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MHD093B-035-NP0-AA Bosch Rexroth Indramat

MPN: R911287227

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The Bosch Rexroth Indramat MHD093B-035-NP0-AA is a servo motor from the MHD Synchronous Motors series with a flange size of 140/150 mm and a centering diameter of 130 mm. It features digital servo feedback (HSF) for relative position detection and provides a continuous torque at standstill of 17.5 Nm. The motor uses natural convection cooling and comes with a keyed shaft and shaft seal.

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Product Description:

The MHD093B-035-NP0-AA is a synchronous servo motor manufactured by Bosch Rexroth Indramat as part of the MHD Synchronous Motors series. It converts electrical energy from a drive into controlled rotary motion for positioning axes, conveyor segments, or pick-and-place heads in automated lines. Its series mounting envelope supports modular equipment layouts while still delivering the closed-loop torque and speed control required in industrial motion systems. That operating profile suits machines that need repeatable motion during frequent starts, stops, and short index moves.

Mechanically, the motor uses a centering diameter of 130 mm, allowing a precise pilot fit to gearboxes or mounting plates without additional shims. The flange pattern spans 140 / 150 mm, which provides two bolt-circle options for compatibility with standardized automation adapters. At standstill, the electromagnetic design delivers 17.5 Nm of continuous torque, helping the axis maintain stable low-speed motion. Heat leaves the stator through natural convection, so the motor operates without forced air or liquid-cooling hardware. That cooling approach also keeps the motor package simple in installations where external airflow is limited.

Electrical interfaces are routed through an output connector positioned on side A, so power and feedback cables can leave the housing in the same general direction. Rotor position is acquired by digital servo feedback (HSF), which supplies high-resolution incremental data for velocity control while the system establishes position through reference moves. This arrangement uses relative detection rather than an absolute encoder format. Mechanical power is transferred through a keyed shaft, which provides positive torque transmission into couplings and other driven elements. The B length code and 093 frame size keep inertia moderate, supporting responsive acceleration when the motor is paired with a compatible drive amplifier.

Centering diameter
130 mm
Continuous Torque at Standstill
17.5 Nm
Encoder Type
Digital servo feedback (HSF)
Flange size
140 / 150 mm
Housing Cooling Type
Natural convection
Motor Length
B
Motor Size
093
Power Connection Direction
to side A
Power Connection Type
Output Connector
Product Type
Servo Motor
Shaft Design
Keyed Shaft
Shaft Seal
Yes
Type of Position Detection
Relative
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Frequently Asked Questions about MHD093B-035-NP0-AA:

Q: What is the continuous torque at standstill for the MHD093B-035-NP0-AA motor?

A: This model provides a continuous torque at standstill of 17.5 Nm for sustained performance.

Q: What shaft configuration is provided on the MHD093B-035-NP0-AA servo motor?

A: The MHD093B-035-NP0-AA features a keyed shaft design with a shaft seal to prevent dust ingress.

Q: What type of encoder is used in the MHD093B-035-NP0-AA model?

A: Digital servo feedback (HSF) is utilized as the encoder type on this motor.

Q: How is the MHD093B-035-NP0-AA motor cooled during operation?

A: This servo motor is cooled by natural convection, operating without external cooling devices.

Q: Where is the power connection positioned on the MHD093B-035-NP0-AA?

A: The power connection for this model is an output connector located on side A of the motor.


Internal Product Review

  • ‘‘The MHD093B-035-NP0-AA is a Bosch Rexroth Indramat servo motor with natural convection cooling and a keyed shaft. Digital servo feedback (HSF) and relative position detection support accurate motion control and dependable integration in servo systems. A continuous standstill torque of 17.5 Nm makes the motor a strong choice for demanding motion applications.’’

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