MDD093B-N-040-R2L-110GA0

What is the importance of the motor’s digital servo feedback ?

The digital servo feedback ensures precise control of motor performance providing real time feedback to adjust torque and speed. This enhances the motors efficiency and accuracy in dynamic applications.

How does the absence of a blocking brake affect motor performance?

The absence of a blocking brake means the motor does not have an automatic mechanism to hold its position when powered off. This is suitable for applications where free rotation is required or a separate braking system is used.

What impact does the 14.5 Nm continuous torque at standstill have?

The 14.5 Nm of continuous torque at standstill enables the motor to start heavy loads efficiently without stalling. This makes it ideal for high inertia applications that require strong startup torque.

Why is a plain shaft used instead of a keyed shaft in this motor?

The plain shaft design offers a simpler connection method for applications requiring a direct coupling to the load. It provides flexibility in attachment methods, such as clamp fittings, rather than requiring precise alignment for keys.

What role does the motors connector play in its application?

The connector type facilitates quick and secure electrical connections reducing installation time. It ensures reliable signal transmission which is critical for accurate motor control in precision applications.

MDD-093B-N-040-R2L-110GA0

MDD093B N 040 R2L 110GA0

MDD093B-N-040-R2L-110-GA0

MDD093B-N-040-R2L-110-GAO

MDD093B-N-040-R2L-110GAO

MDD093BN040R2L110GA0

MDD93B-N-040-R2L-110GA0

MDDO93B-N-040-R2L-110GA0

MDDO93B-N-O4O-R2L-11OGAO

mdd093b-n-040-r2l-110ga0

The MDD093B-N-040-R2L-110GA0 motor from Bosch Rexroth includes a plain shaft, connector on side A, and a digital servo feedback system. It provides 14.5 Nm continuous torque at standstill and operates at a nominal speed of 4000 min⁻¹. This motor is commonly used in robotics, printing systems, and CNC machining applications.