Customization: | Available |
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Application: | Industrial |
Speed: | Variable Speed |
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High Efficiency:Our motor surpasses expectations with a rated efficiency that exceeds the national first-class energy efficiency standard, achieving the prestigious IE5 energy efficiency standard and setting a new benchmark for sustainable energy use.
High Power Factor:Ingeniously engineered, the permanent magnet motor rotor operates without induction current excitation, presenting a purely resistive load. This elevates the motor power factor to an impressive level above 0.95, eliminating the need for reactive power compensation.
High Power Saving Rate:Transitioning from asynchronous motors, our innovation adapts to varying load conditions, achieving a comprehensive power saving rate of 15%-30%, promising substantial energy and cost savings.
Small Current:Experience a leap in efficiency with over 20% reduction in current compared to 3-phase asynchronous systems. This eliminates the demand for reactive power compensation, allowing companies to strategically minimize investments in cables and transformers.
Low Temperature Rise:Optimized for performance, it features no copper loss in the rotor winding and no reactive current in the stator winding, resulting in a temperature rise that is more than 20K lower than that of asynchronous motors.
Good Control Performance:The Permanent Magnet Synchronous Motor (PMSM) is engineered for precision. With facile control and no speed slip, it offers exemplary dynamic response and meticulous speed control, presenting unmatched advantages in high-speed demand scenarios.
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 |
Principle of Energy Saving
1). By utilizing high-performance rare earth permanent magnet materials, our motor's rotor produces a steadfast magnetic field, driven by both permanent magnets and current. The synchronous motion of the stator's rotating magnetic field with the rotor negates the need for excitation current or windings, epitomizing high energy efficiency.
2). Conventional asynchronous motors induce current in their rotors via the stator's rotating magnetic field to generate electromagnetic torque. This indirect method requires the rotor to operate below synchronous speed, limiting efficiency.
3). Our permanent magnet motors boast approximately 30% greater power density than equivalent asynchronous motors, with a reduced frame size by 1-2 sizes. This compactness translates to minimized iron and mechanical losses, enhancing overall motor performance.
4). Distinguished by superior efficiency, our permanent magnet synchronous motor outperforms asynchronous counterparts of the same power. Its expansive high-efficiency zone operates between 25%-100% of the rated speed, in contrast to the steep efficiency decline below 70% experienced by asynchronous motors.
Core Value
1). Rare Earth Permanent Magnet
Our state-of-the-art 3.0 permanent magnet aerator employs neodymium iron boron, a premium material valued at '1 million yuan/ton,' underscoring our commitment to excellence and innovation.
2). Constant Speed
Witness the future of stability with motor speed resilient to voltage variances. Whether voltage drops to 300V or surges to 400V, our motor steadfastly maintains a speed of 1500 rpm, ensuring consistency and reliability.
3). Low Temperature Rise
Our state-of-the-art permanent magnet synchronous motor is designed with efficiency in mind. It boasts a remarkably small operating current, ensuring minimal temperature rise during operation. This leads to an extended service life and elevated reliability, making it the ideal choice for any demanding application.