60 Series Hybrid Stepper Motor

Overview

The 60 Series Hybrid Stepper Motor is designed for controlled rotary motion and precise positioning across a range of motion-control applications. The series includes different step-angle, phase, electrical, and motor-length configurations, providing flexible options for applications with different torque and drive requirements.

With multiple configurations ranging from compact 62 mm motor lengths to higher-torque models up to 90 mm, the 60 Series can be selected according to the required holding torque, electrical characteristics, and installation requirements.

Key Features

• Step Angle – 1.2° / 1.8°
• Phase Configuration – 2-phase / 3-phase / 4-phase
• Rated Current – 1.0 A to 5.8 A
• Holding Torque – 0.5 to 3.56 N·m
• Motor Length – 62 to 90 mm
• Maximum Temperature – 80°C Max
• Ambient Temperature – -20°C to +50°C
• Insulation Resistance – 100 MΩ min. @ 500 VDC
• Dielectric Strength – 500 VAC, 1 minute
• Resistance Tolerance – ±10%
• Inductance Tolerance – ±20%

Applications

The 60 Series Hybrid Stepper Motor can be considered for motion-control equipment requiring controlled rotary positioning and different torque and electrical configurations.

Typical selection considerations include:

• Required step angle
• Number of motor phases
• Rated current
• Holding torque
• Motor length
• Available installation space
• Drive and electrical requirements

For application-specific selection, please contact us with your required torque, step angle, motor dimensions, and electrical parameters.

Technical Specifications

The 60 Series Hybrid Stepper Motor is available in different step-angle and phase configurations. The general operating and electrical characteristics are as follows.

General Specifications

Parameter	Specification
Step Angle	1.2° / 1.8°
Step Angle Tolerance	±5%
Maximum Temperature	80°C Max
Ambient Temperature	-20°C to +50°C
Insulation Resistance	100 MΩ min. @ 500 VDC
Dielectric Strength	500 VAC, 1 minute
Resistance Tolerance	±10%
Inductance Tolerance	±20%

 

Model Specifications

The 60 Series includes multiple motor configurations with different step angles, numbers of phases, current ratings, resistance, inductance, holding torque, rotor inertia, motor mass, and motor length. Refer to the tables below when selecting a suitable configuration for your motion-control system.

60 Series — Standard Configurations

Model	Step Angle	Number of Phases	Rated Current (A)	Resistance / Phase (Ω)	Inductance / Phase (mH)	Holding Torque (N·m)	Motor Mass (kg)	Motor Length (mm)
60HJB372-7011-	1.2°	3	1.0	2.65	5.34	0.5	1.34	73
60HJB362-7011-	1.8°	3	1.0	3.0	5.0	0.5	1.30	62
60HJB472-3400-	1.8°	2	1.5	1.4	3.6	1.2	1.3	72
60HJB487-9011-	1.8°	2	5.8	1.3	4.3	3.56	1.5	86.5

 

60HJB Series — 1.8° Lead-Wire Configuration

The 60HJB lead-wire series provides additional 1.8° configurations with different phase numbers, electrical characteristics, and holding torque levels.

Model	Step Angle	Number of Phases	Current / Phase (A)	Resistance / Phase (Ω)	Inductance / Phase (mH)	Holding Torque (mN·m)	Rotor Inertia (g·cm²)	Wiring Diagram	Motor Mass (kg)	Motor Length (mm)
60HJB846-21	1.8°	4	1.9	1.6	2.1	750	275	b	0.59	46
60HJB855-30	1.8°	4	1.8	2.0	3.8	1100	310	b	0.76	55
60HJB865-26	1.8°	4	2.0	2.5	4.8	1500	570	b	1.10	65
60HJB866-21	1.8°	4	2.0	3.3	5.5	2200	840	b	1.30	86
60HJB490-36	1.8°	2	2.0	2.9	8.0	2550	880	a	1.40	90

Dimensions & Wiring

Refer to the dimensional drawings and wiring information when selecting and integrating the
60 Series Hybrid Stepper Motor into your equipment. The drawings provide key information on the motor frame dimensions, shaft dimensions, mounting holes, overall length, and wiring configuration.

The available drawings should be used together with the model specifications to confirm the required mechanical dimensions and wiring configuration before integration.

Torque-Speed Characteristics

The torque-speed curves below show representative performance characteristics of selected
60 Series Hybrid Stepper Motor models under specified test conditions. Actual torque performance may vary depending on the motor model, drive, supply voltage, current, operating speed, and other operating conditions.

Representative torque-speed curves for reference. Please contact us for detailed performance data of the specific motor model.

Why Choose the 60 Series?

The 60 Series provides a broad selection of motor configurations within one series, making it easier to match motor characteristics to different motion-control requirements. Different step angles, phase configurations, motor lengths, current ratings, and holding torque levels allow the series to cover a range of equipment designs.

For applications requiring higher torque output, the series includes configurations with holding torque up to 3.56 N·m, while shorter and lower-torque options are also available for more compact systems.

For model selection, we recommend confirming the required motor length, step angle, phase configuration, current, resistance, inductance, holding torque, and installation dimensions before ordering.

FAQ

1. What step angles are available for the 60 Series Hybrid Stepper Motor?

A: The 60 Series includes 1.2° and 1.8° step-angle configurations, depending on the motor model.

2. Are 2-phase, 3-phase, and 4-phase configurations available?

A: Yes. The supplied specifications include 2-phase, 3-phase, and 4-phase configurations across different 60 Series models.

3. What is the holding torque range of the 60 Series?

A: The supplied model data covers holding torque from 0.5 N·m to 3.56 N·m in the standard configuration table. The additional 60HJB table specifies holding torque values from 750 to 2550 mN·m.

4. How do I select the appropriate 60 Series motor?

A: Selection should be based on the required step angle, number of phases, current, holding torque, motor length, and electrical characteristics. The model tables above can be used to compare the available configurations.