Product Description
Rexroth Bosch's IndraDyn S servo motor MS2N03-B0BYN-BMDH0-NNNNN-GE060N1005BN-NN contains an intrinsic self-cooling system for high efficiency. This particular cooling is crucial in enabling the motor to perform optimally even under the most rigorous circumstances. The self-cooling design means that the motor can effectively cool itself and remove heat produced by its fast running which may reach up to 9000 revolutions per minute. This is especially crucial as heat has the potential to cause thermal stress which can harm the internal parts and reduce the life span of a motor.
The available rotor inertia of the MS2N series motor is 0.000023 kgm^2 meaning that they switch on command signals often to require efficient cooling for handling high acceleration rates. Self-cooling is established by aerodynamic movements which allow the cooling of the motor's body without additional coolers and materials. This feature makes it reliable, less prone to breakdowns due to few moving parts, and compact enough to fit different industries' uses. There is also a lack of a holding brake, which in most cases acts as a friction-based brake and generates substantial thermal loads.
In summary, the MS2N03 model is easy to use because of its efficient cooling and 4,096 incremental multiturn absolute encoder system for accurate revolutions' feedback. Despite its compact appearance, the motor is reliable to install and maintain because it comes with an electrical connector - M17 double plug. Standard dimensions of the flange and the bearing indicate that the motor would be compatible with other systems and further enhance the versatility of the motor. Therefore, the IndraDyn S series with self-cooling and high-speed specifications is especially suitable for thermal management applications to fulfill high-reliability demands.
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