MHD093A-024-NG1-BN

MHD093A-024-NG1-BN, Bosch Rexroth Indramat, MHD Synchronous Motors The MHD093A-024-NG1-BN Magnet Motor is engineered for precision servo and main-drive applications, featuring a robust black-coated housing that meets IP65 protection standards. This unit incorporates a Digital servo feedback (HSF) encoder for high-resolution position detection and utilizes a Plain shaft design with an integrated shaft sealing ring to prevent ingress. A With holding brake system ensures axis retention during de-energized periods, while the compact Motor Size: 093 form factor simplifies integration into existing machine architecture. Rated for operation up to +40 °C ambient at 90% RH, it supports multiple mounting positions including IMB5, IMV1, and IMV3.

Designed for flexible cooling strategies, the motor offers both Liquid cooling and natural convection options to maintain optimal temperatures. In liquid-cooled mode it delivers Continuous Torque at Standstill: 12.0 Nm and a continuous power output of 5.5 kW at a rated current of 9.4 A, while the natural-cooled variant provides 2.8 kW at 100K and 2.1 kW at 60K with currents ranging from 3.7 to 5.3 A. The unit’s Holding Brake Torque: 22.0 Nm fully secures the rotor when idle. Precision alignment is guaranteed by a Centering diameter: 130 mm and selectable Flange size: 140 / 150 mm, while the top-mounted Power Connection Direction: to side B output connector eases wiring. The Winding Code: 024 winding delivers consistent performance across the specified frequency range.

Integration into multi-axis systems is streamlined by the motor’s digital feedback interface and standard flange dimensions, facilitating plug-and-play compatibility with Bosch Rexroth drives and controllers. Its IP65 rating and sealed shaft design enhance reliability in harsh or high-humidity environments, reducing downtime and maintenance. Ideal for high-precision servo loops and dynamic main-drive tasks, the MHD093A-024-NG1-BN delivers consistent torque and repeatable performance in packaging, robotics, and textile machinery installations.