MAD130C-0150-SA-S2-AP0-05-A1 Bosch Rexroth Indramat
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911331987
Ask for AvailabilityThe Bosch Rexroth Indramat MAD130C-0150-SA-S2-AP0-05-A1 is a servo motor from the MAD IndraDyn A Motors series, featuring a flange mounting style and a whole-key balanced shaft with shaft seal. It uses an axial fan for cooling and has a singleturn absolute encoder EnDat2.1, with connections on the A-side via a connector.
Internal Product Review
The MAD130C-0150-SA-S2-AP0-05-A1 is a servo motor from the Bosch Rexroth IndraDyn A series, featuring a 130 frame size and flange mounting for secure integration. Its singleturn absolute encoder EnDat2.1 provides precise positioning, while the axial fan cooling system ensures consistent thermal management. This model is well-suited for demanding automation tasks where accuracy and reliable cooling are essential.
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Product Description:
The MAD130C-0150-SA-S2-AP0-05-A1 is a servo motor produced by Bosch Rexroth Indramat within the MAD IndraDyn A Motors series. Serving as the drive-side actuator in automated gantries, indexing tables, and multi-axis lines, it translates precise current commands from an IndraDrive controller into controlled rotary motion that supports repeatable positioning, speed, and torque profiles required in industrial automation.
All electrical terminations sit on the A-side, and a detachable Connector enables quick exchange of power and feedback leads. Internal thermal management is handled by an axial fan that directs airflow along the stator to stabilize winding temperature during continuous duty. Rotary feedback is supplied by a singleturn absolute encoder EnDat 2.1; this device provides a unique position value for each revolution, allowing immediate synchronization after power-up without a homing routine. The rotor is shipped without a holding brake, so any static load retention must be achieved through external clamping or drive torque. Together these features establish the electrical interface, cooling method, and feedback resolution that define the motor’s dynamic performance envelope.
The mechanical platform is built around a frame diameter of 130 mm coupled with flange mounting to align the motor directly against gearboxes or machine plates, keeping run-out low. A vibration assessment of Vibration Grade R limits operational imbalance, supporting smooth motion when high accelerations from the axial-fan-cooled winding occur. Finally, winding identification code 0150 matches the motor to drive parameters that set current limits and thermal models. These construction details complement the connection layout and feedback scheme noted earlier, completing a balanced servo package for integration into precision motion systems.
