on Orders $99+
on Orders $99+
A closed-loop stepper motor system combines the advantages of servo motor and stepper motor technologies. Functionally, a closed-loop stepper motor system will run much more smoothly and with less resistance than a standard stepper motor setup. Since a closed-loop system provides feedback and control as well as short transient and free oscillation times, the closed-loop system will not lose or gain steps.
A closed-loop stepper motor system, such as the 86BHH76-860H, may be the best option when the application requires improved energy efficiency and smoothness of operation, especially at high loads. In addition, a closed-loop system has the advantage over servo motor systems of higher torque at low RPMs.
Additional benefits include short transient times, less packaging, accurate/correct positioning using feedback from encoders integrated into the motor(s) to the controller, and comparatively low prices.
—Wayne Thorpe
24.0 kg-cm (333.2 oz-in) 4 Wire NEMA 23 Stepping Motor with "D" Shaft Specifications: Step angle: 1.8° Voltage (V): 8.6 Current (A): 2.0 Resistanc...
View full details48 kg-cm (666.5 oz-in) 8 Wire NEMA 34 Step Motor Specifications: Step angle: 1.8° Current (A): 4.0 Resistance (Ohms): 3.2 Inductance (mH): 12 L0 D...
View full details42.0 kg-cm (583.2 oz-in) 4 Wire NEMA 34 Step Motor Specifications: Step angle: 1.8° Current (A): 4.0 Resistance (Ohms): 1.05 Inductance (mH): 7.95...
View full details21.0 kg-cm 6 Wire Nema 23 Stepping Motor Nema 23 Stepping Motor Specifications: Step angle: 1.8° Voltage (V): 3.6 Current (A): 3.0 Resistance (O...
View full details15.0 kg-cm (208.3 oz-in) 6 Wire NEMA 23 Step Motor Specifications: Step angle: 1.8° Voltage (V): 5.75 Current (A): 2.3 Resistance (Ohms): 2.5 Indu...
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