MHD115A-058-PG0-AA
MHD Synchronous Motors
Technical Specifications
Holding Brake
Without holding brake
Housing Cooling Type
Natural convection
Encoder Type
Digital servo feedback w/ integrated encoder
Type of Position Detection
Absolute (>4096 revolutions)
Continuous Torque at Standstill
32.0 Nm
Motor Length
A
Centering diameter
180 mm
Flange size
192 mm
Motor Size
115
Shaft Design
Plain shaft
Shaft Seal
Yes
Power Connection Direction
to side A
Power Connection Type
Output Connector
Product Type
Servo Motor
Winding Code
058
Frequently Asked Questions
What impact does natural convection cooling have on the motor’s installation environment?
The cooling method limits placement to areas with adequate airflow and ambient temperature control. The absence of forced ventilation reduces dust intake but may require spacing for heat dissipation.
How does a plain shaft affect mechanical coupling in servo motor applications?
The design allows direct connection to couplings or pulleys with low friction losses. The ensures smooth torque transfer but demands precise alignment during installation.
Why is absolute position detection over multiple revolutions important for servo accuracy?
The provides consistent reference even after power loss or movement interruption. The enhances repeatability and reduces homing time in automated processes.
What considerations are needed when mounting a motor with a 192 mm flange and 180 mm centering diameter?
The requires compatible mounting surfaces and precise machining for concentric alignment. The prevents mechanical stress and ensures balanced load distribution.
How does the digital servo feedback interface improve motion control precision?
The enables real time communication between the drive and the motor encoder. The results in faster correction cycles and smoother dynamic response.
Common Misspellings
MHD115A058PG0AA
MHD115A 058 PG0 AA
mhd115a-058-pg0-aa
Internal Product Review
The Rexroth Indramat MHD115A-058-PG0-AA servo motor operates with natural convection cooling and a plain shaft for smooth torque transmission. It is ideal for printing systems, automated inspection setups and continuous production drives demanding long-cycle accuracy featuring absolute position feedback exceeding 4096 revolutions
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