R911327981 (MSK101D-0450-FN-S2-BP2-RNNN)

What is the impact of shaft keyway versus plain shaft in MSK101D-0450-FN-S2-BP2-RNNN servomotor?

A keyed shaft of MSK101D-0450-FN-S2-BP2-RNNN servomotor ensures positive torque transmission to pulleys or gears without slipping. However, it introduces stress concentrations and may slightly degrade rotor balance.

Why does this motor use an EnDat 2.1 optical interface instead of simpler encoders?

The EnDat 2.1 interface enables bidirectional digital communication and higher precision diagnostics. It supports error correction, parameter storage, and ensures more robust closed-loop control.

Why is this servomotor favored in robotics, packaging, or printing applications?

These industries require high precision, frequent starts and stops, and compact high-torque drives. This motor’s 160 Nm peak, liquid cooling, and encoder precision match those demands

How does the liquid cooling (“FN”) mode benefit MSK101D-0450-FN-S2-BP2-RNNN servomotor in high duty operation?

The liquid cooling of MSK101D-0450-FN-S2-BP2-RNNN servomotor reduces the motor’s thermal resistance and enables higher continuous power. It helps maintain stable torque under extended duty cycles with lower temperature rise.

What role does the increased concentricity design offer for MSK101D-0450-FN-S2-BP2-RNNN servomotor’s mechanical integration?

Improved concentricity of MSK101D-0450-FN-S2-BP2-RNNN servomotor reduces run-out and vibration, enhancing coupling accuracy and bearing life. This leads to better dynamic response in high-precision applications.

MSK101D0450FNS2BP2RNNN

MSK101D 0450 FN S2 BP2 RNNN

MSK-101D-0450-FN-S2-BP2-RNNN

The MSK101D-0450-FN-S2-BP2-RNNN servomotor from Bosch Rexroth features liquid cooling, a keyed shaft, and a 2048-period optical singleturn encoder with EnDat2.1. It is used in robotics, packaging, and printing industries for precise motion control requiring 57.0 Nm continuous torque at 50.6 A. An electrically-released holding brake provides 70 Nm torque for secure positioning.