The maximum radial force and axial force that the output shaft of the reducer can bear. The end depends on the design of the internal support bearing. The reducer adopts a large-size bearing and a large-span design. It can withstand greater radial and axial loads.
Series | Type | Adapted motor | Remark |
TM Series | TM042-L1 single stage – speed ratio 3-10 | 50/100W Servo/42 Stepper | |
TM042-L2 double stage – speed ratio 12-100 | 50/100W Servo/42 Stepper | ||
TM060-L1 single stage – speed ratio 3-10 | 200/400W Servo/57 Stepper | ||
TM060-L2 double stage – speed ratio 12-100 | 200/400W Servo/57 Stepper | ||
TM090-L1 single stage – speed ratio 3-10 | 750-1500W Servo/86 Stepper | Servo standard is 80 frame and 130 frame | |
TM090-L2 double stage – speed ratio 12-100 | 750W Servo/86 Stepper | ||
TM115-L1 single stage – speed ratio 3-10 | 1-1.5KW/110 Stepper | Servo standard is 130 frame | |
TM115-L2 double stage – speed ratio 12-100 | 1-1.5KW/110 Stepper | Servo standard is 130 frame | |
TM142-L1 single stage – speed ratio 3-10 | 2-4Kw | Servo standard is 180 frame | |
TM142-L2 double stage – speed ratio 12-100 | 1.5KW-3KW | Servo standard is 180 frame/or 130 frame | |
TM180-L1 single stage – speed ratio 3-10 | 2KW-7.5KW | Servo standard is 180 frame/or 220 frame | |
TM180-L2 double stage – speed ratio 12-100 | 2KW-5.5KW | Servo standard is 180 frame |