The MAF100D-0100-FR-S2-AH0-05-N1 from Bosch Rexroth Indramat is a robust member of the MAF IndraDyn Asynchronous Motors series, engineered for demanding industrial applications. This induction motor features a singleturn absolute encoder (EnDat2.1) with 2048 increments and a plain shaft without sealing ring, ensuring precise feedback without the complexity of additional seals. Weighing 64 kg and cooled via external liquid circulation with an enclosed rapid-action coupling, it combines high power density with reliable thermal management. The absence of a holding brake and the use of a standard bearing simplify maintenance and reduce overall system complexity.
Designed around a flange mounting interface, the motor delivers a Rated Power of 8.80 KW at a Rated Speed of 1000 1/Min, reaching up to 6000 1/Min maximum. At standstill it sustains a Continuous Current at Standstill of 27.7 A and generates 88.1 Nm of torque, underpinned by a rotor moment of inertia of 0.03200 Kgm². The unit’s Number of pole pairs (3) and its Discharge Capacity of 11.2 nF are optimized for smooth current transitions and reduced electrical stress. Its compact footprint (Length: «D») and a Thermal Time Constant of 3.5 mins enable high-duty cycles and rapid heat dissipation during S6–44% operation.
With an IP65 protection class and insulation rated to Class 155 (DIN EN 60034-1), the motor resists dust and liquid ingress, ensuring uptime in harsh environments. Its precise encoder feedback and high overload capacity make it ideal for main spindle drives in machine tools, metal forming equipment, and printing machinery. Integrators benefit from straightforward mounting, standardized electrical interfaces, and proven Bosch Rexroth reliability, reducing commissioning time and lifecycle maintenance.
Bearing
standard bearing
Continuous Current at Standstill
27.7A
Discharge Capacity
11.2nF
Length
D
Mounting Style
flange mounting
Number of pole pairs
3
Rated Power
8.80 KW
Rated Speed
1000 1/Min
Shaft
plain shaft without sealing ring
Thermal Time Constant
3.5mins