 3500 20000 26000 300 94 39 21 1600 2160 4800 2000 3500 20000 26000 281 94 39 30 1600 2160 4800 2000 3500 20000 26000 274 94 39 3 36 1600 2160 4800 2000 3500 20000 26000 300 91 46 ca. 0 <1’ <3’ <5’ <10’ 45 1600 2160 4800 2000 3500 20000 26000 270 91 46 60 1600 2160 4800 2000 3500 20000 26000 270 91 46 75 1600 2160 4800 2000 3500 20000 26000 270 91 46 90 1600 2160 4800 2000 3500 20000 26000 247 91 46 105 1600 2160 4800 2000 3500 20000 26000 270 91 46 120 1600 2160 4800 2000 3500 20000 26000 300 91 46 150 1600 2160 4800 2000 3500 20000 26000 270 91 46 210 1600 2160 4800 2000 3500 20000 26000 253 91 46 300 1600 2160 4800 2000 3500 20000 26000 220 91 46 (1) T2E Up to 1000 times during the gearbox's lifetime Subject to technical improvements without prior notice General Data Housing Surface Temperature °C -10°C to +90°C Ingress Protection IP65 Sound Levels dB(A) ≤72 Design Life Hours 20000 Lubrication Synthetic Oil Lubrication Turning Direction Same as Input Moment of Inertia Stages Ratio J (kg·cm2) per Motor Shaft Diameter ⌀≤19 ⌀≤24 ⌀≤32 ⌀≤35 ⌀≤38 ⌀≤42 ⌀≤48 1 3 38.19 39.24 41.45 44.37 49.97 49.47 49.87 2 9 38.58 39.63 41.84 44.76 50.36 49.86 50.26 12 16.57 17.62 19.83 22.75 28.35 27.85 28.25 15 17.35 18.40 20.61 23.53 29.13 28.63 29.03 21 12.20 13.25 15.46 18.38 23.98 23.48 23.88 30 9.22 10.27 12.48 15.40 21.00 20.50 20.90 3 36 23.60 24.65 26.86 29.78 35.38 34.88 35.28 45 17.37 18.42 20.63 23.55 29.15 28.65 29.05 60 16.77 17.82 20.03 22.95 28.55 28.05 28.45 75 16.52 17.57 19.78 22.70 28.30 27.80 28.20 90 9.22 10.27 12.48 15.40 21.00 20.50 20.90 105 11.77 12.82 15.03 17.95 23.55 23.05 23.45 120 9.07 10.12 12.33 15.25 20.85 20.35 20.75 150 9.01 10.06 12.27 15.19 20.79 20.29 20.69 210 8.96 10.01 12.22 15.14 20.74 20.24 20.64 300 8.93 9.98 12.19 15.11 20.71 20.21 20.61 Dimensions 1 stage 2 stages 3 stages D1 70 70 70 D2 160 160 160 D3 215 215 215 D5 M20 M20 M20 D6 110 110 110 D9 13 13 13 L1min 311 363 416 L2min 168 220 273 L3 143 143 143 L4 105 105 105 L5 36 36 36 L6 17 17 17 L7 42 42 42 L11 90 90 90 L12 20 20 20 L13 74.5 74.5 74.5 L14 6 6 6 L15 185 185 185 L16 2 2 2 D7, D8, L1, L2, L8, and L10 depend on motor dimensions