R911278016 (MDD093C-F-040-N2L-110PB0)

Why is a nominal speed of 4000 min⁻¹ advantageous?

This speed allows the motor to handle high dynamic loads efficiently. It provides an optimal balance between torque generation and motion accuracy.

What is the purpose of the 110 mm centering diameter in this model?

The 110 mm centering diameter ensures accurate mechanical alignment during installation. This reduces stress on the coupling and enhances operational stability.

Why does the MDD093C-F-040-N2L-110PB0 include a shaft seal?

The shaft seal protects internal components from contaminants like dust and oil. This helps extend the motor’s service life and ensures consistent operation in harsh environments.

How does standard balancing improve motor performance?

Standard balancing minimizes vibration and operational noise. This results in smoother rotation, increased precision, and longer bearing life.

How does the motor length code “C” impact the MDD093C-F-040-N2L-110PB0’s design?

The “C” length code indicates a configuration optimized for compactness and torque output. It allows for efficient integration into systems with limited mounting space.

MDD093CF040N2L110PB0

MDD093C F 040 N2L 110PB0

mdd093c-f-040-n2l-110pb0

MDD93C-F-040-N2L-110PB0

The MDD093C-F-040-N2L-110PB0 is a high-accuracy servo motor that is used for effective motion control. Bosch Rexroth Indramat engineers this motor, and it is utilized in automation systems that demand exact speed and position precision. It also features digital servo feedback (DSF), 110 mm centering diameter, and 4000 min⁻¹ nominal speed.