Brief Introduction

If the YRKK710 slip ring motor and squirrel cage motor is hot and the cooling airflow of the slip ring coaxial is insufficient, the following treatment methods can be used. Take measures to increase cooling ventilation, such as external installation of axial fan cooling. When the brush or slip ring temperature is high, you can start the fan to strengthen the surface heat exchange, the cooling effect of AC motor is ideal. Regularly use dry, clean compressed air to blow the accumulated dust and powder of the slip ring, remove the dust from the outer cover of the slip ring, check and unclog the small holes of the slip ring after shutdown, and check and clean the air inlet filters.

Core Electromagnetic Systems Of Slip Ring Motor And Squirrel Cage Motor:

Commutator-Brush Interface: Mica-insulated copper segments ensure seamless AC/DC transition while withstanding continuous arcing at 200% overloads.

Laminated Armature Core: DR510 silicon steel stacks minimize eddy losses during high-speed rotation, maintaining flux density stability.

Main Pole Assembly: Field coils wound on tapered pole shoes optimize magnetic field distribution across the air gap.

Interpole Integration: Commutation-enhancing poles suppress sparking during load transients via series-connected windings.

Main Technical Parameters

outline dimension