The MAD130D-0100-SA-N0-BP0-05-N1 is a high-performance spindle motor from Bosch Rexroth Indramat and part of the MAD IndraDyn A Motors series. Designed primarily as an asynchronous box motor, it is ideally used as a rotary main-spindle and servo-drive motor in various industrial applications including machine tools, printing, and paper processing equipment. Key features include a robust mounting via flange installation and the presence of a balanced shaft with standard bearing support. Notable technical attributes include a rated current of 43.7A and a maximum torque of 418Nm, ensuring that the motor reliably meets the demands of heavy-duty operations.
Engineered for critical performance, this motor operates at a rated speed of 1000 rpm with a key speed of 500 rpm, making it versatile for varying levels of work intensity. Its technical specifications further highlight a discharge capacity of 27.3nF and a torque constant of 4.72Nm/A, which deliver precise torque control during operation. The motor is constructed for durability with a mass of 164kg and exhibits a high level of protection with an IP65 rating, as well as adherence to insulation class F under DIN EN 60034-1 standards.
Additional design elements enhance the motor's suitability for industrial use. The unit features effective axial fan cooling described as blowing, ensuring adequate ventilation even when operating at elevated ambient temperatures up to 40C. It also includes a shaft sealing ring and is paired with a standard bearing rated for maximum speeds up to 6000 rpm, promising reliable mechanical stability. The absence of a holding brake provides flexibility in system design, while the balanced shaft and flange mounting contribute to operational efficiency. Overall, this spindle motor is engineered to offer an optimal combination of performance, safety, and durability for modern, high-demand industrial applications.
Discharge Capacity
27.3nF
Maximum Torque
418Nm
Mounting Style
flange mounting
Protection Type
IP65
Shaft
balance shaft
Size
130
Torque constant
4.72Nm/A