R911339383 (MSK101D-0300-FN-S1-BG0-NNNN)

How does the optical Hiperface singleturn encoder affect control latency or jitter?

The 128 signal periods optical Hiperface encoder offers high resolution feedback with minimal latency, but care must be taken in cable routing and shielded wiring to avoid signal jitter or cross-talk.

How susceptible is the motor to overheating faults and what recovery behavior is expected?

Liquid-cooled MSK motors may take over two hours to cool sufficiently after a thermal shutdown, so fault recovery should allow full cooldown before reapplying power.

What are the storage or transport precautions for this liquid-cooled motor?

Prior to transport or cold storage (below 0 °C), fully drain the coolant lines to avoid frost damage to the cooling passages.

How does winding inductance (3,200 mH) influence drive tuning or responsiveness?

The relatively high inductance smooths current ripple but also slows current rise time, so drive control loops must be tuned to balance responsiveness versus stability under dynamic loads.

Can the motor operate reliably under radial or axial shaft loads?

Yes, provided the radial and axial forces stay within the allowable limits specified in the “Bearing & Shaft Load” section of the project planning manual; exceeding them shortens bearing life.

MSK101D0300FNS1BG0NNNN

MSK101D 0300 FN S1 BG0 NNNN

MSK-101D-0300-FN-S1-BG0-NNNN

The MSK101D-0300-FN-S1-BG0-NNNN servomotor by Bosch Rexroth features liquid cooling, 57.0 Nm continuous torque, and a 128-period optical singleturn encoder with Hiperface interface. It delivers up to 160.0 Nm maximum torque and operates with a continuous current of 34.9 A. This motor is commonly used in robotics, packaging lines, and metal forming machinery.