Products Category

Low Voltage IE5 Magnetless Synchronous Motor

Unique innovation: traditional stator mode, innovative rotor design, with dedicated synchronous reluctance controller.
Non-magnetic design: the whole machine has no permanent magnets, no power loss, simple and reliable.
Higher reliability, minimize operating costs: lower motor temperature rise, longer motor life.
More comprehensive control method: the motor can be controlled with position vector control and without position vector control, which can achieve both precise control and fuzzy control.
The motor is fully controlled and the speed can be reduced to zero: the motor speed is fully controllable, and the low speed and high torque function can be better realized.
Suitable for most occasions: non-magnetic synchronous motors can be used in any application where asynchronous motors are used, such as pumps, fans, compressors, extruders, conveyors and wire drawing machines.
Simple replacement and maintenance: the size of the IE5 non-magnetic synchronous motor is the same as that of the asynchronous motor, and there is no need to make too many changes in installation, disassembly and maintenance.

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Features Technical Indicators Overall Dimension

General controller highlights:
· Scalable products from 5.5kW to 315kW.
· All compatible controllers are suitable for typical light industrial applications such as compressors, agitators, pumps and fans, as well as many other linear, variable and constant torque applications.
· Auxiliary control panel.
· Enclosure IP55, suitable for harsh conditions.
· Supported motor types: non-magnetic synchronous motors.
· Integrated safety, including standard safe torque off (STO) function.

Industrial controller highlights:
· All compatible drives are suitable for many demanding industries and applications such as cranes, extruders, winches, winders, conveyors and compressors.
· Compact design facilitates installation, commissioning and maintenance.
· Enclosure ratings are IP21, IP22, IP42, IP54 and IP55, suitable for a variety of environmental conditions.
· Integrated safety, including standard safe torque off (STO) function.
· Supported motor types: non-magnetic synchronous motors.
Direct Torque Control (DTC), a motor control technology that provides precise speed and torque control, can be either position vector control, with encoders or position sensors, or position vector control, without any encoders or position sensors.

Project	Permanent Magnet Motor	Induction Motor	Permanent Magnet-Assisted Non-Magnetic Synchronous Motor	Non-permanent magnet non-magnetic synchronous motor
Efficiency	High	Low	Higher	High
Motor cost	High	Lower	High	Low
Inverter cost	Low	High	Lower	High
Motor system cost	High	Lower	Higher	Low
Motor temperature rise	High	High	Higher	Low
Servo accuracy	Relatively High	Low	Higher	High
Whether it contains permanent magnet material	Contain	Not Included	Contains	Not included
Noise level	High	High	Higher	Low
Shaft current	High	High	Higher	Low
Motor size	Small	Large	Smaller	Small
Maintenance convenience	Difference	Better	Difference	Good
Motor life	Short	Longer	Short	Long
Tooth slot positioning torque	Large	None	Larger	None