MAD130B-0250-SA-S2-AH0-05-H1

The Bosch Rexroth Indramat MAD130B-0250-SA-S2-AH0-05-H1 is part of the MAD IndraDyn A Motors series and is engineered for high continuous ratings and precise performance. This spindle motor features a rated speed of 2500 rpm and a key speed of 2000 rpm, ensuring accurate and efficient speed control. Designed with a cooling system that utilizes an axial fan for blowing, it is ideally suited for applications requiring reliable thermal management and robust operational dynamics. Additionally, the motor includes a singleturn 2048 increment encoder, which further enhances its control accuracy in demanding environments.

The technical specifications of this motor are detailed and reflect its high-performance design. It is mounted with a Flange style and employs a plain shaft with no sealing rings, which contributes to its streamlined construction. The electrical power connection is made via side A, integrating a secure method for maintaining optimal power delivery. Its impressive maximum torque of 176.5 Nm and rated torque of 75 Nm ensure that the motor delivers substantial mechanical force while operating within its designed electrical limits. The absence of a holding brake emphasizes its efficiency in dynamic load scenarios.

Additional features of this motor highlight its durability and compatibility with rigorous industrial standards. The constant torque at 20°C is recorded at 2.15 Nm/A, and it operates with a manufacturing tolerance of 5 percent in the thermal time constant, ensuring operational consistency. The motor completes a cycle duration of 10 minutes in S6 mode at 44 percent, which underlines its reliability in cyclical operations. Moreover, its compliance with high-voltage, insulation, protective conductor, concentricity, and vibration testing as per EN 60034-1, EN 60204-1, DIN 42955, and DIN 2373 verifies its robust design and integration readiness. This ensures that using the motor results in enhanced performance, reduced maintenance, and long-term stability in industrial applications.