ML351704450 029.380896/10 Permanent Magnet Synchronous Pitch Drive Motor
The ML351704450 029.380896/10 is a high-torque permanent magnet synchronous motor specifically engineered for wind turbine blade pitch control systems, delivering precise angular positioning and reliable operation in demanding environmental conditions.
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The ML351704450 029.380896/10 is a high-torque permanent magnet synchronous motor specifically engineered for wind turbine blade pitch control systems, delivering precise angular positioning and reliable operation in demanding environmental conditions.
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The ML351704450 029.380896/10 represents a specialized permanent magnet synchronous motor (PMSM) designed exclusively for wind turbine pitch control applications. This motor integrates high-torque capabilities with precise motion control to ensure accurate blade angle adjustment under variable wind conditions.
Key Technical Features:
High Torque Density: Neodymium magnet technology delivers exceptional torque in a compact form factor
Precision Positioning: Resolver or encoder feedback enables blade angle accuracy within ±0.1°
Environmental Resilience: IP65/IP67 protection rating withstands moisture, salt spray, and temperature extremes
Dynamic Braking: Integrated holding brake ensures fail-safe blade positioning during power loss
Low Maintenance Design: Sealed bearings and corrosion-resistant materials extend service intervals
Technical Specifications:
Rated Torque: 450 Nm (continuous)
Peak Torque: 1,350 Nm (300% overload capacity)
Speed Range: 0–200 RPM
Protection Class: IP66/IP67
Insulation Class: F/H (155°C/180°C)
Brake System: Spring-applied, electrically released
Connector Type: Multi-pin industrial connector
Typical Applications:
Onshore/offshore wind turbine pitch systems
Blade angle optimization control
Storm protection positioning
Power regulation through blade pitch
Emergency feathering operations
The ML351704450 motor exemplifies robust engineering for renewable energy infrastructure, providing critical pitch control functionality that maximizes energy capture while ensuring structural safety under extreme operating conditions.