1. Overview

2. Key Parameters

• Voltage and Power: Common configurations are 3.6V / 1.5A (stepper motor) or 48V / 500W (servo motor).
• Torque Range: Ranging from 100 mNm to 1500 mNm, meeting the needs of small and medium power loads.
• Control Method: Supports microstep drive (Step & Direction) or digital signal (Pulse & Direction), compatible with various controllers.
• Resolution: High-precision products can achieve a resolution of more than 0.01°, suitable for precise positioning.
• Connection Method: Adopts standard M3/M4 threaded flange for easy installation.

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3. Product Features

• High-Precision Control: Adopts advanced Field-Oriented Control (FOC) technology or high-precision stepper drive chip to achieve smooth and vibration-free movement.
• Energy Saving and High Efficiency: Adopts high-efficiency motor design to reduce operating costs and heat accumulation.
• Strong Reliability: Complies with industrial standards (such as CE, UL) and is equipped with multiple safety mechanisms such as overload protection and over-temperature protection.
• Good Compatibility: Supports a variety of industrial communication protocols (such as EtherCAT, PROFINET), facilitating integration with PLC and SCADA systems.

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4. Structure and Composition

• Motor Body: Includes stator, rotor and bearings, made of high-strength materials.
• Drive Unit: Usually used with an external driver (such as GE’s V80 series servo driver), and control signals are transmitted through signal lines.
• Flange Mounting Surface: Provides a standardized mounting interface for easy mechanical connection.

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5. Application Fields

• Automatic Production Lines: Used in assembly robots and sorting systems.
• CNC Machine Tools: High-precision axial drive to ensure processing quality.
• Packaging Equipment: High-speed packaging, labeling machines, etc.
• Printing and Textile: High-speed and high-precision synchronous transmission.

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6. Installation and Maintenance

Installation

• Fix the motor on the mechanical base with bolts to ensure the flange surface is parallel to the base.
• Connect the driver, and pay attention to the correspondence of the terminals of the signal lines (such as stepper pulse, direction signal).
• Before turning on the power, confirm that the grounding is good.

Maintenance

• Regular Inspection: Check whether the bearing operates smoothly and whether there is abnormal noise.
• Temperature Monitoring: The temperature during operation should not exceed the rated value; overheating may cause damage.
• Cleaning and Maintenance: Keep the interior of the motor clean to prevent dust from entering and causing electrical faults.