R911247769 (MDD093B-N-040-R2L-110PA1)
MDD Synchronous Motors
Technical Specifications
Thermal Deformations Effect on
A-side
Cooling Style
Radial Surface
Size Code
93
Power Connector Direction
A Side (modifiable)
Torque Constant
0.40Nm/A at 20°C
Magnetic Force Encounter on Brake Armature Disk
At Zero Current
Axial Forces Absorption
B side fixed bearing
Blocking Brake Use
Clamping output shaft in standstill mode
Shaft Breakage/Fracture
Possible with increasing deformations
Power to Weight Ratio
High
Flange Configurations
Throughholes or Flange B5 or B14 mounting style
Installation Ease
Due to readily available connection cables
Storage and Transportation Temperature
-20°C to 80°C
Global Dispatch
Available
Backup Support
1 yea
Frequently Asked Questions
What are the torque specifications of the MDD093B-N-040-R2L-110PA1 motor?
The MDD093B-N-040-R2L-110PA1 motor delivers 14.5 Nm continuous torque and 45.1 Nm maximum torque under rated conditions. These values enable consistent torque delivery across variable speed and load cycles.
How does the winding resistance affect electrical efficiency?
A winding resistance of around 0.16 Ohm reduces copper losses during continuous current flow. This supports efficient power conversion and stable operation under steady mechanical loads.
What peak current value supports dynamic torque response?
The motor’s peak current capacity of roughly 164.8 A allows rapid torque response during transient load changes. This feature supports precise control in acceleration and braking sequences.
How does rotor inertia influence motion system performance?
With a rotor inertia of 2.9 × 10⁻³ kgm², the motor achieves smooth acceleration and deceleration control. This balance supports accurate motion control in multi-axis servo applications.
What protection and thermal limits define the MDD093B-N-040-R2L-110PA1 motor?
The MDD093B-N-040-R2L-110PA1 motor has an IP65 protection class and a thermal time constant of 50 minutes. These parameters ensure reliable operation under continuous duty and moderate environmental exposure.
Common Misspellings
MDD093BN040R2L110PA1
MDD093B N 040 R2L 110PA1
mdd093b-n-040-r2l-110pa1
MDD93B-N-040-R2L-110PA1
Internal Product Review
The Bosch MDD093B-N-040-R2L-110PA1 servo motor features digital servo feedback and is designed without a built-in holding brake. Its construction supports easy integration into automated equipment. This model finds application in CNC machinery, robotics, and automated assembly processes.
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Warranty
Repair
We offer a repair service for the MDD093B-N-040-R2L-110PA1.
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