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AKMH Hygienic Stainless Steel Servo Motors








             Performance Data

                                        160 V DC         320 V DC V       560 V DC         640 V DC



               AKMH Servo Motor  Cont. Torque at Stall Tcs [Nm]   ➀  Continuous Current I 0  [A] ➀  Peak Torque at stall Tps [Nm]   ➀  Rated Speed Nrtd [RPM]  Rated Torque Trtd [Nm]   ➀  Rated Power Prtd [kW]   ➀  Rated Speed Nrtd [RPM]  Rated Torque Trtd [Nm]   ➃  Rated power P n  [kW] ➀  Rated Speed Nrtd [RPM]  Rated Torque Trtd [Nm]   ➀  Rated Power Prtd [kW]   ➀  Rated Speed Nrtd [RPM]  Rated Torque Trtd [Nm]   ➀  Rated Power Prtd [kW]   ➀  Inertia (Jm) [kg
   SER
   V

   O MO
              21C  0.3   1.33  1.76  2500  0.34  0.09  8000  0.27  0.23  8000  0.25  0.21  8000  0.25  0.21  0.11  3.6
   T
              21E  0.35  2.61  1.81  7000  0.30  0.22  –   –     –    –     –     –    –     –     –   0.11  3.6
              21G  0.36  4.02  1.60  –    –     –     –    –     –    –     –     –    –     –     –   0.11  3.6
   ORS
              22C  0.6   1.16  3.16  1000  0.62  0.06  3500  0.59  0.22  8000  0.44  0.37  8000  0.44  0.37  0.16  4.1
              22E  0.63  2.27  3.23  3500  0.62  0.23  8000  0.60  0.22  –  –     –    –     –    –    0.16  4.1
              22G  0.63  3.90  3.27  7000  0.51  0.37  –   –     –    –     –     –    –     –    –    0.16  4.1
              23D  0.83  1.84  4.37  1500  0.86  0.14  5000  0.75  0.39  8000  0.55  0.46  8000  0.54  0.45  0.22  4.6
   AKMH W
              23E  0.88  2.34  4.43  2500  0.86  0.23  6500  0.63  0.46  –  –     –    –     –    –    0.22  4.6
              23F  0.86  3.55  4.46  4500  0.78  0.37  8000  0.56  0.47  –  –     –    –     –    –    0.22  4.6
              24D  1.07  1.92  5.35  1500  1.09  0.17  4000  0.97  0.41  8000  0.64  0.54  8000  0.62  0.52  0.27  5.1
              24E  1.13  2.47  5.36  2000  1.09  0.23  5500  0.89  0.51  –  –     –    –     –    –    0.27  5.1
   ASHDO
              24F  1.10  3.35   5.39  3000  1.03  0.32  8000  0.65  0.54  –  –    –    –     –    –    0.27  5.1
   WN
              31C  0.89  1.22  3.76  –    –     –    2500  0.86  0.23  5000  0.73  0.38  6000  0.67  0.42  0.33  4.1
              31E  0.94  2.58  3.88  2500  0.91  0.24  6000  0.71  0.46  –  –     –    –     –    –    0.33  4.1
   MO
   T
              31H  0.97  4.93  3.95  6000  0.74  0.46  –   –     –    –     –     –    –     –    –    0.33  4.1
              32C  1.64  1.27  6.92  –    –     –    1500  1.60  0.25  3000  1.46  0.46  3500  1.40  0.51  0.59  5.0
   OR
              32E  1.65  2.44  7.06  –    –     –    3500  1.47  0.54  7000  0.91  0.67  8000  0.63  0.53  0.59  5.0
             32H   1.73  4.71  7.21  3000  1.59  0.50  7000  0.92  0.67  –  –     –    –     –    –    0.59  5.0
              33C  2.41  1.34  9.94  –    –     –    1000  2.37  0.25  2000  2.25  0.47  2500  2.18  0.57  0.85  5.9
              33E  2.45  2.29  10.19  –   –     –    2000  2.34  0.49  4500  1.90  0.90  5000  1.77  0.93  0.85  5.9
              33H  2.55  4.90  10.43  2500  2.37  0.62  5500  1.71  0.98  8000  –  –   –     –     –   0.85  5.9
              41C  1.73  1.43  5.75  –    –     –    1200  1.70  0.27  3000  1.59  0.50  3500  1.54  0.56  0.81  6.1
              41E  1.71  2.67  5.84  1500  1.74  0.27  3000  1.62  0.51  6000  1.28  0.79  6000  1.23  0.77  0.81  6.1
              41H  1.79  5.23  5.92  3000  1.69  0.53  6000  1.30  0.82  –  –     –    –     –     –   0.81  6.1
              42C  3.08  1.38  10.62  –   –     –     –    –     –    1500  2.96  0.46  2000  2.89  0.61  1.45  7.4
              42E  3.05  2.58  10.79  –   –     –    1800  2.92  0.61  3500  2.56  0.94  4000  2.40  1.01  1.45  7.4
              42H  3.08  5.53  11.04  2000  3.09  0.65  4500  2.38  1.12  6000  1.26  0.79  6000  1.04  0.65  1.45  7.4
              42J  3.30  7.95  11.08  3000  2.99  0.94  6000  1.60  1.01  –  –    –    –     –    –    1.45  7.4
              43E  4.29  2.56  15.50  –   –     –    1500  4.17  0.66  2500  3.84  1.01  3000  3.65  1.15  2.09  8.8
              43H  4.45  5.11  15.65  –   –     –    3000  3.93  1.23  6000  1.47  0.92  6000  0.97  0.61  2.09  8.8
              43L  3.93  9.72  15.58  3000  3.48  1.09  6000  0.64  0.40  –  –    –    –     –    –    2.09  8.8
              44E  5.37  2.67  19.77  –   –     –    1200  5.31  0.56  2000  4.93  1.03  2500  4.71  1.23  2.73  10.2
              44H  5.36  5.19  19.73  –   –     –    2500  4.87  1.27  5000  2.64  1.38  5000  2.21  1.16  2.73  10.2
              44K  5.37  9.35  19.75  2000  5.07  1.06  5000  2.56  1.34  –  –    –    –     –    –    2.73  10.2
              51E  3.84  2.55  10.09  –   –     –    1500  3.76  0.59  2500  3.52  0.92  3000  3.39  1.06  3.42  8.9
             51H   3.71  5.37  10.17  –   –     –    3000  3.38  1.06  5500  2.43  1.40  5500  2.03  1.17  3.42  8.9
              51L  3.81  10.36  10.33  3000  3.48  1.09  5500  2.14  1.23  –  –   –    –     –    –    3.42  8.9
            ➀ Motor winding excess temperature, ∆T = 100 K with ambient temperature = 40°C
             All specifications refer to sinusoidal supply
             Rated data with reference flange (aluminum, dims (mm): AKMH2, AKMH3, AKMH4: 254 x 254 x 6.35  AKMH5: 305 x 305 x 12.7  AKMH6: 457 x 457 x 12.7)




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