R911309647 (MHD095C-035-PP1-BN)

What is the precise relationship between torque constant and current in the Bosch Rexroth Indramat MHD095C-035-PP1-BN motor?

The torque constant of 1.15 Nm/A defines torque generation per ampere, meaning applied current directly scales mechanical torque output within thermal and magnetic saturation limits.

How does the winding resistance of 0.67 ohms affect the thermal rise in the Bosch Rexroth Indramat MHD095C-035-PP1-BN motor?

Higher resistance dissipates electrical energy as heat, influencing copper losses, which requires sufficient cooling strategy to prevent degradation and maintain continuous duty operation efficiency.

Where is the peak current of 90.5 A utilized within the Bosch Rexroth Indramat MHD095C-035-PP1-BN motor operational envelope?

The peak current capability supports acceleration bursts and transient torque demands, ensuring rapid response during dynamic load changes without damaging the winding insulation system.

How does shaft sealing contribute to long-term reliability of the Bosch Rexroth Indramat MHD095C-035-PP1-BN motor?

The integrated shaft seal prevents dust and lubricant ingress, ensuring bearing longevity and protecting internal rotor-stator clearance critical for consistent operation cycles.

What is the effect of 4.5 mH winding inductivity in the Bosch Rexroth Indramat MHD095C-035-PP1-BN motor control response?

The inductance impacts current rise times, enabling smoother current regulation, while too high inductivity may limit rapid torque commands in high-dynamic applications.

MHD095C035PP1BN

MHD095C 035 PP1 BN

mhd095c-035-pp1-bn

MHD95C-035-PP1-BN

The Bosch Rexroth Indramat MHD series motor, part code MHD095C-035-PP1-BN is a servo motor known for its reliable engineering. It features a torque constant of 1.15 Nm/A, peak current of 90.5 A and winding resistance of 0.67 ohms. This servo motor is applied in pumps and PLC machinery where controlled torque and smooth speed regulation are critical.