IP44 High-Voltage Permanent Magnet Synchronous Motor 400-15000kw 3kv-11kv 100-300r/min

TYKK TYCKK IP44 High-Efficiency High-Voltage Permanent Magnet Synchronous Motor

Product overview

1. The 6-10KV high-voltage asynchronous starting permanent magnet synchronous motor is developed and designed according to the technical conditions, development and design of the JB/T 12681-2016 TYCKK series (IP44) high-efficiency high-voltage permanent magnet synchronous motor.
2. Adopt high-performance "Magnetic King" rare earth permanent magnet material, establish an air gap magnetic field, convert electrical energy into mechanical power output, and drive industrial loads;
3. Due to the use of rare earth high-function permanent magnet materials, the establishment of a working air gap magnetic field, and the need to draw reactive excitation current from the power supply, its power factor is above 0.96, and the efficiency is generally 2%-8% higher than that of the Y series motor, especially the efficiency With the increase of the load, it will increase rapidly, maintain high-efficiency operation within a wide load range of 25%-120%, and enter the national recommended catalog of high-efficiency and energy-saving motors.
4. The asynchronous starting permanent magnet synchronous motor adopts the design technology of "indiscriminate replacement" with the Y series motor. The product corresponds to the voltage level and installation size of the Y series motor, and can realize "no difference" replacement; under rated voltage and rated frequency, it has self-starting ability, synchronous operation, and no slip.
5. In addition to the excellent high-efficiency, energy-saving and economical operation characteristics of the high-voltage and high-efficiency permanent magnet motor, the high power factor enables the motor to operate under the same load conditions.
(1). The operating current is significantly reduced
(2). The temperature rise is reduced by more than 30K, and the operating life is extended
(3). Reduce the current of the distribution network and reduce the temperature rise of the cable
(4). Reduce the reactive power compensation capacity of the enterprise distribution network
(5). The starting torque multiple is higher than that of the same power asynchronous motor, which improves the heavy-load starting performance
(6). Typical energy efficiency characteristic curve diagram

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