| Customization: | Available |
|---|---|
| Application: | Industrial |
| Speed: | Variable Speed |
|
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High Efficiency:Our motor boasts an outstanding rated efficiency that not only meets but exceeds the national first-class energy efficiency standards, proudly reaching the national IE5 energy efficiency benchmark.
High Power Factor:Engineered with precision, the permanent magnet motor rotor eliminates the need for induction current excitation, presenting a purely resistive load. This results in a power factor exceeding 0.95, free from the necessity of reactive power compensation.
High Power Saving Rate:In a remarkable display of energy conservation, our motor achieves a comprehensive power saving rate ranging from 15% to 30% based on load conditions, offering an efficient alternative to asynchronous motors.
Small Current:Distinguished by its efficiency, our motor reduces current by more than 20% compared to 3-phase asynchronous models, eliminating the need for reactive power compensation. This feature significantly lowers investment in cables and transformers when planning store layouts.
Low Temperature Rise:Innovatively designed, our motor experiences no copper loss in the rotor winding and no reactive current in the stator winding, resulting in a temperature rise lower than asynchronous motors by over 20k.
Good Control Performance:The permanent magnet synchronous motor offers exceptional control, devoid of speed slip and boasting superior dynamic response. It provides precise speed control, making it ideal for applications demanding high-speed consistency.
|
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). Our motor utilizes high-performance rare earth permanent magnet materials in the rotor to create a stable magnetic field, driven by both permanent magnets and current. The stator's rotating magnetic field propels the rotor magnetic field to rotate at synchronous speed, eliminating the need for excitation current or winding, thus achieving extraordinary energy efficiency.
2). In contrast, asynchronous motors rely on the stator's rotating magnetic field to induce current in the rotor, generating electromagnetic torque. As the magnetic field is not directly generated in the rotor, its rotational speed must fall below synchronous speed.
3). A testament to technological advancement, permanent magnet motors boast a power density approximately 30% higher than asynchronous motors of equivalent power. This results in a reduction of 1-2 frame sizes, translating to diminished iron and mechanical losses.
4). With unparalleled efficiency, permanent magnet synchronous motors outperform asynchronous motors of similar power. Their high-efficiency zone spans a wider speed range, maintaining optimal efficiency from 25% to 100% of rated speed, while asynchronous motors experience a sharp efficiency drop below 70% of rated speed.
Core Value
1). Rare Earth Permanent Magnet
Our premium 3.0 permanent magnet aerator incorporates neodymium iron boron, valued at "1 million yuan/ton," setting a benchmark for excellence.
2). Constant Speed
Our motor stands resilient against voltage fluctuations, maintaining a steadfast speed of 1500 rpm even when voltage varies between 300V and 400V, ensuring consistent performance despite voltage changes.
3). Low Temperature Rise
The permanent magnet synchronous motor boasts an impressively small operating current, which not only ensures low temperature rise but also significantly extends its service life. This results in enhanced reliability and consistent performance, making it a top choice for your needs.
8.HONORS& CERTIFICATES
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