MHD093C-035-PG0-RN
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MPN: R911279419
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The MHD093C-035-PG0-RN synchronous servo motor delivers a continuous torque of 17.4 Nm at standstill, a rated speed of 3000 rpm, and features an optical encoder for multiturn absolute feedback. Part of the MHD Synchronous Motors by Bosch Rexroth Indramat, it operates with natural convection cooling and achieves IP65 protection class.
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Product Description:
Being a part of famous MHD Synchronous Motors product series, the MHD093C-035-PG0-RN is engineered by Bosch Rexroth Indramat as a top-performance drive component. This has a rated voltage Europe 400 V matches common 3-phase supply which eases integration into European power networks. IP rating of IP65 blocks dust ingress and repels water to give a product a long service life and enable wash-down procedures. This synchronous servo motor variant achieves constant magnetic alignment which maximizes torque efficiency in closed-loop control.
Allowing a rated power of 5.3 kW, it delivers substantial continuous output, supporting a medium-duty industrial automation. The motor operates at a 3000RPM rated speed and maintains mechanical balance, thus enhances manufacturing cycle time. Motor's length of "C" defines axial dimension which standardizes mounting across similar frame sizes. The current is rated at 13.5 A draws predictable armature flow to guide drive sizing. The continuous torque at standstill 17.4 Nm sustains static holding force that prevents shaft drift during idle periods. The cooling method is maintained at natural convection for heat removal in order to reduce maintenance by avoiding additional blowers. The module's frame size is denoted by 093 that determines stator diameter to adjust compatibility with existing flanges.
This Indramat's MHD093C-035-PG0-RN component has an optical encoder (multiturn, absolute) feedback allows exact shaft position across power cycles and eliminates homing delays. Weighing a 23.5 kg, it minimizes structural workload and robot arms which eases mechanical design. Rotor's moment of inertia 0.0030 kgxm^2 reduces rotational mass which enhances acceleration response. Furthermore, the thermal time constant under natural cooling 75 min defines heat-up rate, thus assists in thermal management during continuous operation. Also, a 6.2 mH winding inductance at 20 degrees C controls current rise time, thereby it smooths torque delivery during dynamic load changes.
Frequently Asked Questions about MHD093C-035-PG0-RN:
Q: How is motor length indicated for MHD093C-035-PG0-RN?
A: The motor length code C prescribes the axial dimension, standardizing mounting depth across the same frame series for simplified integration.
Q: What current draw does MHD093C-035-PG0-RN sustain at rated load?
A: The 13.5 A rated current designates the armature current needed to produce rated torque continuously, aiding in sizing drive electronics.
Q: How is static holding force defined for MHD093C-035-PG0-RN?
A: Continuous torque at standstill of 17.4 Nm provides the holding torque capacity without rotation, preventing unintended shaft movement under load.
Q: What cooling method does MHD093C-035-PG0-RN motor use?
A: The natural convection mechanism relies on ambient airflow over the housing to dissipate heat, eliminating auxiliary fan requirements and reducing maintenance.
Q: Which frame size classification does MHD093C-035-PG0-RN follow?
A: Frame size 093 specifies the stator's outer diameter and mounting interface that matches industry-standard flange dimensions for interchangeability.
