The Bosch Rexroth Indramat MAF130C-0200-FQ-S2-BH0-35-N3 from the MAF IndraDyn Asynchronous Motors series delivers precise performance with a rated power of 28.3 kW and a rated torque of 135 Nm at nameplate conditions. It operates at a nominal speed of 2000 rpm when supplied with the nominal voltage and standard frequency, ensuring true power delivery for demanding applications. This model features an external cooling mode FQ system with a ¼" coolant thread that efficiently reduces motor temperature during and after operation. The drive design utilizes a construction type B35 housing and a standard bearing type to support robust performance and simplified maintenance.
The motor can achieve a max speed of 7500 rpm thanks to its standard mechanical bearings, allowing for high dynamic response in diverse industrial environments. Vibration levels remain low with a vibration severity grade of 3, equating to a vibration speed at nominal speed of 0.7 mm/s and a vibration speed at max speed of 1.77 mm/s. These values reflect a well-balanced rotor and optimized bearing support that minimize noise and mechanical wear. The integrated cooling method combined with rugged construction ensures consistent operation even under elevated ambient temperatures and cyclic loading.
Installation and integration are streamlined by the B35 flange/foot mounting configuration and a side-B electrical connection that aligns with standard motor interfaces. The motor is equipped with a single-turn absolute EnDat2.1 encoder with 2048 counts, providing high-resolution feedback for accurate positioning and speed control in servo-driven systems. Although this model is not fitted with a holding brake and features a plain shaft without sealing ring, its reliable encoder and comprehensive flange options make it an ideal choice for packaging, conveyor, and material-handling applications.
Bearing type
standard
Construction type
B35
Cooling mode
FQ
Max speed
7500 rpm
Nominal speed
2000 rpm
rated power
28.3 kW
rated torque
135 Nm
Vibration severity
3
vibration speed at max speed
1.77 mm/s
Vibration speed at nominal speed
0.7 mm/s