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...Stepping Motor Axis Ball Screw Linear Electric Numerical Control Cross Slide The NEMA 24 stepper motor linear actuator features easy integration into your applications, a high level of precision, safer perfo...
AXHM450K-GFH VEXTA AlphaStep Closed Loop Step Motor and Pulse Input Driver Product Description AXHM450KGFH BRUSHLESS DC MOTOR 2500 ROTATES PER MINUTE 50W Specifications Motor Frame Size 3.15 in. sq. Output Powe...
...linear stepping motor Similar to their rotary counterparts in operation and performance, a linear stepper motor is typically run as open-loop systems and are capable of providing high resolution at high spee...
... Allowable thrust load:10N * The load point is 1/3 from the axis end ■Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) H...
... Allowable thrust load:10N * The load point is 1/3 from the axis end ■Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) H...
... Allowable thrust load:10N * The load point is 1/3 from the axis end ■Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) H...
... Allowable thrust load:10N * The load point is 1/3 from the axis end ■Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) H...
... Allowable thrust load:10N * The load point is 1/3 from the axis end ■Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) H...
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......
... ■ Specifications (unipolar windings) Model Axis Basic step angle (°) Voltage Current (A/phase) Resistance (Ω/phase) Inductance (mH/phase) Holding torque N.m(kgf.cm) Rotor inertia (×......