
Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | SP100-MF1-10 (090A-0-RD-2-C) |
| Manufacturer | Indramat (Bosch Rexroth) |
| Product Type | AC Permanent Magnet Synchronous Servo Motor |
| Rated Speed | 3000 rpm (Typical for this series) |
| Rated Torque | Information specific to 090A variant required (e.g., ~10-15 Nm range) |
| Peak Torque | Significantly higher than rated torque for overload capability |
| Rated Power | Information specific to 090A variant required (e.g., ~3-5 kW range) |
| Voltage Constant | Specific to winding (Ke) |
| Torque Constant | Specific to winding (Kt) |
| Rotor Inertia | Low inertia for high dynamic response |
| Feedback System | High-resolution encoder (e.g., sin/cos 1 Vpp) with multi-turn capability |
| Protection Class | IP65 (typical for shaft seal and connector) |
| Insulation Class | Class F (155°C) |
| Cooling Method | Natural convection (surface cooling) |
| Shaft Configuration | Standardized shaft with keyway |
| Connection | Electromechanical connector for power and feedback |
| Weight | Approximately 15-25 kg (varies by exact configuration) |
Main Features and Advantages
High dynamic performance and precision: The Indramat SP100-MF1-10 is engineered for outstanding motion control. Its permanent magnet rotor design provides high torque density, meaning it delivers significant torque relative to its frame size. This, combined with low rotor inertia, enables extremely high acceleration and deceleration rates, allowing machinery to achieve shorter cycle times. The integrated high-resolution feedback device, typically a robust encoder, provides precise commutation and accurate real-time position data to the drive, ensuring exceptional velocity stability and repeatable positioning accuracy. This makes the 090A-0-RD-2-C servo motor ideal for contouring, indexing, and synchronous applications.Robust construction and reliability: Built for the harsh industrial environment, the SP100-MF1-10 features a rugged housing, high-quality bearings, and a high-grade magnet system. The standard IP65 protection rating shields the motor from dust and water jets, ensuring reliable operation in demanding conditions like woodworking, packaging, or automotive assembly. The use of Class F insulation allows the motor to handle higher operating temperatures, contributing to a long service life and consistent performance. The design emphasizes low maintenance, with no brushes to wear out, translating to reduced downtime and lower total cost of ownership.Seamless system integration: As part of the proven Indramat (now Bosch Rexroth) motion control ecosystem, the 090A-0-RD-2-C is designed for perfect compatibility with a wide range of Indramat servo drives, such as the DKC/DDS series. The motor’s standardized mechanical interface and connector system simplify mechanical mounting and electrical connection. The well-documented parameters and tuning characteristics allow for quick and optimal commissioning when paired with the correct drive, ensuring the servo axis performs at its peak efficiency and responsiveness from the start.
Application Field
The Indramat SP100-MF1-10 090A-0-RD-2-C servo motor is a workhorse in high-performance industrial automation. In machine tools, it is perfectly suited for driving feed axes on CNC milling machines, lathes, and machining centers, where its dynamic response and precise positioning enable high-speed contouring and excellent surface finish quality. The packaging industry relies on motors like the SP100-MF1-10 for high-speed form-fill-seal machines, labeling systems, and pick-and-place robots, where rapid, coordinated motion is essential for productivity.Printing and converting machinery, such as rotary presses, flexographic printers, and sheeters, utilize these servo motors for precise web tension control and registration, ensuring print quality and material handling accuracy. Within the field of material handling and robotics, the 090A-0-RD-2-C provides the muscle for automated guided vehicles (AGVs), gantry systems, and assembly robots, handling tasks that require both speed and precision. Furthermore, in test stands and simulators, the motor’s accurate torque and speed control are invaluable for applying precise loads or replicating motion profiles. Any application demanding fast, accurate, and reliable rotary motion under continuous or highly dynamic loads is a prime candidate for this robust servo motor.








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