1. By using rare-earth materials, the permanent magnet motor offers higher overload capacity, greater efficiency, and more stable operating performance.
2. Our three-phase permanent magnet motor features an optimized structural design to ensure low inertia, a wide operating frequency range, and smooth, stable torque output at low speeds with no fluctuation.
3. It adopts a standard enclosed structure to maintain stable operation under various extreme working conditions.
4. The permanent magnet synchronous motor using rare-earth materials prevents rotor heating and power loss, thereby achieving higher energy efficiency and lower operating costs, which helps enterprises save budget in the long run.
Our company's permanent magnet motor is a fully enclosed rare-earth permanent magnet synchronous motor featuring high overload capacity, high efficiency, high power factor, smooth operation, simple maintenance, and strong interchangeability. It combines the advantages of both asynchronous and conventional synchronous motors. The cooling methods are IC416/IC411, with a duty type of S1. The installation method complies with IEC and DIN standards, ensuring international compatibility.
Product Description
Product Advantages:
1. By using rare-earth materials, the permanent magnet motor offers higher overload capacity, greater efficiency, and more stable operating performance.
2. Our three-phase permanent magnet motor features an optimized structural design to ensure low inertia, a wide operating frequency range, and smooth, stable torque output at low speeds with no fluctuation.
3. It adopts a standard enclosed structure to maintain stable operation under various extreme working conditions.
4. The permanent magnet synchronous motor using rare-earth materials prevents rotor heating and power loss, thereby achieving higher energy efficiency and lower operating costs, which helps enterprises save budget in the long run.
5. With excellent performance, easy installation, and maintenance-free operation, it is widely used in industries such as mining, power plants, steel mills, and water treatment.
6. In addition, sufficient design margin ensures reliable performance and low temperature rise during full-load operation. If you are looking for an OEM/ODM permanent magnet motor that meets European IEC standards, we are your ideal choice.
Product Parameters
| Base Number | JPM315L10-110 |
| Rated Power | 110kW |
| Rated Rotate Speed | 1000RPM |
| Rated Voltage | 380Vac |
| Rated Current | 191.02A |
| Frequency | 66.7Hz |
| Poles | 8 |
| Efficiency | >96.6% |
| Wending Method | Y |
| Protection Level | IP55 |
| Rated Torque | 1050.5Nm |
| Installation Method | B3/B5/(B35 needs to be ordered separately) |
| Magnet Type | NdFeB |
| Working Temperature | -15ºC-40ºC |
| Operating Environment | Below 1000m above sea level |
| Generator Diameter | See the outline dimension table |
| Shaft Diameter | See the outline dimension table |
| Housing Material | Cast Iron |
| Shaft Material | 45 Steel |
| Bearing Brand | C&U(S K F or F A G bearings require purchase of an upgrade kit) |
| Cooling Method | IC411 |
Warehouse Shipping
High Efficiency
The permanent magnet synchronous motor offers significantly higher efficiency than the asynchronous motor across all load ranges. It maintains high efficiency over a wide operating range, achieving efficiency above 90% from 25% to 120% load, equivalent to IE5 energy efficiency level.
High Power Density
Some motors are custom non-standard models with one frame size lower. These motors offer numerous advantages, including compact size, high output power, and high efficiency.
Low Temperature Rise
The motor has sufficient actual margin to ensure reliable operation with low temperature rise under full-load conditions. It is cooled by either a coaxial fan or an independent fan.
Versatility
The motor adopts a standard fully enclosed structure, ensuring stable operation under various harsh working conditions. It features an exceptionally wide range of applications and is highly compatible with equipment such as compressors, elevators, fans, pumps, belt conveyors, machine tools, textile machinery, and electric vehicles. It can be widely used in industries including petroleum, chemical, electric power, transportation, textiles, and manufacturing.
