R911344052 (MSK071C-0300-FN-M1-UP2-NNNN)

What advantages does the multiturn absolute optical encoder (Hiperface, 128 signal periods) bring to MSK071C-0300-FN-M1-UP2-NNNN?

Its multiturn absolute tracking eliminates homing to preserve position over power cycles while 128-period sine/cosine interpolation yields fine commutation and smooth torque. Its Hiperface RS-485 hybrid interface simplifies wiring and multi-vendor controller integration.

Why is the 240° rotatable encoder connector useful on MSK071C-0300-FN-M1-UP2-NNNN in tight machine frames?

The swivel connector optimizes cable exit to minimize bend radius, EMI coupling and strain at dress packs. It eases routing in gantries, print decks and robotic wrists while improving serviceability.

How does liquid cooling in MSK071C-0300-FN-M1-UP2-NNNN influence continuous torque stability during thermally demanding cycles?

Its liquid circuits extract copper and lamination losses efficiently for holding winding temperature near design limits so the motor sustains its 14 Nm at 100 K without derating. It improves thermal time constants and reduces drift in position control during long production runs.

How does the electrically released 30 Nm holding brake in MSK071C-0300-FN-M1-UP2-NNNN affect safety and throughput?

The spring-applied mechanism clamps the shaft to 30 Nm for preventing drift on vertical axes. Its controlled electrical release speeds changeovers while maintaining axis security during e-stop or maintenance.

Why specify a shaft with keyway on MSK071C-0300-FN-M1-UP2-NNNN instead of a plain shaft for certain couplings?

The keyed shafts provide positive torque transmission and repeatable phasing for pulleys, gears or rigid couplings under reversing loads. It reduces fretting and micro-slip versus friction-only interfaces.

MSK071C0300FNM1UP2NNNN

MSK071C 0300 FN M1 UP2 NNNN

MSK-071C-0300-FN-M1-UP2-NNNN

MSK71C-0300-FN-M1-UP2-NNNN

The MSK071C-0300-FN-M1-UP2-NNNN synchronous servomotor comes with a mechanically balance keyway shaft design and possess a 30 Nm electrically released holding brake. It utilizes liquid cooling method and depends on a multiturn optical encoder of 128 periods through a rotatable 240° connector for feedback. It delivers a rated 14 Nm continuous and 44 Nm peak torque to suit industrial systems such as robotics, and metal-forming lines.