Product Description:

The MDD065C-N-060-N2L-095GR1 is a servo motor manufactured by Bosch Rexroth Indramat and delivered within the MDD Synchronous Motors series. It is classified as a motor for digital drive controllers and is installed where closed-loop velocity and position control are required in automated machinery and handling equipment. The unit converts drive current into mechanical rotation so that downstream axes can maintain precise motion profiles in multi-axis industrial systems. This arrangement allows the connected drive to correct motion errors during changing load conditions and maintain repeatable axis movement. In this role, the motor suits applications that require accurate acceleration, deceleration, and repeatable stopping rather than simple open-loop rotation. Its synchronous design supports stable torque response across controlled operating ranges.

Performance is centered on a nominal speed of 6000 rpm, allowing rapid cycle times when paired with compatible drive electronics. At standstill, the motor can deliver 2.1 Nm of continuous torque, while a blocking brake supplies an additional holding capacity of 3.0 Nm for vertical or safety-critical axes. Position data are returned through digital servo feedback, giving the controller rotor information for precise speed and position regulation. Mechanical alignment to the machine frame is aided by a centering diameter of 95 mm, and the plain shaft is provided without a side-B extension to simplify coupling. The motor uses a C-length housing in the 065 frame size to help limit mass and inertia. It also has a standard non-ventilated housing that can be installed in enclosures with forced cabinet airflow, and the windings are balanced for smooth torque generation.

Cabling exits on the right side through a single connector, which keeps power and feedback lines in a defined orientation at the motor. The shaft is fitted with a shaft seal that helps protect the bearing area from lubricant splash and dust during operation. The motor uses standard dynamic balancing, which supports smooth running in general automation applications. This layout keeps the mechanical interface compact and leaves the shaft end unobstructed for direct coupling. The organized cable exit also helps maintain a consistent routing path in machines with limited installation space.