R911317768 (MSK061C-0600-NN-M2-UP1-RNNN)

Why is the 6,700 mH winding inductivity important in this motor?

The higher inductivity stabilizes current flow, reducing ripple torque in motion control systems. This ensures smoother performance in automation tasks requiring consistent torque output.

Why is an electrically released 10 Nm holding brake useful in this servomotor?

The brake maintains position during power loss or standstill. This ensures safe handling of loads in vertical or high-precision applications.

How does natural convection cooling affect the reliability of this servomotor?

The design dissipates heat passively without extra fans. This reduces mechanical complexity and lowers maintenance requirements.

Why is the 34.7 A maximum current rating important in MSK061C-0600-NN-M2-UP1-RNNN servo motor?

It allows the MSK061C-0600-NN-M2-UP1-RNNN servo motor to handle short-term peak loads. This ensures performance stability during rapid acceleration phases.

In which technical applications is the MSK061C-0600-NN-M2-UP1-RNNN servo motor widely used?

The MSK061C-0600-NN-M2-UP1-RNNN servo motor is extensively applied in packaging machines, robotics, and CNC automation. Its multiturn encoder ensures reliable positioning in repetitive cycle operations.

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The MSK061C-0600-NN-M2-UP1-RNNN servomotor by Bosch Rexroth offers 9.0 Nm continuous torque and uses natural convection for cooling. It features a multiturn absolute optical encoder with EnDat2.1 interface and a 10 Nm electrically-released holding brake. This motor is used in robotics, packaging machinery, and semiconductor manufacturing systems.