Customization: | Available |
---|---|
Application: | Industrial |
Speed: | Variable Speed |
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Unparalleled Efficiency:Achieving excellence, the rated efficiency of this motor surpasses the national first-class energy efficiency standard, proudly meeting the esteemed national standard IE5 energy efficiency benchmark.
Stellar Power Factor:With no induction current excitation in the rotor, the stator winding acts as a resistive load, achieving a power factor above 0.95. Remarkably, it requires no reactive power compensation.
Exceptional Power Savings:Replacing traditional asynchronous motors, it offers a comprehensive power saving rate of 15%-30%, contingent on load conditions.
Reduced Current Requirement:In comparison to 3-phase asynchronous motors, this design reduces current by over 20%, eliminating the need for reactive power compensation. This significant reduction minimizes investment in cables and transformers during store layout planning.
Minimal Temperature Rise:Eliminating copper loss in rotor windings and reactive current in stator windings, it operates at a temperature rise more than 20k lower than asynchronous motors.
Superior Control Performance:This permanent magnet synchronous motor excels in control, devoid of speed slip, offering excellent dynamic response and precise speed control, especially advantageous in high-speed applications.
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 Efficiency Mastery
1). Using cutting-edge high-performance rare earth permanent magnet materials, the rotor generates a fixed magnetic field, synchronized perfectly with the rotating magnetic field of the stator, eliminating the need for excitation current or windings, achieving unmatched energy efficiency.
2). The asynchronous motor, in contrast, generates induced current in the rotor via the stator's rotating magnetic field, resulting in a rotor speed below synchronous speed.
3). Featuring a power density approximately 30% higher than asynchronous motors of equivalent power, permanent magnet motors are more compact, with reduced iron and mechanical losses.
4). Remarkably efficient, permanent magnet synchronous motors outperform asynchronous motors of the same power, maintaining efficiency across a wider range. They operate within the high-efficiency zone from 25%-100% of rated speed, while asynchronous motors see efficiency drop below 70% of rated speed.
Core Value Highlights
1). Cutting-edge Rare Earth Permanent Magnet
The central magnet of the 3.0 permanent magnet aerator employs high-value neodymium iron boron, valued at a staggering "1 million yuan/ton."
2). Unswayed by Voltage Variances
Engineered for resilience, the motor maintains a constant speed of 1500 rpm despite voltage fluctuations ranging from 300V to 400V.
3). Sustained Low Temperature Rise
Delve into the impressive world of permanent magnet synchronous motors where efficiency meets durability. Operating with a remarkably low current, these motors ensure minimal temperature rise, translating into an extended service life and enhanced reliability. Experience a new pinnacle of performance and peace of mind with technology built to last.