A Reluctance Motor

Reluctance motors feature a simple structure, high efficiency, and fast response. Employing a magnetless design, they can be used in intelligent drive and energy-saving systems.

Zibo AURIC, as a professional reluctance motor manufacturer, produces motors using magnetic circuit design and high-precision machining processes, achieving higher torque density and thermal stability. Combining high performance and cost advantages, they are the preferred solution for industrial automation, robotics, electric vehicles, and compression equipment.

1. Innovative Magnetic Circuit Structure for Stronger Power Output
The core advantage of this product lies in its "optimized magnetic circuit."
The permanent magnet-free design avoids magnetic decay issues, maintaining stable output even during long-term operation.

2. Precise Control and Strong Compatibility
The reluctance motor is compatible with various control systems, including PWM vector controllers and digital frequency converters.
For space-constrained equipment, we can provide axial flux switched reluctance motors, maintaining high torque output while being smaller and lighter.

3. Manufacturing Process and Quality Control
Each motor undergoes rigorous performance testing:
Magnetic torque consistency testing
Thermal stability simulation
Rotor dynamic balance control (vibration ≤2.5 mm/s)
Full-load efficiency testing (error ≤±3%)
The entire production process complies with ISO 9001 quality system standards and is manufactured by Zibo Auric Electromechanical Technology Co., Ltd.

4. Cost and Delivery
This motor has a magnet-free structure, resulting in an overall manufacturing cost that is approximately 15%~25% lower than that of permanent magnet motors. The standard delivery time is approximately 25-30 days, and samples can be delivered in as little as 10-12 days.

Industrial Fans and Blower Systems: Stable airflow and low vibration operation.
CNC Machine Tools and Robots: Fast response, high-precision control, and more accurate positioning.
Vacuum Pumps and Compressors: Continuous high-load operation with lower energy consumption.
Electric Vehicles and Marine Drives: High-speed operation, zero magnetic attenuation, and longer lifespan.
Packaging and Textile Machinery: Low noise, low maintenance, and high reliability.

We have over 15 years of R&D and manufacturing experience, focusing on customized motor solutions.

From magnetic circuit simulation design to complete machine assembly and debugging, every step is strictly controlled by our technical team.

Whether you need high-temperature, high-speed, or customized torque curves, we can provide a complete technical solution and quotation within 24 hours.

If you are looking for a high-efficiency, highly reliable, and competitively priced motor, please contact Zibo Auric Electromechanical Technology Co., Ltd. for detailed technical information, CAD drawings, and a customized quote.

The ARL series switched reluctance motor drive system, leveraging its unique structure and control principles, delivers a starting torque up to five times the rated torque. When applied in textile machinery, it simplifies the transmission chain, enables direct drive, enhances weaving processes, and reduces energy consumption.

When integrated into textile machinery, the switched reluctance motor drive system enables direct drive, eliminating marks caused by loom start-stop cycles and avoiding the "dense-sparse fabric" phenomenon during loom operation. Additionally, it supports enhanced weaving processes such as variable-speed weaving.

• Eliminates traditional clutches; the motor is directly connected to the spindle, shortening the transmission chain and significantly improving overall energy efficiency.
• Operates at low speeds to perform functions like weft-finding and reverse driving without requiring a separate weft-finding motor.
• Fast dynamic response facilitates easy implementation of variable-speed weaving, optimizing loom performance.
• Rich controller interfaces enable seamless integration with main controls of different looms, enhancing versatility.
• Supports resolver and various encoder interfaces for high-precision or specialized application control.
• Simplifies loom mechanical structure, reducing post-maintenance requirements.

• Switched reluctance motor drive systems for textile machinery.