Reluctance Electric Motor

As a professional reluctance motor manufacturer, AURIC's Reluctance Electric Motor utilizes high-silicon steel laminations and an optimized magnetic circuit design, achieving an operating efficiency of up to 92%. Even under continuous full-load operation, the temperature rise can be stably controlled at ≤75K.

Compared to induction motors, its energy consumption can be reduced by 10%–15%, saving over 500–800 kWh of energy over a year of continuous operation (taking the 2.2kW model as an example).

All our Reluctance Electric Motors undergo comprehensive performance curve testing before leaving the factory, including: load torque stability testing, magnetic field uniformity scanning, dynamic balancing and vibration analysis. Test results meet IEC 60034 standards, with noise levels below 60dB and torque fluctuations below 3%. Every motor delivers the same output quality.

The control system of the Reluctance Electric Motor is designed for compatibility with a variety of control drives, including Switched Reluctance Controllers, FOC drives, PWM controllers, etc.

The following options are available upon request:
Voltage: 24V / 48V / 220V / 380V
Power: 0.5HP – 15HP
Structure: Standard / Axial Flux Reluctance Motor
Mounting Interface: Compatible with IEC standards and NEMA specifications

This compatible design reduces system modification costs for customers, allowing for direct replacement of existing drive units and shortening delivery and commissioning cycles.

When evaluating motor solutions, buyers are most concerned with the balance between performance and price.

Reluctance Electric Motors do not require rare-earth permanent magnets, thus reducing production material costs by 20-30% and remaining stable despite fluctuations in rare-earth prices.

In the same power range, the overall operating cost is approximately 18% lower than BLDC motors.

Standard models have a lead time of only 25 days, and customized models can be sampled in 15 days, suitable for projects with tight timelines.

We offer long-term supply agreements and bulk pricing support to help customers lock in cost advantages.

This motor employs a three-phase symmetrical magnetic circuit structure and a low-tooth stator design. It has no permanent magnets or wound rotor, resulting in a lighter structure and lower heat loss.

Actual test data shows that its average maintenance cycle is over 20,000 hours, far exceeding that of typical AC asynchronous motors (approximately 8,000 hours).

The rotor's brushless and slip-ring-free design allows the equipment to operate stably for extended periods even in dusty or humid environments.

Our motors meet ISO9001, CE, RoHS, and CCC certification requirements and have passed third-party laboratory efficiency tests, allowing direct export to European, North American, and Middle Eastern markets.

Purchasing our products allows for direct customs clearance and testing without additional testing.

Robot Systems: High response, low inertia, suitable for precise control;

Textile Machinery: Stable continuous operation, reducing downtime by 30%;

Industrial Pumps and Fans: 12% energy efficiency improvement, supports variable frequency control;

Electric Vehicles and Hybrid Equipment: Excellent high-temperature resistance, no risk of demagnetization;

CNC Equipment and Servo Platforms: Stable dynamic torque, extremely low noise.

Behind these performance characteristics lies over a decade of continuous improvement and testing accumulation of reluctance drive technology by AURIC.

All our motors come with a 24-month warranty and comprehensive technical support.

Our engineering team can assist customers with control parameter debugging, electromagnetic analysis, and installation matching.

Original test reports, data curves, and CAD drawings are available to customers worldwide.

Choosing a good Reluctance Electric Motor is more than just buying a motor; it's choosing a drive system that reduces energy consumption, increases productivity, and ensures stable operation.

At Reluctance, we help our customers gain a real cost and performance advantage in a highly competitive market through industrial-grade standards, rapid delivery, and sustainable solutions.

Switched reluctance motors feature a unique rotor structure with no windings or permanent magnets, offering high mechanical strength and low rotational inertia-making them particularly suitable for high-speed operation. In recent years, AURIC has successively developed high-speed switched reluctance motors for small household appliances and power tools.

The high-speed switched reluctance motor drive system is primarily applied in small household appliances such as food processors and wall breakers. It enables high-speed, stable rotation of devices and supports multi-gear selection functionality.

• Simple rotor structure, enabling speeds exceeding 50,000 r/min.
• Low rotational inertia and fast dynamic response.
• High mechanical strength, capable of withstanding high stress under high-speed rotation.
• Wide speed regulation range, supporting more gear functions.
• Independent phase control of motor windings ensures high stability.
• Four-quadrant control operation for flexible performance adjustment.

• Switched reluctance motor drive systems for food processors.
• Switched reluctance motor drive systems for wall breakers.