Products

Harmonic Gearbox With Solid Shaft End

SCSG Series
Product Description
  • Nominal Output torque : 21Nm to 180Nm
  • Backlash : less than 0.4 Arc min
  • Available reduction ratio :1:50,1:80 1:100, 1:120
  • High rigidity for stable precision work.
  • More compact and higher accurate.
  • Applied in robot industry, especially for multi-axis robot joints.
Harmonic Gearbox With Solid Shaft End

Harmonic Gearbox With Solid Shaft End

  • Specification Chart
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Performance Unit Ratio SCSG17 SCSG20 SCSG25 SCSG32
Nominal Output Torque Kgf*m/Nm 50 2.1/20.58 3.3/32.34 5.2/50.96 10/98
80 2.9/28.42 3.61/35.5 8.30/81.5 15.5/152.5
100 3.1/30.5 5.3/51.94 8.81/86.5 18/176.4
120 3.1/30.5 5.3/51.94 8.81/86.5 18/176.4
Maximum Acceleration Torque Kgf*m/Nm 50/120 3 times nominal output torque
Emergency Stop Torque Kgf*m/Nm 50 9/91 13/127 25/242 51/497
80 12/113 17/165 34/332 75/738
100 15/143 20/191 38/369 86/841
120 11/112 20/191 40/395 91/892
Permissible Input Speed rpm 50/120 3,500
Standard Backlash Arc-min 50/120 0.33 0.28 0.28 0.23
Max Tilting moment-at flange face Kgf*m / Nm 50/120 5.13/50.27 6.71/65.75 13.7/134.26 27.48/269.3
Maximum Radial Force Kgf/N 50/120 241/2361 268/2626 442/4331 687/6732
Maximum Axial Force Kgf/N 50/120 530/2361 590/2626 973/4331 1513/6732
Rated Operation Life hr 50/120 > 10,000 At permissible input speed and nominal output torque.
Operating Temperature °C 50/120 -10 °C to 40 °C (ambient) / 90 °C (case maximum temp.)
Sound Level dB 50/120 52 53 55 60
Lubrication - 50/120 4B No.2
Ingress Protection Class IP 50/120 IP54
Gearhead Inertia (Ix10¯⁴kgm²) 50/120 0.079 0.193 0.413 1.69
(Ix10¯⁵kgm²) 50/120 0.081 0.197 0.421 1.72
Weight kg 50/120 0.8 1.3 2 3.5
No Load Running Torque Kgf*m/Nm 50/120 0.9 /0.09 2/0.2 3.1 /0.31 5.7/0.56
  • For 10,000 Times max during life of gearhead.
  • At input speed of 1000 rpm.
  • At permissible input speed and Continuous Output Torque.
  • Permissible axial load or permissible radial load is the value that satisfies the reducer life when either a pure radialload or an axial load is applied to the flange face. (When radial load is Lr+R=0mm, and axial load is La=0mm)