R911288473 (MKD112C-058-KP0-BN)

How do the 192 mm flange and 130 mm centering diameter influence alignment tolerance and dynamic accuracy in gantry or spindle applications?

The pilot (centering) diameter defines concentricity, its accurate fit reduces eccentricity-induced runout that stabilizes servo gains. Its larger flange improves joint stiffness to help reject bending moments from belt or pinion overhang.

Which drives and interfaces typically pair with MKD112C-058-KP0-BN, and what encoder-interface requirements exist?

The MKD motors are used with DDS/DKS/DKC/HDS/HDD drives, its resolver electronics supply position plus motor data memory to simplify commissioning. It supports drives with resolver/absolute transfer and the correct DC-bus for the 058 winding.

How should motion profiles exploit the 38 Nm standstill continuous torque on MKD112C-058-KP0-BN without exceeding thermal or current limits?

The shape S-curve profiles of peak current windows follws drive limits by using velocity feed-forward and jerk constraints. It monitors I²t and its housing temperature models avoid prolonged stall beyond continuous torque.

What does connector orientation code (e.g., “BN”) mean for MKD112C-058-KP0-BN and how does it impact EMC and routing?

The orientation of side B affects cable bend-radius planning, shielding continuity and strain relief in dense cabinets. It maintains short and segregates motor/encoder runs.

How does the resolver with integrated multi-turn absolute measurement (>4096 revolutions) on MKD112C-058-KP0-BN improve loop stiffness and disturbance rejection versus incremental encoders?

It eliminates homing, supplies absolute multi-turn position on power-up and preserves deterministic phasing for current control. Its integrated electronics present high-resolution position to the drive to improve velocity/position loop bandwidth under load transients.

MKD 112C-058-KP0-BN

MKD-112C-058-KP0-BN

MKD112C-O58-KPO-BN

MKD112C058KP0BN

MKD112C 058 KP0 BN

mkd112c-058-kp0-bn

The Bosch’s MKD112C-058-KP0-BN servo motor features a 192 mm flange and 130 mm pilot with a keyed, sealed shaft and standard cooling. Its resolver feedback with integrated multi-turn absolute revolutions of 4096 aids in precise positioning. This motor has a stanstill torque rating of 38 Nm and it comes without a brake. It is widely used in systems such as packaging, printing and handling.