MHD112D-024-PG0-AN

Name: MHD112D-024-PG0-AN
Brand: Indramat Motors
SKU: MHD112D-024-PG0-AN
Price: 178.00 USD
Availability: InStock

MHD Synchronous Motors

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Email:
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The MHD112D-024-PG0-AN servo motor from Bosch Rexroth Indramat is part of the MHD Synchronous Motors series. It features liquid cooling, a digital servo feedback encoder with absolute position detection over 4096 revolutions, and delivers a continuous torque of 48.0 Nm at standstill. The plain shaft design and 024 winding code ensure reliable power transmission, and power is connected via an output connector to side A. It operates without a holding brake.

Technical Specifications

Holding Brake
Without holding brake

Housing Cooling Type
Liquid cooling

Encoder Type
Digital servo feedback w/ integrated encoder

Type of Position Detection
Absolute (>4096 revolutions)

Continuous Torque at Standstill
48.0 Nm

Motor Length
D

Centering diameter
130 mm

Flange size
192 mm

Motor Size
112

Shaft Design
Plain shaft

Shaft Seal
Yes

Power Connection Direction
to side A

Power Connection Type
Output Connector

Product Type
Servo Motor

Winding Code
024

Frequently Asked Questions

What defines the rated torque and power output?

The rated torque and power define the continuous mechanical performance under nominal conditions. The specification allows predictable energy conversion and efficient matching with servo drives.

How does the voltage constant affect motor dynamics?

The voltage constant indicates the back EMF generated per speed unit in rotation. The parameter assists in selecting compatible amplifiers for accurate speed regulation.

Why is the rated current specification critical?

The rated current determines the electrical demand under continuous load operation. The specification ensures balanced heat generation and compatibility with selected drive controllers.

What is the significance of the torque constant?

The torque constant represents the torque produced per ampere of applied current. The parameter provides predictable torque scaling and simplifies precision tuning in motion systems.

How does the winding inductance influence control behavior?

The winding inductance controls the rate of current rise during switching sequences. The specification directly impacts torque smoothness and responsiveness in servo control applications.

Common Misspellings

MHD112D024PG0AN

MHD112D 024 PG0 AN

mhd112d-024-pg0-an

Internal Product Review

The MHD112D-024-PG0-AN servo motor from Bosch Rexroth features liquid cooling, an integrated digital servo encoder, and absolute position detection exceeding 4096 revolutions. With 48 Nm continuous torque and a 192 mm flange, this precise, plain-shaft motor suits automation in robotics, packaging machines, and CNC systems requiring accurate, continuous motion control.