The MS2N04-C0BTN-AMDL1-NNANN-NN from Bosch Rexroth Indramat is a high‑performance drive solution in the MS2N Synchronous Servo Motors series. This three‑phase Permanent Magnet motor delivers a maximum current of 4.9 A and rotates at up to 6000 rpm. Engineered for precision motion control, it provides swift acceleration and exact positioning for demanding industrial automation tasks.
Equipped with a multiturn encoder supporting 4,096 revolutions absolute and 16 signal periods (Hiperface®), this servo motor ensures precise feedback without re‑reference after power loss. The winding inductance of 110.09 mH and a thermal time constant of winding at 18.9 s maintain stable operation under variable loads. A size 1 electrically released holding brake adds emergency stop capability, while the keyway shaft design with half‑key balancing ensures reliable torque transmission and minimal vibration.
Designed for rugged environments, the motor includes a labyrinth seal accessory and meets concentricity and run‑out tolerance N (DIN 42955). It operates up to 1,000 m above sea level without derating and adheres to oscillating quantity level Level A (EN 60034‑14) for low vibration output. Dual M17 rotatable cable connections simplify installation and maintenance. With a rotor moment of inertia of 0.00011 kg·m², this servo motor maximizes responsiveness and efficiency, delivering robust, precise motion control for industrial automation systems.
Accessories
Labyrinth seal
Concentricity, run-out, alignment
Standard tolerance N (DIN 42955)
Electrical connection
Double cable connection 2x M17, rotatable
Encoder design
Multiturn - 4,096 revolutions absolute
Encoder performance
Basic - 16 Signal periods, Hiperface®
Holding brake
Size 1, electrically-released
Installation altitude
0 ... 1,000 m above sea level (without derating)
Maximum current
4.9 A
Moment of inertia of rotor
0.00011 kg*m2
Oscillating quantity level
Level A (EN 60034-14) up to the rated speed
Product
3~ PM motor
Shaft
Keyway, half-key balancing without shaft sealing ring
Thermal time constant of winding
18.9 s
Winding
6000 1/min
Winding inductance
110.09 mH