R911259633 (MDD093C-L-030-N2M-130GB1)

Why include a holding brake with 11 Nm torque on this MDD093C-L-030-N2M-130GB1 motor?

The MDD093C-L-030-N2M-130GB1 motor's brake prevents load drift when motor is unpowered, especially vertical or inclined axes. It allows safe, stationary load holding without continuous energy consumption.

What is the impact of “surface cooling” housing on thermal performance?

The motor relies on its external surface and airflow instead of internal cooling circuits; this simplifies cooling system but limits continuous power in high ambient temperature.

What is the real-world application where MDD093C-L-030-N2M-130GB1 motor?

This motor is well-suited for packaging, robotics or printing systems where precision positioning, high stopping torque, and quick dynamic changes are needed.

How does the MDD093C-L-030-N2M-130GB1 motor length code “C” influence torque and inertia?

Code C defines a certain rotor/stator axial length; longer motors (higher code) have more copper/iron hence higher continuous torque but also higher inertia. That affects acceleration times and control of rapidly changing loads.

Why use shaft seals on the plain shaft of MDD093C-L-030-N2M-130GB1 motor?

The seals protect internal rotor and bearings from dust, moisture, and contaminants. This is especially important in harsh or dirty industrial environments to ensure motor reliability.

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The MDD093C-L-030-N2M-130GB1 motor from Bosch Rexroth features a 3000 min⁻¹ nominal speed, 11 Nm holding brake torque, and an integrated multiturn absolute encoder. It includes surface cooling, a sealed plain shaft, and supports digital servo feedback. This motor is ideal for use in robotics, CNC machinery, and packaging automation.