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A 36 slot 6 pole winding diagram represents an important configuration in electrical machine design, particularly for three-phase induction motors and generators. This specific arrangement provides optimal magnetic field distribution and efficient performance characteristics.
The 36-slot configuration allows for symmetrical winding distribution when using 6 poles. Each pole covers exactly 6 slots （36 slots ÷ 6 poles = 6 slots per pole）, and with three-phase winding, each phase occupies 12 slots （36 slots ÷ 3 phases = 12 slots per phase）.
Common winding patterns for this configuration include lap winding and wave winding arrangements. The coil pitch is typically designed as full-pitch （spanning 6 slots） or short-pitched （spanning 5 slots） to reduce harmonics and improve waveform quality.
When implementing this winding diagram, technicians must consider the electrical angle between slots, which is 30 degrees for this configuration （180 electrical degrees ÷ 6 slots per pole = 30 degrees per slot）. Proper insulation and winding tension are crucial for long-term reliability and performance.
This winding configuration finds applications in various industrial motors, pumps, fans, and other rotating electrical machines where balanced three-phase operation and smooth torque characteristics are required. |
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Post time 2025-10-22 16:35:10