R911280610 (MHD093C-035-PP1-BN)

Why is the output connector of the MHD093C-035-PP1-BN positioned on side B?

Positioning the power connector on side B simplifies wiring in tight installations. It enables more flexible cabinet layouts and easier maintenance access.

How does the integrated digital servo feedback improve the accuracy of the MHD093C-035-PP1-BN?

The digital servo feedback continuously communicates rotor position data to the drive. This real-time feedback allows for precise motion control and rapid correction of positional errors.

How does the centring diameter of 130 mm in the MHD093C-035-PP1-BN support precision mounting?

The 130 mm centring diameter ensures accurate alignment with machine assemblies. This minimizes runout and vibration, maintaining the motor’s balance and extending bearing life.

Why is a keyed shaft design used in the MHD093C-035-PP1-BN motor?

The keyed shaft design ensures a positive, non-slip mechanical connection with couplings or gears. It enhances torque transmission reliability, reducing slippage under dynamic load conditions.

What is the benefit of having a holding brake with 22.0 Nm torque in the MHD093C-035-PP1-BN?

The high-torque holding brake securely maintains the motor’s position when powered off. It’s especially useful for vertical or safety-critical applications where load retention is essential.

MHD093C035PP1BN

MHD093C 035 PP1 BN

mhd093c-035-pp1-bn

MHD93C-035-PP1-BN

The Bosch Rexroth Indramat MHD093C-035-PP1-BN servo motor features a size 093 frame and compact C length, with winding code 035 for controlled thermal performance. It includes liquid cooling, a 22.0 Nm holding brake, and digital feedback with absolute position detection over 4096 revolutions. This motor suits robotics, packaging equipment, and automated assembly systems.