Bipolar Stepper Motor
Torque: 0.5Nm
Phase: 2
Phase Current: 1.68A
Step angle: 1.8°
Voltage: 3.36V
Phase resistance: 2±10%Ω
Phase induction: 3.8±20 %mH
Rotor inertia: 68gcm²
Bipolar Stepper Motors: Stepper motors are designed for intermittent operation. Stepper motors receive a holding current in an intermediate state. Heating can be moderated by reducing the holding current. Bipolar stepper motors are Nema size standard. The torque range: 0.18 Nm-33Nm. The operating temperature is between -20C and +60C. Optimum speed 150-300 1/min. They do not contain an encoder. Stepper motors need a stepper motor controller and a signal generator, which can be a PLC fast output or other printed circuit board solution.
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Bipolar Stepper Motor
Torque: 0.5Nm
Phase: 2
Phase Current: 1.68A
Step angle: 1.8°
Voltage: 3.36V
Phase resistance: 2±10%Ω
Phase induction: 3.8±20 %mH
Rotor inertia: 68gcm²
Bipolar Stepper Motor
Torque: 2.1Nm
Phase: 2
Phase current: 2.8A
Step angle: 1.8°
Voltage: 3.36V
Phase resistance: 1.2Ω
Phase induction: 4.6mH
Rotor inertia: 860gcm²
Bipolar Stepper Motor
Connection options: Parallel, Series, Unipolar
Torque: Parallel: 4Nm; Serial: 4Nm; Unipolar: 2.8Nm
Phase: 2
Phase current: Parallel: 4A; Serial: 2A; Unipolar: 2.8A
Step angle: 1.8°
Phase resistance: Parallel: 0.7Ω; Serial: 2.8Ω; Unipolar: 1.4Ω
Phase induction: Parallel: 3mH; Serial: 12mH; Unipolar: 3mH
Rotor inertia: 1200gcm²
Bipolar Stepper Motor
Torque: 0.18Nm
Phase: 2
Phase Current: 0.8A
Step angle: 1.8°
Voltage: 2.32V
Phase resistance: 2.9±10%Ω
Phase induction: 3±20 %mH
Rotor inertia: 40gcm²
Bipolar Stepper Motor
Torque: 0.44Nm
Phase: 2
Phase Current: 1.68A
Step angle: 0.9°
Voltage: 2.8V
Phase resistance: 1.65Ω
Phase induction: 4.1mH
Rotor inertia: 68gcm²
Bipolar Stepper Motor
Torque: 0.9Nm
Phase: 2
Phase Current: 3A
Step angle: 0.9°
Voltage: 2.7V
Phase resistance: 0.9Ω
Phase induction: 3.5mH
Rotor inertia: 300gcm²
Bipolar Stepper Motor
Torque: 1.2Nm
Phase: 2
Phase Current: 3A
Step angle: 1.8°
Voltage: 2.7V
Phase resistance: 0.9Ω
Phase induction: 2.5mH
Rotor inertia: 300gcm²
Bipolar Stepper Motor Double Shaft
Torque: 1.2Nm
Phase: 2
Phase Current: 3A
Step angle: 1.8°
Voltage: 2.7V
Phase resistance: 0.9Ω
Phase induction: 3.5mH
Rotor inertia: 300gcm²
Bipolar Stepper Motor
Torque: 1.8Nm
Phase: 2
Phase Current: 2.8A
Step angle: 0.9°
Voltage: 3.22V
Phase resistance: 1.5±10%Ω
Phase induction: 5.6 ±20%mH
Rotor inertia: 480gcm²
Bipolar Stepper Motor
Torque: 1.9Nm
Phase: 2
Phase Current: 2.8A
Step angle: 1.8°
Voltage: 3V
Phase resistance: 1.1Ω
Phase induction: 3.6mH
Rotor inertia: 480gcm²
Bipolar Stepper Motor
Torque: 3Nm
Phase: 2
Phase current: 4A
Step angle: 1.8°
Voltage: 3.2V
Phase resistance: 0.8Ω
Phase induction: 3.5mH
Rotor inertia: 860gcm²
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