R911316907 (MSK100C-0300-NN-M1-AG0-NNNN)

What differentiates the encoder on the MSK100C-0300-NN-M1-AG0-NNNN?

Using a multiturn absolute system, Hiperface communication reports 128 signal periods per revolution while preserving multi-revolution counts, simplifying recovery after controlled power cycles.

How do continuous figures compare on the MSK100C-0300-NN-M1-AG0-NNNN?

Despite a higher speed code, torque at standstill holds 43.5 Nm while current rises to 27.0 A at 100 K, supporting stronger magnetic flux for low-speed authority.

What winding characteristic changes on the MSK100C-0300-NN-M1-AG0-NNNN?

With 4,200 mH inductivity, electrical dynamics quicken relative to higher-inductance models, improving response while still smoothing current transitions under control.

Which orientation supplies power on the MSK100C-0300-NN-M1-AG0-NNNN?

An A-side connector eases routing in left-aligned cabinets, while the drive still supports 97.2 A maximum current during bursts.

How does the multiturn feature assist recovery on the MSK100C-0300-NN-M1-AG0-NNNN?

By retaining revolution counts, the encoder avoids re-homing after planned shutdowns, while 128 signal periods preserve per-turn resolution for commutation.

MSK100C0300NNM1AG0NNNN

MSK100C 0300 NN M1 AG0 NNNN

MSK-100C-0300-NN-M1-AG0-NNNN

The MSK100C-0300-NN-M1-AG0-NNNN combines multiturn Hiperface feedback with a plain shaft for versatile integration. Its thermal behavior suits convection-cooled enclosures where auxiliary airflow is limited, making it one of the most liked options in the market.