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

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

Silnik synchroniczny z magnesami trwałymi

October 10, 2025

Category Connection: Silnik synchroniczny z magnesami trwałymi

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Tags:

#IEC GB Magnes stały silnik synchroniczny #15000kw stały magnes silnik synchroniczny #Silnik wiertniczy 20 biegów

Brief: Discover the TYKK TYCKK IP44 High-Efficiency High-Voltage Permanent Magnet Synchronous Motor, designed for superior performance in industrial applications. With a power range of 400-15000kW and voltage options from 3kV-11kV, this motor offers high efficiency, reduced energy consumption, and extended operational life. Perfect for heavy-load starting and synchronous operation.

Related Product Features:

High-performance 'Magnetic King' rare earth permanent magnet materials for efficient power conversion.
Power factor above 0.96 with efficiency 2%-8% higher than Y series motors.
Maintains high performance across 25%-120% load range.
Compatible with Y series motor voltage levels and installation dimensions.
Self-starting capability with synchronous operation and no slip at rated voltage and frequency.
Significant current reduction and 30K+ temperature rise reduction.
Improved heavy-load starting performance and reduced distribution network requirements.
Available in power ranges from 400-15000kW and voltage options from 3kV-11kV.

Pytania:

What is the power range of the TYCKK IP44 High-Voltage Permanent Magnet Synchronous Motor?

The motor offers a power range from 400kW to 15000kW, suitable for various industrial applications.
How does the efficiency of this motor compare to Y series motors?

The TYCKK motor has an efficiency 2%-8% higher than Y series motors, with a power factor above 0.96.
What are the key advantages of using this motor?

Key advantages include significant current reduction, 30K+ temperature rise reduction, extended operational life, improved heavy-load starting performance, and reduced distribution network requirements.