Customization: | Available |
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Application: | Industrial |
Operating Speed: | Adjust Speed |
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1, Product Description
Introducing the TYJX Series Frequency Conversion Drive High-Efficiency Rare Earth Permanent Magnet Synchronous Motor, a pinnacle of engineering excellence by Taizhou Taicheng Electrical Equipment Co., Ltd. Engineered for the fan industry, this fully enclosed, air-cooled marvel offers extraordinary performance. It meets the rigorous GB30253-2013 efficiency standards, surpassing the Class 1 energy efficiency benchmark, ensuring its place at the forefront of its category. Leveraging the superior magnetic prowess of rare earth materials, this motor eliminates the need for post-magnetization energy, creating a robust permanent magnetic field that replaces traditional electric excitation. The result is a motor that is not only highly efficient but also elegantly simple, structurally robust, and compact. These features provide rapid dynamic responsiveness and can be customized to your unique operational needs. Through a synergistic blend of advanced permanent magnet technology, state-of-the-art electronics, and microcomputer controls, we enhance motor and drive system performance, heralding a new era of intelligent motor capabilities. Ideal for a wide range of fan applications, this motor is a shining example of technological mastery.
Our Permanent Magnet Synchronous Motor exemplifies engineering excellence with its innovative design, compact build, and superior efficiency. Revel in a high power factor, remarkable starting torque, energy-saving technology, and ultra-quiet operation. Experience minimal vibrations, a hallmark of safety and reliability, along with exceptional energy efficiency.
2, Features
High Efficiency:This exceptional motor exceeds the national first-class energy efficiency standard, proudly conforming to the prestigious IE5 standard, epitomizing the zenith of energy-saving technology.
High Power Factor:Boasting a rotor void of induction current excitation and a stator with a resistive load, this motor showcases a power factor surpassing 0.95, obviating the need for reactive power compensation.
High Return on Electricity Saving:Opt for this motor over traditional asynchronous motors and enjoy comprehensive power savings of 15% to 30%, contingent on load conditions.
Small Current:Experience more than a 20% reduction in current compared to 3-phase asynchronous motors, eliminating the need for reactive power compensation. This translates to substantial savings in cable and transformer investments when planning store layouts.
Low Temperature Rise:With no copper loss in the rotor winding and no reactive current in the stator winding, this motor maintains a temperature rise over 20k lower than its asynchronous counterparts.
Good Control Performance:The Permanent Magnet Synchronous Motor promises effortless control, eliminating speed slip, delivering excellent dynamic response, and ensuring precise speed control, especially advantageous for high-speed applications.
3, Products Parameter
motor model |
power |
Voltage |
series |
Rotating speed |
Insulation class |
factor |
degree of protection |
TYJX-90L |
1.1kW |
D220V\/50Hz |
16 |
500 |
f |
0.95 |
IP55 |
TYJX-90L |
0.6kW |
D220V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
0.75kW |
D220V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
0.75kW |
D220V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
0.4kW |
S380V\/50Hz |
16 |
720 |
f |
0.95 |
IP55 |
TYJX-90L |
0.75kW |
S380V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
0.6kW |
D110V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
0.6kW |
D220V\/50Hz |
16 |
450 |
f |
0.95 |
IP55 |
TYJX-90L |
0.6kW |
D220V\/50Hz |
16 |
650 |
f |
0.95 |
IP55 |
TYJX-90L |
1.1kW |
D220V\/50Hz |
16 |
1420 |
f |
0.95 |
IP55 |
TYJX-100L |
0.75kW |
D220V\/50Hz |
20 |
530 |
f |
0.95 |
IP55 |
TYJX-100L |
1.1kW |
D220V\/50Hz |
20 |
520 |
f |
0.95 |
IP55 |
TYJX-100L |
1.5kW |
D220V\/50Hz |
20 |
530 |
f |
0.95 |
IP55 |
TYJX-100L |
1.5kW |
D220V\/50Hz |
20 |
460 |
f |
0.95 |
IP55 |
TYJX-100L |
2.2kW |
D220V\/50Hz |
20 |
700 |
f |
0.95 |
IP55 |
TYJX-100L |
2.2kW |
D220V\/50Hz |
20 |
1440 |
f |
0.95 |
IP55 |
TYJX-100L |
3kW |
D220V\/50Hz |
20 |
1440 |
f |
0.95 |
IP55 |
TYJX-100L |
1.1kW |
S380V\/50Hz |
20 |
600 |
f |
0.95 |
IP55 |
TYJX-100L |
0.4kW |
D220V\/50Hz |
20 |
720 |
f |
0.95 |
IP55 |
TYJX-100L |
0.75kW |
S380V\/50Hz |
20 |
530 |
f |
0.95 |
IP55 |
TYJX-100L |
1.1kW |
S380V\/50Hz |
20 |
520 |
f |
0.95 |
IP55 |
TYJX-100L |
1.5kW |
S380V\/50Hz |
20 |
530 |
f |
0.95 |
IP55 |
TYJX-100L |
1.5kW |
S380V\/50Hz |
20 |
460 |
f |
0.95 |
IP55 |
TYJX-100L |
2.2kW |
S380V\/50Hz |
20 |
600 |
f |
0.95 |
IP55 |
TYJX-100L |
2.2kW |
S380V\/50Hz |
20 |
1440 |
f |
0.95 |
IP55 |
TYJX-100L |
3kW |
S380V\/50Hz |
20 |
1440 |
f |
0.95 |
IP55 |
TYJX-100L |
1.1kW |
S380V\/50Hz |
20 |
530 |
f |
0.95 |
IP55 |
TYJX-100L |
0.4kW |
S380V\/50Hz |
20 |
720 |
f |
0.95 |
IP55 |
TYJX-100L |
3kW |
D220V\/50Hz |
20 |
1440 |
f |
0.95 |
IP55 |
TYJX-100L |
2.5kW |
S380V\/50Hz |
20 |
1000 |
f |
0.95 |
IP55 |
TYJX-100L |
1.5kW |
S380V\/50Hz |
20 |
1000 |
f |
0.95 |
IP55 |
TYJX-112M |
0.75kW |
S380V\/50Hz |
20 |
450 |
f |
0.95 |
IP55 |
TYJX-112M |
1.1kW |
D220V\/50Hz |
20 |
720 |
f |
0.95 |
IP55 |
TYJX-112M |
1.5kW |
D220V\/50Hz |
20 |
720 |
f |
0.95 |
IP55 |
TYJX-112M |
1.8kW |
D220V\/50Hz |
20 |
720 |
f |
0.95 |
IP55 |
TYJX-112M |
0.75kW |
D220V\/50Hz |
20 |
550 |
f |
0.95 |
IP55 |
TYJX-112M |
1.1kW |
D220V\/50Hz |
20 |
500 |
f |
0.95 |
IP55 |
TYJX-112M |
0.75kW |
D220V\/50Hz |
20 |
450 |
f |
0.95 |
IP55 |
TYJX-112M |
0.75kW |
S380V\/50Hz |
20 |
450 |
f |
0.95 |
IP55 |
TYJX-112M |
0.55kW |
D220V\/50Hz |
20 |
450 |
f |
0.95 |
IP55 |
TYJX-112M |
1.1kW |
S380V\/50Hz |
20 |
450 |
f |
0.95 |
IP55 |
TYJX-112M |
1.8kW |
D220V\/50Hz |
20 |
|
f |
0.95 |
IP55 |
TYJX-112M |
0.75kW |
D220V\/50Hz |
20 |
550 |
f |
0.95 |
IP55 |
TYJX-112M |
1.1kW |
D220V\/50Hz |
20 |
500 |
f |
0.95 |
IP55 |
Principle of Energy Saving
1). Utilizing high-performance rare earth permanent magnets, the synchronous motor's rotor creates a stable magnetic field, powered by permanent magnets and current. The stator's rotating magnetic field propels the rotor magnetic field, achieving synchronization without excitation current or winding, ensuring high energy efficiency.
2). In contrast, asynchronous motors depend on induced current from the stator's rotating magnetic field to generate electromagnetic torque, resulting in a rotor speed that inevitably lags behind the synchronous speed.
3). With a power density approximately 30% greater than comparable asynchronous motors, permanent magnet motors excel in efficiency. They are 1-2 frame sizes smaller than asynchronous motors of equivalent power, leading to reduced iron and mechanical losses due to their compact design.
4). The Permanent Magnet Synchronous Motor (PMSM) is engineered to deliver unmatched efficiency, outperforming asynchronous motors with the same power ratings by a significant margin. Its superior performance shines through a wider operational spectrum, maintaining top-tier efficiency consistently between 25% and 100% of its rated speed. Where traditional asynchronous motors falter, particularly experiencing a marked drop in efficiency below 70% of their rated speed, the PMSM stands resilient and efficient.
5, Conditions of Use
1). Altitude: Performance assurance is guaranteed at altitudes not exceeding 1000 meters, ensuring peak operational efficiency.
2). Ambient Temperature: Expertly engineered to adapt to varying seasonal temperatures, it reliably operates within a temperature range of -15°C to 40°C.
3). Working Mode: Created for seamless continuous operation (S1), it is designed to deliver unwavering performance without interruption.
4). Rated Voltage: Offers flexible options of 200V/380V and 50Hz/60Hz, with a robust design accommodating a voltage fluctuation range of ±10%.
5). Enclosure Protection Grade: Adhering to the IP55 standard, it ensures comprehensive protection against dust and water ingress, providing durability and reliability in all environments.
6). Cooling Method: Integrated with cutting-edge IC410 cooling technology, it adeptly manages thermal regulation to maintain optimal performance.