Customization: | Available |
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Application: | Universal, Industrial, Household Appliances, Car, Power Tools |
Operating Speed: | High Speed |
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Constant Speed Operation - Runs at synchronous speed (determined by supply frequency and poles), maintaining precise speed regulation regardless of load variations.
High Efficiency - Minimal rotor losses (no slip, unlike induction motors), making them more efficient, especially in large power applications.
Power Factor Correction - Can operate at leading power factor, improving grid power factor when over-excited (used as synchronous condensers).
High Torque at Low Speed - Suitable for heavy-load, low-speed applications like crushers and compressors.
Robust & Reliable - No slip rings (in permanent magnet or brushless designs), reducing maintenance needs.
Better Voltage Regulation - Helps stabilize grid voltage in power systems when used as synchronous condensers.
Industrial Machinery - Used in large compressors, pumps, and rolling mills where constant speed is critical.
Power Generation - Synchronous generators (alternators) in power plants produce grid-frequency AC power.
Power Factor Correction - Over-excited synchronous motors act as synchronous condensers to improve power factor in industries.
Robotics & Precision Tools - Permanent magnet synchronous motors (PMSMs) offer precise control in CNC machines and robotics.
Electric Vehicles (EVs) - PMSMs are used in EVs and hybrid vehicles for high efficiency and torque density.
Marine & Aerospace - Employed in ship propulsion and aircraft systems due to reliability and power density.
Mining & Cement Industry - Drives heavy-duty crushers, ball mills, and conveyors.
HVAC Systems - Large centrifugal chillers use synchronous motors for energy-efficient operation.