MHD071B-035-NG0-UN
MHD Synchronous Motors
Technical Specifications
Holding Brake
Without holding brake
Housing Cooling Type
Liquid cooling
Encoder Type
Digital servo feedback (HSF)
Type of Position Detection
Relative
Continuous Torque at Standstill
8.0 Nm
Motor Length
B
Centering diameter
95 mm
Flange size
115 mm
Motor Size
071
Shaft Design
Plain shaft
Shaft Seal
Yes
Power Connection Direction
turnable within a range of 270°
Power Connection Type
Power and feedback connectors
Product Type
Servo Motor
Winding Code
035
Frequently Asked Questions
What type of feedback system does the MHD071B‑035‑NG0‑UN use for position control?
It uses a digital HSF encoder with relative position detection, suitable for closed-loop motion control. This ensures reliable tracking in applications where homing can be performed at startup.
What kind of shaft coupling is ideal for this plain shaft design?
A keyless, friction-fit or clamping-style coupling is generally preferred for plain shafts. It reduces backlash and simplifies maintenance in precision-driven applications.
Can this motor be mounted in any orientation given the cooling method?
Yes, but mounting should ensure coolant flow paths remain unrestricted. Vertical mounting may require special plumbing to prevent air locking in the cooling jacket.
Does the turnable power connector offer any installation advantages?
Yes, the 270° rotatable connector allows flexible cable routing in space-constrained setups. This reduces strain on cables and simplifies integration into enclosures.
Is the motor suitable for precision applications despite relative position detection?
Yes, if paired with systems that allow homing or use external encoders for absolute reference. It remains effective in repeatable cycle operations like pick-and-place.
Common Misspellings
MHD 071B 035 NG0 UN
MHD 071B-035-NG0-UN
MHD-071B-035-NG0-UN
MHD071B035NG0UN
MHD07IB-035-NG0-UN
MHDO71B-O35-NGO-UN
MHD071B 035 NG0 UN
mhd071b-035-ng0-un
MHD71B-035-NG0-UN
Internal Product Review
The MHD071B‑035‑NG0‑UN motor by Bosch Rexroth Indramat uses a liquid‑cooling housing, digital HSF encoder, and relative position detection. It has a plain, sealed shaft with a 95 mm centering diameter and 115 mm flange. In automation, robotics, printing, CNC machining and packaging systems it enables compact, precise motion control.
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