MHD041A-144-PP0-UN
MHD Synchronous Motors
The Bosch Rexroth Indramat MHD041A-144-PP0-UN model from the MHD Synchronous Motors series is a high-precision permanent magnet servo motor optimized for demanding industrial applications. Its robust construction integrates a Multiturn Motor Encoder and a Winding Code 144 to deliver consistent performance and reliable position feedback. This servo motor is designed for continuous operation in factory automation, packaging, printing, and paper-processing machinery, enabling rapid response times and precise motion control. Compact dimensions and a keyed driven shaft simplify mechanical integration while ensuring high torsional stiffness. Advanced materials and meticulous assembly processes contribute to the motor’s long service life and predictable maintenance cycles.
The technical specifications of the MHD041A-144-PP0-UN provide a comprehensive picture of its capabilities. It produces a Continuous Torque at Standstill of 1.3 Nm and features Pole Pairs 3 enabling smooth torque ripple across varying speeds. The motor incorporates Liquid cooling to maintain thermal stability under high load, and its International protection class IP65 rating ensures immunity from dust and water ingress. An integrated Digital servo feedback Encoder Type supports Type of Position Detection Absolute (>4096 revolutions) for accurate multiturn positioning. The flange measures 82 mm, with a Centering diameter of 50 mm and a Shaft Seal Yes arrangement for enhanced durability. Electrical connectivity is achieved via Power and feedback connectors, and the motor windings exhibit Winding inductivity 13.5 mH for optimized current control. Other critical parameters include a Characteristic motor speed of 7000 rpm, a Maximum installation elevation of 1000 m above MSL, and a Weight of 2.9 Kg.
Operationally, the MHD041A-144-PP0-UN delivers stable performance across a wide speed range, maintaining torque consistency up to its rated characteristic speed. The combination of liquid cooling and high inductance windings minimizes thermal drift during continuous duty cycles, while the IP65 housing allows installation in harsh factory environments. Absence of a brake (Holding Brake Without holding brake) reduces mechanical complexity and supports high-frequency start/stop operations without drag torque. The keyed shaft ensures secure coupling to gearboxes or driven machinery, and the motor’s compact length designation Motor Length A facilitates integration into space-constrained assemblies. Optimized electromagnetic design and pole pair configuration yield low vibration levels and accurate sinusoidal commutation.
For system integration, the MHD041A-144-PP0-UN interfaces seamlessly with Rexroth Indramat servo drives and controllers via standardized connectors, supporting real-time feedback loops and advanced motion algorithms. Its absolute multiturn encoder eliminates homing routines after power cycles, reducing downtime in automated production lines. The motor’s compatibility with liquid cooling circuits and robust IP65 enclosure make it ideal for applications in food processing, material handling, and CNC machinery where hygiene and washdown requirements apply. Overall, the MHD041A-144-PP0-UN is engineered to meet the exacting demands of modern factory automation and precision drive systems.
Technical Specifications
Centering diameter
50 mm
Continuous Torque at Standstill
1.3 Nm
Encoder Type
Digital servo feedback w/ integrated encoder
Flange size
82 mm
Holding Brake
Without holding brake
Housing Cooling Type
Liquid cooling
Motor Length
A
Motor Size
041
Power Connection Direction
turnable within a range of 270°
Power Connection Type
Power and feedback connectors
Product Type
Servo Motor
Shaft Design
Keyed Shaft
Shaft Seal
Yes
Type of Position Detection
Absolute (>4096 revolutions)
Winding Code
144
Frequently Asked Questions
How does liquid cooling in the MHD041A-144-PP0-UN affect performance stability?
Liquid cooling removes heat more efficiently than natural convection, keeping winding temperatures consistent. This ensures torque delivery stays stable during extended duty cycles.
What role does the multiturn absolute encoder play in reducing downtime?
It eliminates the need for homing after power cycles by retaining position data. This shortens restart times in automated production lines.
Why is a torque ripple reduction important in synchronous servo motors?
Lower torque ripple minimizes vibration and improves motion smoothness. This directly enhances precision in printing, CNC, or packaging tasks.
How does the IP65 housing impact long-term reliability?
The sealed housing prevents dust ingress and withstands washdowns. This allows reliable operation in harsh environments such as food or paper processing plants.
What integration benefits does the keyed shaft of the MHD041A-144-PP0-UN provide?
It ensures secure coupling with gearboxes or driven equipment. This reduces slippage risk and helps maintain accurate torque transfer.
Common Misspellings
MHD 041A 144 PP0 UN
MHD 041A-144-PP0-UN
MHD-041A-144-PP0-UN
MHD041A144PP0UN
MHD04IA-I44-PP0-UN
MHDO41A-144-PPO-UN
MHD041A 144 PP0 UN
mhd041a-144-pp0-un
MHD41A-144-PP0-UN
Internal Product Review
The Bosch Rexroth Indramat MHD041A-144-PP0-UN is a permanent-magnet servo motor built for industrial precision motion. It delivers 1.3 Nm standstill torque, uses liquid cooling, and incorporates a multiturn absolute encoder. Its enclosure is IP65-rated, sealed and grease-lubricated internally to resist dust and water ingress over long duty life.
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