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Nema 14 Hybride Stepper Motor
Nema 14 Hybrid Stepper Motor
Product Brochure
Torque | 0.5 kg-cm |
Type | Hybrid Stepper Motor |
Number of Phase | 3 |
Step Angle | 1.8 Degree |
Max Axial Force | Nema 14 Hybrid Stepper Motor |
Maximum Axial Force | Nema 14 Hybrid Stepper Motor |
Max Radial Force | Nema 14 Hybrid Stepper Motor |
Inductance Accuracy | Nema 14 Hybrid Stepper Motor |
A hybrid stepper motor is a combination of the variable reluctance and permanent magnet type motors. The rotor of a hybrid stepper motor is axially magnetized like a permanent magnet stepper motor, and the stator is electromagnetically energized like a variable reluctance stepper motor. Both the stator and rotor are multi-toothed.
A hybrid stepper motor has an axially magnetized rotor, meaning one end is magnetized
Nema 14 Hybride Stepper Motor
Torque | 0.5 kg-cm |
Type | Hybrid Stepper Motor |
Number of Phase | 3 |
Step Angle | 1.8 Degree |
Max Axial Force | Nema 14 Hybride Stepper Motor |
Maximum Axial Force | Nema 14 Hybride Stepper Motor |
Max Radial Force | Nema 14 Hybride Stepper Motor |
Inductance Accuracy | Nema 14 Hybride Stepper Motor |
A hybrid stepper motor is a combination of the variable reluctance and permanent magnet type motors. The rotor of a hybrid stepper motor is axially magnetized like a permanent magnet stepper motor, and the stator is electromagnetically energized like a variable reluctance stepper motor. Both the stator and rotor are multi-toothed.
A hybrid stepper motor has an axially magnetized rotor, meaning one end is magnetized
Nema 14 Hybride Stepper Motor
Type | Hybrid Stepper Motor |
Torque | 0.5 kg-cm |
Number of Phase | 3 |
Step Angle | 0.9 Degree |
Max Axial Force | Nema 14 Hybride Stepper Motor |
Maximum Axial Force | Nema 14 Hybride Stepper Motor |
Max Radial Force | Nema 14 Hybride Stepper Motor |
Inductance Accuracy | Nema 14 Hybride Stepper Motor |
A hybrid stepper motor is a combination of the variable reluctance and permanent magnet type motors. The rotor of a hybrid stepper motor is axially magnetized like a permanent magnet stepper motor, and the stator is electromagnetically energized like a variable reluctance stepper motor. Both the stator and rotor are multi-toothed.
A hybrid stepper motor has an axially magnetized rotor, meaning one end is magnetized