R911249560 (MDD093C-N-060-N2L-110GA2)

Name: R911249560 (MDD093C-N-060-N2L-110GA2)
Brand: Indramat Motors
SKU: MDD093C-N-060-N2L-110GA2
Price: 597.00 USD
Availability: InStock

MDD Synchronous Motors

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sales@indramat-usa.com

The R911249560 (MDD093C-N-060-N2L-110GA2) is an MDD093 series servo motor equipped with a plain 24 mm shaft and digital servo feedback. It supports a maximum speed of 6000 min⁻¹ and is configured with a side A power connection and standard housing for natural convection or surface cooling. With surface cooling, the motor delivers a continuous torque of 28 Nm at 93.6 A; with natural convection, 19.5 Nm at 65.2 A. The integrated 22 Nm blocking brake operates at 24 V DC, with a release time of 70 ms and clamp time of 30 ms. This unit includes a standard centering diameter of 110 mm, shaft seal, and balancing, and is optimized for digital drive controllers.

Technical Specifications

Rated Rotation
6000 RPM

Motor Family
MDD

Continuous Motor Torque with Surface Cooling
28 Nm

Continuous Motor Current with Surface Cooling
93.6 Amps

Continuous Motor Torque with Natural Convection
19.5 Nm

Continuous Motor Current with Natural Convection
65.2 Amps

Rotor Shaft
Plain

Rotor Shaft Diameter
24 millimeters

Exposed Motor Shaft Length
50 millimeters

Motor Housing Length
386 millimeters

Motor Centering Diameter
110 millimeters

Flange Size
140 millimeters

Mounting Hole Diameter
11 millimeters

Motor Housing Designed for
Natural Convection and Surface Cooling

Permissible Ambient Temperature
0 - 45 degrees Celsius

Brake Nominal Voltage
24 volts DC

Brake Nominal Current
0.7 Amps

Brake Mass
1.1 kilograms

Brake Release Delay
70 milliseconds

Brake Clamping Delay
30 milliseconds

Frequently Asked Questions

Why is shaft sealing on MDD093C-N-060-N2L-110GA2 crucial for lubrication control?

It isolates lubricant film inside bearing chambers. This maintains consistent friction characteristics across long operational hours.

Why does MDD093C-N-060-N2L-110GA2 minimize commissioning time in automation setups?

Digital parameter recognition allows plug-and-play feedback configuration. This removes manual calibration and accelerates alignment with controller logic.

How does the system improve regenerative efficiency?

Its low winding resistance converts less energy to heat. This increases backfeed efficiency during deceleration cycles.

Why does the servo perform consistently under variable inertia conditions?

DSF feedback dynamically adjusts torque phase timing. This keeps servo response uniform regardless of mechanical inertia variation.

How does MDD093C-N-060-N2L-110GA2 aid in predictive maintenance routines?

Feedback sensors capture temperature and torque deviations early. This data supports preemptive service scheduling and fault prevention.

Common Misspellings

MDD093CN060N2L110GA2

MDD093C N 060 N2L 110GA2

mdd093c-n-060-n2l-110ga2

MDD93C-N-060-N2L-110GA2

Internal Product Review

The Rexroth Indramat’s MDD093C-N-060-N2L-110GA2 synchronous motor provides reliable 6000 min⁻¹ operation with a 22 Nm brake. Its 110 mm centering diameter and sealed plain shaft enhance alignment. Ideal for pick-and-place robotics and automatic packaging systems requiring precision positioning.