R911257969 (MDD090A-N-020-N2L-110PL1)
MDD Synchronous Motors
Technical Specifications
Holding Brake Weight
0.5 kg
Nominal Current
0.5 A
Nominal Voltage
24 V
Connector Position
Left Side of Motor Housing
Operating Temperature Range
0 to +45 degrees Celsius
Centering Diameter
110 mm
Torque Output
3.7 Nm
Constant Current
4 A
Maximum Torque Output
19 Nm
Current Consumption
21.9 A
Balance Class
N
Feedback Type
Digital Servo Feedback
Thermal Time Constant
45 minutes
Insulation Class
F
Protection Class
IP65
Finishing Color
Black
Weight
12.5 kg
Inductance
27.7 microhenries
Output Shaft Extras
Keyways and Sealing Ring
Moment of Inertia
20 x 10-4 kgm2
Maximum Rotation Speed
2000 RPM.
Frequently Asked Questions
How does the black prime coat (RAL 9005) improve the motor’s resistance to environmental factors?
The black prime coat (RAL 9005) provides excellent resistance to UV radiation, corrosion, and abrasion, ensuring the motor remains durable and operational in harsh environments exposed to environmental wear.
How does the 45-minute thermal time constant impact the MDD090A-N-020-N2L-110PL1 motor in long-duration operations?
The 45-minute thermal time constant indicates that the motor will take longer to reach thermal equilibrium, which is beneficial for understanding thermal behavior in long-duration operations, ensuring the motor can handle extended use without overheating.
What impact does the 19.0 Nm theoretical maximum torque have on performance in high-demand tasks?
The 19.0 Nm theoretical maximum torque allows the motor to handle high-torque demands effectively. However, it requires careful management of heat dissipation in high-duty cycle applications to maintain motor performance.
Why is the 3.7 (5.0) Nm continuous torque important for precision control?
The 3.7 (5.0) Nm continuous torque ensures that the motor provides consistent power output, making it suitable for tasks requiring stable and precise control over torque delivery, especially in sensitive automation applications.
How does the natural convection and surface-cooling housing design contribute to energy efficiency?
The natural convection and surface-cooling housing design reduces the need for external cooling mechanisms, thereby lowering energy consumption in systems requiring efficient, passive thermal management without external energy input.
Common Misspellings
MDD-090A-N-020-N2L-110PL1
MDD090A N 020 N2L 110PL1
MDD090A-N-020-N2L-110-PL1
MDD090AN020N2L110PL1
MDD90A-N-020-N2L-110PL1
MDDO90A-N-020-N2L-110PL1
MDDO9OA-N-O2O-N2L-11OPL1
mdd090a-n-020-n2l-110pl1
Internal Product Review
The MDD090A-N-020-N2L-110PL1 motor by Bosch Rexroth offers a thermal time constant of 45 minutes and a theoretical maximum torque of 19.0 Nm. It operates at a nominal speed of 2000 min⁻¹ and includes a housing design suited for natural convection, ensuring efficient heat dissipation.
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Warranty
Repair
We offer a repair service for the MDD090A-N-020-N2L-110PL1.
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