R911347066 (MSK100B-0400-NN-S2-BP2-RNNN)

What distinguishes the brake package on the MSK100B-0400-NN-S2-BP2-RNNN?

Load security increases with 70 Nm holding torque, allowing suspended payloads to remain stationary during power loss, guarded access or emergency halts without drive-current dependence.

How does encoder scale support precision on the MSK100B-0400-NN-S2-BP2-RNNN?

Singleturn EnDat2.1 publishes 2048 signal periods, delivering absolute angle and diagnostics so the drive closes loops immediately after enable, avoiding re-indexing routines and wasted cycle time.

What defines the continuous operating point for the MSK100B-0400-NN-S2-BP2-RNNN?

Within 100 K limits, 30.8 A continuous sustains 33.0 Nm standstill torque, providing repeatable clamping force and consistent thermal behavior across multishift duty.

How does inductivity affect current control on the MSK100B-0400-NN-S2-BP2-RNNN?

A 3,100 mH winding moderates slew rate, improving torque smoothness and minimizing electromagnetic interference during high-rate PWM updates and micro-increment moves.

What does the rated speed code indicate for the MSK100B-0400-NN-S2-BP2-RNNN?

Reference of 0400 organizes base frequency and control gains so 33.0 Nm hold and 102.0 Nm peak align with efficiency, heating and inertia models.

MSK100B0400NNS2BP2RNNN

MSK100B 0400 NN S2 BP2 RNNN

MSK-100B-0400-NN-S2-BP2-RNNN

Targeted for heavier static restraint, the MSK100B-0400-NN-S2-BP2-RNNN highlights a holding brake configuration. This choice emphasizes secure parked positions, controlled maintenance states and safe vertical balancing without adding external clamps or actuated stops.