This motor addresses several key issues
Conventional permanent magnet switched reluctance motors are often too bulky and lack sufficient output power.
Torque drops significantly during low-speed operation.
Extended continuous operation leads to excessive temperature rise and high energy consumption.
Response times are sluggish during frequent startups and speed adjustments.
There is a need for higher efficiency without overcomplicating the entire drive system.
The design philosophy behind this Permanent Magnet Switched Reluctance Motor focuses specifically on optimizing performance for these operating conditions.
Auric selects the appropriate motor based on specific equipment parameters-such as power, rotational speed, load torque, duty cycle, and installation space-rather than simply recommending models based on a standard kilowatt rating.
Product Specifications
| Parameter | Auric Configuration |
|---|---|
| Product Name | Permanent Magnet Switched Reluctance Motor |
| Brand | Auric |
| Motor Type | Permanent Magnet Switched Reluctance Motor |
| Rated Power | 1 kW – 100 kW+ |
| Rated Voltage | 48V / 72V / 220V / 380V / Customized |
| Rated Speed | 750 – 3000 RPM |
| Maximum Speed | Customized According to Model |
| Rated Torque | Calculated According to Power & Speed |
| Peak Torque | Customized According to Application |
| Cooling Method | Natural Cooling / Forced Air Cooling / Water Cooling |
| Protection Class | IP54 / IP55 / IP65 / Customized |
| Insulation Class | Class F / Customized |
| Feedback | Encoder / Resolver / Optional |
| Control Mode | Speed / Torque / Position |
| Brake | Optional |
| Mounting | Flange Mount / Foot Mount / Customized |
| Application | Pump / Fan / Conveyor / Compressor / AGV / Industrial Drive |
| Customization | Voltage / Power / Speed / Shaft / Flange / Encoder |
Product Features
Dual Torque Output: Permanent Magnet + Reluctance
This product employs a hybrid torque generation method; both permanent magnet torque and reluctance torque contribute to the motor's output during operation.
Permanent magnet materials generate the magnetic field, while the rotor's specialized magnetic circuit structure produces significant reluctance torque.
Optimized electromagnetic design enhances torque utilization per unit volume.
This allows for reduced motor dimensions or higher power output within the same installation footprint.
High Torque Density, Saving Equipment Space
Internal space in industrial equipment is becoming increasingly compact.
Motor installation space is often constrained; Auric can design motors in various specifications to suit specific equipment installation requirements.
Maintains Strong Driving Force at Low Speeds
Insufficient low-speed torque often leads to startup difficulties, current spikes, or controller protection shutdowns. By leveraging the combined effect of permanent magnet torque and reluctance torque-alongside optimized control strategies-this motor delivers excellent low-speed output performance.
Rotor Structure Suitable for High-Speed Operation
Unlike traditional wound rotors, the rotor structure of this motor eliminates complex rotor windings.
This reduces electrical losses in the rotor and improves mechanical reliability during high-speed rotation.
Auric conducts design and testing regarding rotor mechanical strength and dynamic balance based on target operating speeds.
permanent magnet switched reluctance motor Application
Industrial Pumps
For pumping equipment requiring long-term, continuous operation.
Key focus: Efficiency + Low-Speed Torque + Continuous Operation
01
Fans & Blowers
Suitable for equipment such as fans and blowers that operate for extended periods.
For equipment with high annual operating hours, increasing motor efficiency directly reduces operating costs.
02
Compressors
Load fluctuations are significant during compressor startup and operation.
Motors must address Starting Torque + Speed Stability + Thermal Performance.
03
Conveyor Systems
Conveyors typically require low-speed startup followed by steady-state operation.
Suitable for applications involving Starting + Variable Speed + Continuous Drive.
04
AGV & Electric Drive
AGV and electric vehicle drives require consideration of Battery Voltage + Wheel Torque + Vehicle Weight + Acceleration; gear reduction mechanisms can be used to further amplify torque at the wheel. Final selection requires calculations based on wheel diameter, incline, vehicle weight, and acceleration requirements.
05
Production & Quality Control
Stator Winding
Controls copper wire specifications, winding parameters, and insulation quality to ensure consistent electrical performance across different batches of permanent magnet switched reluctance motors.
Rotor Manufacturing
Focuses on controlling rotor dimensions, magnetic circuit structure, and machining precision.
Permanent Magnet Assembly
Controls the installation position and fixation reliability of the permanent magnets to ensure a stable magnetic field distribution.
Dynamic Balancing
Conducts dynamic balancing tests on high-speed rotating components to minimize mechanical vibration during operation.
Motor Assembly
Inspects bearings, the rotor shaft, the air gap between the stator and rotor, and the installation precision of the end caps.
Performance Testing
Following assembly, the motor undergoes testing for voltage, current, speed, torque, temperature rise, and vibration.
For OEM orders, testing at specific load points can also be performed upon request.
Tell us your motor requirements and application conditions. Auric will help you find a practical motor configuration instead of simply selling you a standard model.
Hot Tags: permanent magnet switched reluctance motor, China permanent magnet switched reluctance motor manufacturers, suppliers, factory, 1kW Brushless Servo Motor, 3kW DC Servo Motor, Axial Flux Reluctance Motor, High Dynamic Servo Drive System, reluctance machine, reluctance motor
