Character:
1. The scope of speed control is wide: the motor torque is proportionable to the square voltage. You just modify the input voltage in order to control the speed.
2. Adapt to rolling work: To roll things with steady speed by firm tensility, the output torque will rise to 2times and the speed will reduce to half, when the diameter of the rolling shaft rises to 2times. It must keep this proportion when the motor works.
3. Adapt to block rotate: The design of the torque motor is different from induction and reversible motors. It can keep steady torque in the state of block rotate and low speed rotate. It is normally used for tasks that require a still torque, such as withstand object work. What’s more, it can be used for projects that require the motor to work in block rotate. The voltage is 60V(110V rated), 140V(220V rated) when the motor works continuously. It is short time rated when the voltage is 60V or 140Vand upward. It is 5 minutes rated when the voltage is 110V-220V.(Note: the output torque will rise when the motor block rotates. Please do not let the torque value surpass the value which the reducer can bear. Furthermore, please do not strike the motor, or the reducer will be damaged).
4. It can be used as a brake: In the area of speed-torque character, the torque motor can be used as a brake. You can process firm tensility control by DC magnet stimulation.
Motor Characteristics 110V
Model |
Duty |
Volt | Freq | Start Torq |
Current Ultimate Output |
Ult. OP |
Sp Ult. OP |
Torq Ult.OP |
Capacitor |
|
Motor | Motor with gear shaft | |||||||||
V | Hz | N.m | A | W | rpm | N.m | ||||
2TK3A-A |
2TK3GN-A |
5MIN CONT |
110 60 |
50 |
0.069 0.025 |
0.42 0.16 |
3.2 1.2 |
750 |
0.041 0.016 |
7.0/250 |
5MIN CONT |
110 60 |
60 |
0.069 0.025 |
0.47 0.30 |
3.2 1.2 |
900 |
0.037 0.011 |
6.0/250 | ||
3TK6A-A |
3TK6GN-A |
5MIN CONT |
110 60 |
50 |
0.134 0.068 |
0.45 0.37 |
6.0 2.5 |
750 |
0.080 0.036 |
8.0/250 |
5MIN CONT |
110 60 |
60 |
0.134 0.068 |
0.45 0.35 |
6.5 2.8 |
900 |
0.074 0.030 |
7.0/250 | ||
4TK10A-A | 4TK10GN-A |
5MIN CONT |
110 60 |
50 |
0.235 0.074 |
0.70 0.45 |
10 3.0 |
750 |
0.127 0.046 |
10.0/250 |
5MIN CONT |
110 60 |
60 |
0.025 0.069 |
0.67 0.43 |
10 3.0 |
900 |
0.127 0.038 |
8.0/250 | ||
5TK20A-A | 5TK20GN-A |
5MIN CONT |
110 60 |
50 |
0.363 0.137 |
0.92 1.58 |
20 6.0 |
750 |
0.224 0.076 |
15.0/250 |
5MIN CONT |
110 60 |
60 |
0.294 0.108 |
0.85 0.52 |
26 6.0 |
900 |
0.216 0.064 |
12.0/250 | ||
5TK40A-AF | 5TK40GN-AF |
5MIN CONT |
110 60 |
50 |
0.627 0.274 |
1.98 0.98 |
40 15 |
750 |
0.510 0.191 |
30.0/250 |
5MIN CONT |
110 60 |
60 |
0.755 0.343 |
1.88 1.12 |
40 15 |
900 |
0.490 0.180 |
30.0/250 |
Motor Characteristics 220V
Model |
Duty |
Volt | Freq | Start Torq |
Current Ultimate Output |
Ult. OP |
Sp Ult. OP |
Torq Ult.OP |
Capacitor |
|
Motor | Motor with gear shaft | |||||||||
V | Hz | N.m | A | W | rpm | N.m | ||||
2TK3A-C |
2TK3GN-C |
5MIN CONT |
220 140 |
50 |
0.069 0.025 |
0.42 0.16 |
3.2 1.2 |
750 |
0.041 0.016 |
1.5/450 |
5MIN CONT |
220 140 |
60 |
0.069 0.025 |
0.47 0.30 |
3.2 1.2 |
900 |
0.037 0.011 |
1.2/450 | ||
3TK6A-C |
3TK6GN-C |
5MIN CONT |
220 140 |
50 |
0.134 0.068 |
0.45 0.37 |
6.0 2.5 |
750 |
0.080 0.036 |
2.0/450 |
5MIN CONT |
220 140 |
60 |
0.134 0.068 |
0.45 0.35 |
6.5 2.8 |
900 |
0.074 0.030 |
1.5/450 | ||
4TK10A-C | 4TK10GN-C |
5MIN CONT |
220 140 |
50 |
0.265 0.098 |
0.70 0.45 |
10 3.0 |
750 |
0.127 0.046 |
2.5/450 |
5MIN CONT |
220 140 |
60 |
0.225 0.090 |
0.67 0.43 |
10 3.0 |
900 |
0.127 0.038 |
2.0/450 | ||
5TK20A-C | 5TK20GN-C |
5MIN CONT |
220 140 |
50 |
0.363 0.137 |
0.92 1.58 |
20 6.0 |
750 |
0.224 0.076 |
3.5/450 |
5MIN CONT |
220 140 |
60 |
0.294 0.108 |
0.85 0.52 |
26 6.0 |
900 |
0.216 0.064 |
3.0/450 | ||
5TK40A-CF | 5TK40GN-CF |
5MIN CONT |
220 140 |
50 |
0.627 0.274 |
1.98 0.98 |
40 15 |
750 |
0.510 0.191 |
6.0/450 |
5MIN CONT |
220 140 |
60 |
0.755 0.343 |
1.88 1.12 |
40 15 |
900 |
0.490 0.180 |
6.0/450 |
Torque Motor Overal Dimensions
- The figure in () is the value of the small gear shaft motor.
- Note: The meaning of “L” in the figures and tables is the same as the meaning of “L” in the above overall dimension tables labled accordingly.
Motors described above are typical and can be customized upon request.