This SEW Eurodrive stator, part number 8639043, is a component designed for electric motor applications. Identified as a DFT 80N 4/2 F/TF WB400, this stator is engineered to provide the electromagnetic field necessary for motor operation within specific performance parameters. Its designation suggests compatibility with SEW Eurodrive's established motor series, facilitating its integration into existing drive systems.

Technical details

• Series/Model Designation: DFT 80N 4/2 F/TF WB400
• Stator Type: Designed for electric motor applications
• Frame Size Indication: "80N" typically denotes a specific motor frame size according to IEC standards, influencing mounting dimensions and shaft height.
• Pole Configuration: "4/2" indicates a dual-speed motor configuration, capable of operating at two distinct speeds (likely 4-pole and 2-pole configurations).
• Voltage/Frequency Compatibility: While not explicitly stated in the part number, this stator is designed for operation with specific AC voltage and frequency ratings. Buyers should verify compatibility with their system's power supply.
• Enclosure Type Indication: "WB400" may refer to a specific motor enclosure or cooling type, requiring further verification against SEW Eurodrive documentation.
• Internal Component: This is a stator, the stationary part of an electric motor containing windings.

Applications & compatibility

The SEW Eurodrive 8639043 stator is a critical component for electric motors used in a wide range of industrial machinery. Its dual-speed capability makes it suitable for applications requiring variable operational speeds, such as conveyor systems, material handling equipment, and processing machinery where different stages of operation demand distinct motor speeds.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the SEW Eurodrive 8639043 or contact our technical team for cross-reference assistance with compatible SEW Eurodrive motor components.