AC servo motor
Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors
Synchronous servo motor family in seven sizes (28 to 132) from 0.3 kW, uncooled, air- or liquid-cooled, with resolver, SICK or HEIDENHAIN encoders and HIPERFACE DSL single-cable option.
Key specifications
| Power (min) | 300 W |
|---|---|
| Feedback | resolver, SICK and HEIDENHAIN encoders, HIPERFACE DSL |
| Sizes | seven sizes, 28–132 |
| Cooling | uncooled, air-cooled, liquid-cooled (water standard from size 45) |
Summarised in our own words from Baumüller Nürnberg GmbH (family-run Baumüller Group)'s published data; series maxima, individual models vary. Last checked 2026-10-30. Source 1
Notes on this data
Page body gives 0.3–150 kW but the meta description 0.3–108 kW, and torque wording is inconsistent, so maxima omitted; check the motor catalogue.
Specify Motion is not affiliated with Baumüller Nürnberg GmbH (family-run Baumüller Group). Baumüller and DSD2, DSC1, DSP1 and DSH1 servo motors are used only to identify the product. Comparisons use published figures; always confirm against the current datasheet.
Typical applications
Alternatives that meet or exceed these figures
Engineers often come to us with a Baumüller part number and leave with an alternative that is easier to source, quicker to deliver or a better fit for the machine. These 3 series from our supply network are the closest match on published figures.
Kinco's current-generation AC servo motor line, matched to the JD2 and FD5P PRO drives. Small-inertia 40-80 mm frames run at 3000 rpm on 220 V; large-inertia 130 and 180 mm frames are 1500 rpm machines reaching 47.8 Nm rated and 7.5 kW, with 23-bit multi-turn absolute encoders as standard.
View series →Kinco's established AC servo motor range from 40 to 180 mm frames, covering 50 W to 7.5 kW and up to 48 Nm rated torque. Standard feedback is a 2500-line incremental encoder with Hall commutation, with absolute options and a resolver on the 180 mm frame. Pairs with FD2S and CD2S drives.
View series →Compact Kinco AC servo motors from 50 W to 3 kW with absolute encoders (17-bit single-turn or 16-bit multi-turn), in 40-130 mm frames for use with FD2S and CD2S drives.
View series →Figures are the highest published for each series and are not always measured the same way. A higher figure is not automatically a better choice: mounting, duty cycle, feedback, connectors and approvals matter too. An engineer will check the fit against your application before recommending anything.
What an AC servo motor is
An AC servo motor is a permanent-magnet synchronous motor designed for closed-loop control of position, speed and torque. A wound stator is driven by a servo drive with sinusoidal three-phase current, while magnets on the rotor follow the rotating field. A high-resolution encoder or resolver on the shaft feeds position back to the drive, which adjusts current many thousands of times a second. The result is precise, dynamic motion with high peak torque, typically about three times the continuous rating for short periods.
When engineers choose an AC servo motor
Choose an AC servo for machine axes needing fast, accurate motion under varying loads, such as packaging, robotics, machine tools and printing. Compared with steppers, servos keep torque at high speed and cannot silently lose position. The trade-offs are cost and set-up: a servo needs a matched drive, feedback and tuning. For simple, low-speed indexing with a steady load, a stepper may be cheaper. For very low speeds and high torque, a gearbox or direct-drive motor may be needed.
How to specify the Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors
Send these with your enquiry and an engineer can confirm the right DSD2, DSC1, DSP1 and DSH1 servo motors variant or an equivalent:
- Continuous and peak torque (Nm)
- Rated and maximum speed (rpm)
- Load inertia and inertia ratio
- Supply voltage: 230 V single-phase or 400 V three-phase
- Feedback: incremental or absolute encoder, resolution (bits)
- Holding brake, IP code and shaft options
- Flange size and mounting (mm)
Common mistakes to avoid
- Sizing on peak torque without checking RMS torque over the cycle
- Ignoring load-to-motor inertia ratio, which makes tuning hard
- Forgetting the brake is for holding, not dynamic stopping
- Using a motor and drive pair that the supplier has not matched
Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors: frequently asked questions
What is the Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors?
Synchronous servo motor family in seven sizes (28 to 132) from 0.3 kW, uncooled, air- or liquid-cooled, with resolver, SICK or HEIDENHAIN encoders and HIPERFACE DSL single-cable option. Published series figures include power 300 W. It is made by Baumüller Nürnberg GmbH (family-run Baumüller Group); Specify Motion can help source it or propose an equivalent.
Who makes the Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors?
The Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors is made by Baumüller (Baumüller Nürnberg GmbH (family-run Baumüller Group)) and is listed here for engineers comparing options. Specify Motion is not affiliated with Baumüller Nürnberg GmbH (family-run Baumüller Group); brand names are used only to identify the product.
What is the power of the Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors?
The published series minimum power is 300 W. Individual models and sizes in the DSD2, DSC1, DSP1 and DSH1 servo motors range vary, so check the exact variant against your duty cycle, mounting and environment, or ask our engineers to confirm the right size for you.
Is there an alternative to the Baumüller DSD2, DSC1, DSP1 and DSH1 servo motors?
Yes. On published figures, Kinco SMK Series AC Servo Motors (SMK40S/60S/80S, SMK130G, SMK180G) and Kinco SMH Series AC Servo Motors (SMH40S-SMH180D) are the closest match from our supply network. An engineer confirms the fit against your application before recommending anything.
What is the inertia ratio in servo sizing?
The inertia ratio compares the load inertia reflected to the motor shaft with the motor's rotor inertia. High ratios make the axis harder to tune and slower to settle. Many engineers aim for below about 10:1, and lower for highly dynamic axes, using a gearbox to reduce reflected inertia where needed.
Do AC servo motors need an absolute encoder?
Not always. Incremental encoders need a homing routine after power-up, which is acceptable on many machines. Absolute encoders know their position at power-on, avoiding homing, which saves time and suits robots and multi-axis machines. Multi-turn absolute encoders track turns even when power is off.
Further reading: How to select a servo motor · Servo vs stepper · Servo and stepper motors
Other ac servo motor series
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