MAF130C-0200-FR-S2-HH0-35-H1

The Bosch Rexroth Indramat MAF130C-0200-FR-S2-HH0-35-H1 belongs to the renowned MAF IndraDyn Asynchronous Motors series, designed for robust industrial drive applications. This motor has a size of 130 and a length designation of C, reflecting its compact footprint. With a rated power of 28.3 kW and a rated torque of 135 Nm, it delivers consistent performance in high-demand environments. The motor’s primary function is to provide reliable induction drive control for automated machinery, offering precise torque and speed regulation for production lines and motion systems.

In technical operation, this motor achieves a rated speed of 2000 rpm and maintains a key speed of 1500 rpm for optimal system synchronization. It can withstand a maximum speed with bearing of 7500 rpm, ensuring durability under transient loads. The torque constant (20 °C) of 2.19 Nm/A indicates its efficiency in converting electrical current into mechanical torque. With a moment of inertia of 0.101 kg·m², the motor balances rapid acceleration with controlled deceleration. Insulation is rated F according to DIN EN 60034-1, providing high thermal tolerance and extending winding life.

Additional features include a Singleturn absolute encoder, EnDat2.1 with 2048 increments, enabling precise position feedback. The integrated high-speed bearing enhances rotational stability at high RPM, while the motor’s liquid cooling system with rapid-action coupling (¼″) ensures efficient heat dissipation in continuous operation. The vibration severity grade R supports smooth performance under mechanical stress. Designed for environments from 0 to +45 °C, it maintains a sound pressure level of 70 dB(A) ±3 and has a thermal time constant of 15 minutes. Without a holding brake and featuring a plain shaft without sealing ring, this motor integrates seamlessly into custom drive systems. In industrial scenarios, its combination of power density, thermal management, and precision feedback yields enhanced productivity and reduced maintenance downtime.