MS2N04-C0BNN-AMDL0-NNNNN-NN

Product Description:

Bosch Rexroth Indramat manufactured the MS2N04-C0BNN-AMDL0-NNNNN-NN servo motor. A multiturn absolute encoder with a Hiperface interface is included with this servo motor. For precise motion control in automation applications, this kind of encoder offers exact position feedback. It can monitor the shaft's absolute location throughout many revolutions rather than just one because of its "multiturn" feature. The encoder and the control system may exchange data at high speeds thanks to the Hiperface interface, a digital, bidirectional communication protocol. This motor has a twin plug-equipped shaft that can be turned, providing mounting flexibility and system integration. This feature makes installation easier and gives machine designers more flexibility. This servo motor's electrical connection is made using a keyway and no shaft seal. In order to prohibit relative rotation between the two, a keyway is a slot in the shaft that matches with a key on the linked component.

The maximum rotational speed of the MS2N04-C0BNN-AMDL0-NNNNN-NN motor is 6000 min-1. This high-speed capability makes rapid motions and reactions possible, which is crucial for many automation applications that require dynamic motion control. At 60K (probably 60 degrees Celsius), this servo motor produces a constant torque of 2.70 Nm, and at 100K (100 degrees Celsius), it produces 3.35 Nm. As a measurement of rotational force, torque here denotes the motor's capacity to generate rotational power continuously. For demanding applications where heat dissipation may be an issue, the motor's ability to function well even at high temperatures is shown by the increased torque at 100K. The motor's maximum torque is 12.6 N, which it can produce for brief periods. Applications needing strong acceleration or overcoming transient high loads benefit from this high maximum torque.

With a maximum current of 9.7 A, the motor's rated current is 1.85 A at 60K and 2.30 A at 100K. The flow of electrical charge, or current, is closely correlated with the torque generated by a motor. At 100K, the more excellent torque rating corresponds to the higher current. The motor's moment of inertia is 0.00016kgm2. This measure measures an item's resistance to variations in its rotating motion. A decreased moment of inertia allows for faster acceleration and deceleration and enhances the motor's dynamic responsiveness. With "winding A," the MS2N04-C0BNN-AMDL0-NNNNN-NN motor is intended to operate for 1,000min-1. A motor's winding arrangement influences its torque and speed characteristics. Since this particular winding is tuned for running at that speed, the motor's most economical working speed is 1,000min-1. The motor's construction is described as "IM B5 / IM 3001." This alludes to specific design guidelines or aspects of the motor's internal architecture.