Product Description:

The MDD065C-N-060-N2L-095PA1 is a synchronous servo motor built by Bosch Rexroth Indramat within the MDD Synchronous Motors series. Classified as a motor for digital drive controllers, it converts the drive’s commanded current into rotary motion for positioning axes and continuously driven spindles in automated machinery. This makes the unit suitable for applications that require accurate speed regulation and repeatable positioning during continuous operation. It is used where a digital controller must command both rapid speed changes and stable low-speed holding behavior.

The motor reaches a nominal speed of 6000 rpm, allowing fast cycle times when the connected controller issues maximum frequency. At standstill, it can deliver 2.1 Nm of continuous torque, so it resists static process loads without overheating. A blocking brake is integrated and supplies 3.0 Nm of holding torque to lock the shaft when power is removed. Position feedback is provided through digital servo feedback, ensuring the drive receives high-resolution rotor angle data for closed-loop control. Power and encoder cables exit on Side A through a single industrial connector, which helps keep cable routing compact. This arrangement leaves only one connection point at the motor, which helps when installation space around the housing is limited. Machine builders align the motor concentrically with coupled components by using its 95 mm centering diameter, and this supports repeatable installation with low runout.

A standard balancing grade minimizes residual vibration, which is beneficial at high operating speed. The output shaft is machined with a keyway so couplings can be secured without slipping, and a shaft seal helps keep coolant or dust from entering the housing. The design follows size code 065, while length code C sets the active stack for the listed torque constant. The housing and shaft end are supplied in the standard execution, so there is no second shaft on side B. The motor mounts to frames or gearboxes through the usual flange pattern, which keeps the mechanical interface familiar in compact machine layouts.