Product Description

Liquid-cooled asynchronous motor, the Bosch Rexroth MAF130D-0200-FQ-S2-EH0-35-V1, comes from the IndraDyn A series and is a high performance along with being heavy duty motor that is intended for extremely demanding industrial purposes where high torque, high power cooling and control is crucial. Its rated torque at a rated speed of 2000 RPM is 200 Nm while its rated power is 41.9 kW and the rated current 93.9 A. However, in terms of peak performance, it can handle flat maximum torque of 461.4 Nm whilst maintaining a moderate level of maximum current of 190.9 A.

The motor has the maximum speeds of 7500 RPM with bearing A, N or V, while utilizing bearing H can realize upper speed of 10000 RPM. Its stall torque is 210 Nm and supports a continuous current of 97.5 A. Torque constant at 2.51 Nm/A at 20! C provides opportunity to control the output torque with great precision. Additional factors include thermal stability in hard operation that is assured by thermal time constant of 3.5 minutes, average cycle duration (S6 - 44%) to 5 minutes. The rotor inertia makes it possible to exert smooth movements regardless of its weight of 147kg, while the rotor moment of inertia is 0.151kg.m.

The motor being reviewed as such is not designed to work within temperature parameters ranging from 0 to +40!C. It should be stated that for the purpose of durability, thermal class 155 according to the standard DIN EN 60034-1 is used in the construction of the motor under consideration. To dissipate a total power loss of 3.35 kW, a coolant supply temperature has to be maintained between 10 degrees to 40 degrees Celsius. At sound pressure level of 70 (+3) dB[A] of sound rating, the application is quiet for industrial standards. These are applicable in machine tools, printing and paper processing machines, packaging and food processing machines and metal forming machines. This motor can be applied in control systems operating in conditions of additional sensors and actuators for the needs of monitoring and optimization if necessary.