MS2N04-B0BNN-ASDG0-NNANN-NN
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MPN: R911387808
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The MS2N04-B0BNN-ASDG0-NNANN-NN Servo Motor is manufactured by Bosch Rexroth Indramat. This motor has a winding of 3,000 min with a Single-turn encoder design. This motor is Not Equipped with a holding brake, it has a Smooth, with shaft seal shaft, and a M17 Double Plug, turnable electrical connection.
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Product Description:
Bosch Rexroth Indramats MS2N04-B0BNN-ASDG0-NNANN-NN motor has an encoder with an A - BASIC configuration and 16 signal periods. It is a feature which is crucial for continuous and instant feedback to control speed. Signal periods are the intervals in the output of the encoder and as there are 16 signal periods, it means that the motor is very precise while providing position feedback on its rotational movements within 16 short intervals. This setup is ideal for industrial applications where the position needs to be accurate, including robotics, or other industries requiring error-free production. An analog signal with standard control systems ensures that the communication or feedback is continuous and free of errors. Hiperface technology improves this setup by offering high-speed data transfer with an efficient error-checking feature. Hiperface is used as the general-purpose interface for this motor and is essential for handling position information precisely in many industrial automation applications.
The singleturn encoder provides the position of the motor within one revolution and does not track multiple turns for position measurement, so it recalibrates after each turn. This makes it ideal to be used in any industrial application where the calibration after every revolution is important. This encoder produces absolute signals to maintain the position of the rotor even when the motor has no power input, unlike the incremental encoder which loses position when the power is switched off.
This MS2N04 motor is commonly used due to its preciseness in applications like CNC machines, robotics and automation systems where accuracy and performance stability are important features. The number of revolutions (1) indicates that the data from every single turn of the motor shaft is tracked and fed into the system.
