Customization: | Available |
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Application: | Industrial |
Speed: | Variable Speed |
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Unparalleled Efficiency:Our motor's rated efficiency not only surpasses the premier national energy efficiency standard but also proudly achieves the prestigious national IE5 energy efficiency benchmark, setting new standards in the industry.
Exceptional Power Factor:Engineered with a permanent magnet rotor free of induction current excitation, our motor's stator winding behaves as a resistive load, boasting a power factor above 0.95. This design eliminates the necessity for reactive power compensation, optimizing performance.
Outstanding Power Savings:Our solution offers a comprehensive power saving rate of 15%-30%, contingent on load conditions, when replacing traditional asynchronous motors, delivering remarkable energy efficiency gains.
Reduced Current Draw:In comparison to 3-phase asynchronous motors, our design reduces current by over 20%, negating the requirement for reactive power compensation. This advantage allows for significant reductions in cable and transformer investments during store layouts.
Minimal Temperature Rise:With an absence of copper loss in the rotor winding and no reactive current in the stator winding, our motor exhibits a temperature rise that is over 20k lower than that of its asynchronous counterparts.
Superior Control Performance:Our Permanent Magnet Synchronous Motor excels in control ease, offering no speed slip, remarkable dynamic response, and precise speed control, making it ideal for applications demanding high-speed precision.
motor model |
power |
Voltage |
series |
cooling method |
Insulation class |
factor |
degree of protection |
installation method |
TYJX-1100 |
0.75kW |
380V |
4 |
air cooled |
f |
0.95 |
IP55 |
B5 |
TYJX-2200 |
1.5kW |
380V |
4 |
air cooled |
f |
0.95 |
IP55 |
B5 |
TYJX-3000 |
2.2kW |
380V |
4 |
air cooled |
f |
0.95 |
IP55 |
B5 |
Energy Saving Principle
1). The rotor of our Permanent Magnet Synchronous Motor utilizes advanced rare earth permanent magnets to produce a fixed magnetic field, seamlessly synchronizing with the stator's rotating magnetic field for high efficiency without requiring excitation current or winding.
2). The asynchronous motor relies on induced current in the rotor to generate electromagnetic torque, leading to a rotor speed lower than synchronous speed as the magnetic field is not directly produced in the rotor.
3). With approximately 30% higher power density than asynchronous motors of equivalent power, our permanent magnet motors are 1-2 frame sizes smaller, minimizing iron and mechanical losses.
4). Our Permanent Magnet Synchronous Motors boast superior efficiency compared to asynchronous motors of the same power, with a broader high-efficiency operating range. While asynchronous motors experience efficiency drops below 70% of rated speed, our motors maintain high efficiency from 25%-100% of rated speed.
Core Value
1). Rare Earth Permanent Magnet
The primary magnet of our 3.0 Permanent Magnet Aerator incorporates neodymium iron boron, valued at a staggering "1 million yuan/ton," showcasing our commitment to quality and performance.
2). Constant Speed
Resilient to voltage fluctuations, our motor maintains a steady speed of 1500 rpm whether the voltage drops to 300V or rises to 400V, ensuring consistent performance under varying conditions.
3). Low Temperature Rise
The permanent magnet synchronous motor is engineered with precision, boasting a remarkably low operating current. This design ensures minimal temperature rise, thereby extending the motor's service life significantly and enhancing its overall reliability.