The Bosch Rexroth Indramat MAF130C-0200-FQ-M2-AH0-05-A1 induction motor from the MAF IndraDyn Asynchronous Motors series boasts a Multiturn absolute encoder with EnDat2.1 and 2048 increments for precise position feedback. Liquid-cooled by design, it maintains optimal performance with a coolant supply temperature range of 10 ... 40C. Operating at a key speed of 1500 1/min, this motor is engineered for demanding industrial motion control applications where consistent torque and speed are essential.
In-depth technical specifications highlight the motor's robust capabilities: it draws a rated current of 69.8 A and delivers a torque constant at 20 ?C of 2.19 Nm/A, ensuring efficient conversion of electrical input into mechanical output. The thermal time constant of 3.5 min provides insight into heat dissipation behavior during load transients, while the power loss to be dissipated of 2.30 kW underscores the heat management requirements for continuous operation. A rotor moment of inertia of 0.101 kg·m² contributes to controlled acceleration and deceleration profiles, ideal for high-precision servo loops.
Additional features include a substantial mass of 106 kg, lending the motor stability and reduced vibration under load. The maximum speed with bearing A of 7500 1/min extends the operational envelope for high-speed applications, and the power wire cross-section of 16 mm² ensures reliable current delivery with minimal voltage drop. Thanks to its sturdy construction and liquid cooling, this motor offers exceptional durability and long service life in harsh industrial environments. Integrating seamlessly with modern drive systems, the MAF130C-0200-FQ-M2-AH0-05-A1 delivers high efficiency, precise motion control, and dependable performance for complex automation tasks.
Coolant supply temperature
10 ... 40C
Key speed
1500 1/min
Mass
106 kg
Maximum speed with bearing A
7500 1/min
Power loss to be dissipated
2.30 kW
Power wire cross-section
16 mm2
Rated current
69.8 A
Rotor moment of inertia
0.101 kg * m?
Thermal time constant
3.5 min
Torque constant at 20 ?C
2.19 Nm/A