Product Description:

The MSK101C-0200-FN-M1-AP0-NNNN is a synchronous servo motor manufactured by Bosch Rexroth Indramat within the MSK IndraDyn S Synchronous Motors series. In automated production cells, it converts commanded current into accurately regulated rotary motion for linear slides, rotary index tables, and other precision axes that must follow exact position profiles. As an IndraDyn S unit, it uses mounting and electrical conventions that match compatible Rexroth drive controllers. Its permanent-magnet construction helps maintain consistent torque behavior across varying loads and duty cycles, which is useful in machines that require repeatable acceleration and accurate stopping.

The motor uses liquid cooling, directing coolant through internal channels so high continuous torque can be produced without excessive winding temperature rise. Feedback is transferred over the Hiperface interface, allowing encoder data and parameter exchange on a single hybrid cable. Its optical encoder delivers 128 signal periods per mechanical revolution, and the drive interpolates these periods to obtain fine increment resolution for position loops. The scanning system is multi-turn absolute, providing an unambiguous shaft position over many revolutions and removing the need for a homing sequence after startup. For applications that already use external holding mechanisms, the motor is supplied without a holding brake, which keeps mass and inertia lower but requires external load holding during power-off conditions.

The motor has motor length C, which balances stator volume with cabinet depth limits, and winding code 0200, which identifies the electrical characteristics used by the drive. Cabling is simplified through the A-side power connector, placing the power lead on the same end as the coolant ports for more orderly routing. Mechanical output is transmitted by a shaft with keyway, giving a positive connection to pulleys or couplings under changing load conditions. The standard design and size 101 format support use on larger servo axes where rigid mounting, stable cooling, and absolute position feedback are important.