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11HS5406
Zhong Hua Jiang
6.2V
190G
0.67A
70mm
28mm NEMA 11 (11HS5406) 6.2V 2-Phase Hybrid Stepper Motor is designed for compact motion-control systems requiring controlled incremental rotation and repeatable positioning. The published specification lists a 1.8° step angle, 0.67A rated current and a minimum holding torque of 0.12 N·m (12 N·cm).
The motor is intended for evaluation by equipment manufacturers, CNC system integrators, robotics developers, automation engineers and stepper motor distributors. Check motor dimensions, drive-current settings, shaft loading and torque requirements before selecting a motor for an assembly.
Request Stepper Motor Specifications & Quote
| Item | Specifications |
|---|---|
| No. of Phases | 2 |
| Step Angle | 1.8° ±5% |
| Rated Voltage | 6.2V |
| Rated Current | 0.67A |
| Resistance | 9.2Ω ±10% at 20°C |
| Inductance | 8.9mH ±20% at 1kHz, 1Vrms |
| Holding Torque | 0.12 N·m minimum (120 mN·m / 12 N·cm) |
| Detent Torque | 0.8 N·cm maximum |
| Rotor Inertia | 18 g·cm² |
| Lead Style | AWG26 UL1061 |
| Insulation Class | Class B |
| Dielectric Strength | 500V AC, 1 minute |
| Insulation Resistance | 100 MΩ minimum |
| Allowable Thrust Load | 3N |
| Allowable Radial Load | 21N at shaft end |
The 6.2V winding rating and 0.67A current specification are motor characteristics. A compatible stepper driver should be selected and its phase-current limit configured according to the motor and driver instructions. Do not connect the motor directly to an uncontrolled power supply.
The following electrical data is associated with the 6.2V, 0.67A product configuration. Confirm the motor nameplate and physical dimensions when specifying a replacement or purchasing a production batch.
| Model No. | Step Angle (°) | Motor Length (mm) | Voltage (V) | Current (A) | Resistance (Ω) | Inductance (mH) | Holding Torque (mN·m) | Inertia (g·cm²) | Weight (g) |
|---|---|---|---|---|---|---|---|---|---|
| 11HS5406 | 1.8 | 70* | 6.2 | 0.67 | 9.2 | 8.9 | 120 | 18 | 190 |
*The published motor length is 70mm. For mounting and machine design, confirm the physical length and shaft dimensions using the drawing for the exact motor supplied.
Mechanical compatibility depends on the frame mounting pattern, body length, shaft dimensions and available clearance in the equipment. Review both original dimension illustrations below before preparing a machine mount or replacement specification.
Connect the two motor phases to a suitable bipolar stepper driver according to the wiring diagram for the actual motor lead arrangement. Identify the coil pairs and verify the connector pinout before applying power.
| Step Angle Accuracy | ±5% |
| Resistance Accuracy | ±10% |
| Inductance Accuracy | ±20% |
| Temperature Rise | 80°C max. |
| Insulation Resistance | 100 MΩ min., tested at 500V DC |
| Dielectric Strength | 500V AC for 1 minute |
| Allowable Radial Load | 21N |
| Allowable Thrust Load | 3N |
Motor performance and temperature depend on the drive settings, ambient conditions, speed and mechanical load. The listed holding torque is a stationary energized torque rating; it does not describe available torque across the operating speed range.
Two-phase hybrid design: Suitable for step-by-step position control with a compatible driver.
1.8° step angle: Provides 200 full steps per revolution before any microstepping configuration.
Compact 28mm frame class: Suitable for consideration in space-constrained motion assemblies.
0.12 N·m minimum holding torque: Helps evaluate static load-holding requirements.
Documented electrical characteristics: 6.2V, 0.67A, winding resistance and inductance values support drive selection.
Class B insulation: With published insulation-resistance and dielectric-strength conditions.
Mechanical and wiring drawings: Useful for procurement, engineering review and system integration.
Ask About Driver Matching & OEM Supply
The 11HS5406 two-phase hybrid stepper motor can be evaluated for equipment that requires controlled incremental motion, subject to the load, speed, accuracy and mounting requirements of each application.
Compact CNC equipment and CNC engraving machine axis control
3D printers and small automation devices
Robotics and precision positioning assemblies
Packaging machinery and labeling equipment
Medical equipment and laboratory instrument mechanisms
Custom OEM motion-control systems
For replacement projects, supply the original motor model, mounting dimensions, shaft dimensions, winding current and driver information. For new designs, also provide the required speed, load inertia and duty cycle for compatibility review.
The certificate image previously published with this product is retained below. For a purchasing project requiring specific compliance documentation, confirm the issuing organization, document scope and applicable motor model with Zhong Hua Jiang.
The published full-step angle is 1.8° ±5%, equivalent to 200 full steps per revolution. Actual positioning performance also depends on the driver, mechanical load and control setup.
A motor with an approximately 28mm square mounting frame belongs to the NEMA 11 frame-size class. Confirm the mounting dimensions shown in the drawings for the particular motor before ordering.
The listed winding voltage is 6.2V and rated current is 0.67A. Select a compatible two-phase stepper driver and set its current limit to match the motor specification.
The stated minimum holding torque is 0.12 N·m, equivalent to 12 N·cm or 120 mN·m. Holding torque describes torque at standstill under the specified energization conditions, rather than running torque at every speed.
A suitable two-phase stepper driver may offer microstepping operation. Verify the current rating, winding configuration, wiring and required motion performance before integration.
The published winding resistance is 9.2Ω ±10% at 20°C, and inductance is 8.9mH ±20% at 1kHz and 1Vrms. These values can help engineers compare motors and select a suitable driver.
Yes. Two mechanical dimension illustrations and the original wiring diagram are provided above. Verify the exact motor length, shaft dimensions and lead arrangement before final installation.
Potential applications include compact CNC axes, 3D printers, robotics, packaging and labeling equipment, laboratory instruments and OEM positioning mechanisms, subject to the mechanical and electrical requirements of each design.
Provide the required model, drawings or mounting dimensions, driver details, motor application, expected order quantity and destination market. Include any requirements for shaft configuration, cable connections or technical documentation.
