The SEW EURODRIVE DFT100LS4BM64HR-102 is a gear motor designed for demanding industrial applications. This unit is part of the SEW EURODRIVE DFT series, known for its robust construction and reliable performance in power transmission systems. It is suitable for applications requiring precise speed control and high torque output.

Technical details

• Series: DFT
• Motor Power Rating: 8.6 kW / 4.3 kW (This likely represents two different operating modes or power ratings, e.g., continuous vs. intermittent duty, or a dual-speed motor configuration. Further verification against the manufacturer's datasheet is recommended.)
• Phase: 3-Phase
• Frame Size: 100 (Indicated by "100" in the part number DFT100)
• Gear Ratio: The "LS4" designation in the part number often encodes specific gear ratios or output shaft configurations. Buyers should consult the SEW EURODRIVE documentation for the precise ratio associated with "LS4".
• Motor Design/Efficiency: The "BM64" portion of the part number may denote specific motor characteristics such as efficiency class or insulation type.
• Brake Configuration: The "HR" designation typically indicates the presence and type of a brake. Specific details of the brake system should be confirmed via the manufacturer's specifications.
• Mounting/Shaft Configuration: The "64" in the part number often relates to the output shaft diameter, keyway, or specific mounting flange configuration.

Applications & compatibility

This SEW EURODRIVE gear motor is commonly employed in material handling systems, conveyor belts, packaging machinery, and other industrial automation equipment where consistent and powerful torque is essential. Its robust design makes it suitable for continuous operation in challenging environments.

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 DFT100LS4BM64HR-102 or contact our technical team for cross-reference assistance with compatible DFT series components.