MDD093D-N-040-N2L-130GL0
MDD Synchronous Motors
MDD093D-N-040-N2L-130GL0, Bosch Rexroth Indramat, MDD Synchronous Motors. This motor for digital drive controllers combines precision engineering with robust construction to meet demanding servo applications. Designed for seamless integration, it offers high stiffness and dynamic response for positioning tasks. Its standardized housing and plain shaft simplify installation in existing drive systems.
The unit features a Motor Size: 093 and Motor Length Code: D in a compact package with a Centering Diameter: 130 mm. It delivers a Continuous Torque at Standstill: 24.0 Nm at a Nominal Speed: 4000 min⁻¹ and operates without a blocking brake, as it is specified Holding Brake: Without blocking brake. The Balancing: Standard rotor and Shaft Seal: With shaft seal ensure smooth operation and environmental protection. Connectivity is optimized via a left-hand Connection Direction: Left connector Connection Type: Connector, while digital precision is achieved through integrated Motor Feedback: Digital servo feedback (DSF). The Shaft Type: Plain shaft with Shaft End: Standard (without side B shaft end) and standardized Housing: Standard guarantee compatibility and ease of assembly.
Engineers benefit from plug-and-play compatibility with Indramat IndraDrive systems, reducing commissioning time and wiring complexity. The sealed shaft design and standard balancing enhance reliability in harsh factory environments. Ideal for high-speed pick-and-place, gantry robots, and CNC applications, this motor delivers consistent performance and long-term service life.
Technical Specifications
Balancing
Standard
Holding Brake
Without blocking brake
Centering Diameter
130 mm
Housing
Standard
Motor Feedback
Digital servo feedback (DSF)
Continuous Torque at Standstill
24.0 Nm
Motor Length Code
D
Motor Size
093
Nominal Speed
4000 min⁻¹
Shaft Seal
With shaft seal
Shaft Type
Plain shaft
Connection Direction
Left
Connection Type
Connector
Product Type
Motor for digital drive controllers
Shaft End
Standard (without side B shaft end)
Frequently Asked Questions
What real-world performance margin does a continuous torque of 24 Nm at standstill provide under dynamic loads?
It gives you headroom to handle short acceleration peaks or disturbances before the motor torque limit is reached, as long as the average torque demand stays below the thermal capacity. If the runtime or repetition rate is high, the drive must constantly monitor temperature to avoid thermal derating.
How does the fact that it comes “without blocking brake” affect safety or power-off holding in a system?
Without an integrated brake, the axis cannot be passively held when power is lost, so you must provide an external mechanical brake or fail-safe clamping for safe stops or vertical loads. The drive must be designed to handle deceleration without relying on brake torque under fault scenarios.
In what ways does the integrated Digital Servo Feedback (DSF) improve control compared to a discrete encoder?
DSF integrates position, velocity, and commutation data into the drive interface, reducing wiring complexity and latency from a separate encoder link. It also ensures that feedback resolution and alignment are factory-matched to the motor, improving closed-loop stability and reducing calibration drift.
How should the connection direction (“left connector”) influence your cable routing in a compact machine layout?
The left-hand connector dictates from which side power/feedback harnesses emerge, so in tight enclosures you must reserve clearance and bend radius on that side. If your preferred layout differs, you must select or order the motor with a suitable connector orientation at order time.
What limitation does the nominal speed of 4000 min⁻¹ impose on high-speed CNC or robot axes?
It defines the upper bound at which full continuous torque is guaranteed; above that, torque typically falls off due to back-EMF and drive voltage limits. For operations requiring higher speeds, one must check the motor/drive’s torque-speed curve and ensure the torque remains adequate at target RPMs.
Common Misspellings
MDD-093D-N-040-N2L-130GL0
MDD093D N 040 N2L 130GL0
MDD093D-N-040-N2L-130-GL0
MDD093D-N-040-N2L-130-GLO
MDD093D-N-040-N2L-130GLO
MDD093DN040N2L130GL0
MDD93D-N-040-N2L-130GL0
MDDO93D-N-040-N2L-130GL0
MDDO93D-N-O4O-N2L-13OGLO
Internal Product Review
The Bosch Rexroth Indramat MDD093D-N-040-N2L-130GL0 synchronous motor delivers 24.0 Nm continuous torque at 4000 min⁻¹, featuring a 130 mm centering diameter and standard plain shaft. It integrates easily with IndraDrive systems and supports digital servo feedback for precise control. This motor is widely used in CNC machines, gantry robots, and industrial automation lines.
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