Reducer Model Desciption
Dimensions of the Reducer
Adapted motor | ||||||||||
Specifications | ΦD | E | LB | LZ | LA | LE | LD | H | L | |
Single | Dual | |||||||||
750W Servo | Φ19 | 47 | Φ70 | 4-M5/M6 | Φ90 | Φ160 | 120*120 | 99.5 | 193 | 223 |
1500W Servo | Φ19 | 60 | Φ95 | 4-M8 | Φ130 | Φ160 | 120*120 | 112.5 | 198 | 228 |
Φ22 | 60 | Φ110 | 4-M8 | Φ145 | Φ170 | 130*130 | 112.5 | 198 | 228 | |
110 Stepper | Φ19 | 60 | Φ85 | 4-M8 | Φ132(93.3*93.3) | Φ160 | 120*120 | 112.5 | 198 | 228 |
130 Stepper | Φ19 | 56 | Φ100 | 4-M10 | Φ155(109.6*109.6) | Φ176 | 130*130 | 108.5 | 198 | 228 |
1. Dimensions marked with * vary depending on the installed motor.
2. The input shaft diameter of model 115 is ≤24mm, and input with key is optional.
3. There is no single-stage version of the 115 angle type.
Reduction Ratio
Reducer Parameters
*1. Ratio i=Nin/Nout(Input speed/output speed)
*2. When the speed of the output shaft of the reducer is 100r/min,it acts on the midpoint of the output shaft of the reducer, and the direction of action is perpendicular to the output shaft, meeting the maximum radial force that the output shaft can withstand when the life of the reducer is 20000H.
*3. High/low temperature grease can be customized according to the use environment.