BLDC Motor Core
OD24mm Brushless Bldc motor rotor and stator laminated iron core stamping DC for Industrial control
Stator OD | Stator ID | Number of slots |
24mm | 5mm | 7 |
Pole width | Material | Height |
3mm | B50A600 | 30mm / 40mm / customized |
OD24mm Brushless Bldc motor rotor and stator laminated iron core stamping DC for Industrial control
Stator OD | Stator ID | Number of slots |
24mm | 5mm | 7 |
Pole width | Material | Height |
3mm | B50A600 | 30mm / 40mm / customized |
OD24mm Brushless Bldc motor rotor and stator laminated iron core stamping DC for Industrial control
Stator OD | Stator ID | Number of slots |
24mm | 5mm | 7 |
Pole width | Material | Height |
3mm | B50A600 | 30mm / 40mm / customized |
Generally speaking, the role of core injection molding is to comprehensively protect, insulate and improve the overall performance of the motor, making it more suitable for operation in different environments and working conditions. This process is usually used for core protection in motors, transformers and other equipment to ensure long-term stable operation of the equipment.
Generally speaking, the role of core injection molding is to comprehensively protect, insulate and improve the overall performance of the motor, making it more suitable for operation in different environments and working conditions. This process is usually used for core protection in motors, transformers and other equipment to ensure long-term stable operation of the equipment.
248mm OD High quality industrial motor rotor and stator laminated iron core for Textile machine
Outer diameter | Inner diameter | Pole width |
248mm | 170mm | 12mm |
Number of slot | Skeleton | Material |
24 | NO | B35A300H |
Compared with the traditional structure, it is characterized by the direct drive structure, which can reduce the energy saving of the motor by more than 20%.
248mm OD High quality industrial motor rotor and stator laminated iron core for Textile machine
Outer diameter | Inner diameter | Pole width |
248mm | 170mm | 12mm |
Number of slot | Skeleton | Material |
24 | NO | B35A300H |
Compared with the traditional structure, it is characterized by the direct drive structure, which can reduce the energy saving of the motor by more than 20%.
OD24mm Brushless Bldc motor rotor and stator laminated iron core stamping DC for Industrial control
Stator OD | Stator ID | Number of slots |
24mm | 5mm | 7 |
Pole width | Material | Height |
3mm | B50A600 | 30mm / 40mm / customized |
OD24mm Brushless Bldc motor rotor and stator laminated iron core stamping DC for Industrial control
Stator OD | Stator ID | Number of slots |
24mm | 5mm | 7 |
Pole width | Material | Height |
3mm | B50A600 | 30mm / 40mm / customized |
Generally speaking, the role of core injection molding is to comprehensively protect, insulate and improve the overall performance of the motor, making it more suitable for operation in different environments and working conditions. This process is usually used for core protection in motors, transformers and other equipment to ensure long-term stable operation of the equipment.
Generally speaking, the role of core injection molding is to comprehensively protect, insulate and improve the overall performance of the motor, making it more suitable for operation in different environments and working conditions. This process is usually used for core protection in motors, transformers and other equipment to ensure long-term stable operation of the equipment.
248mm OD High quality industrial motor rotor and stator laminated iron core for Textile machine
Outer diameter | Inner diameter | Pole width |
248mm | 170mm | 12mm |
Number of slot | Skeleton | Material |
24 | NO | B35A300H |
Compared with the traditional structure, it is characterized by the direct drive structure, which can reduce the energy saving of the motor by more than 20%.
248mm OD High quality industrial motor rotor and stator laminated iron core for Textile machine
Outer diameter | Inner diameter | Pole width |
248mm | 170mm | 12mm |
Number of slot | Skeleton | Material |
24 | NO | B35A300H |
Compared with the traditional structure, it is characterized by the direct drive structure, which can reduce the energy saving of the motor by more than 20%.