Description
The REXROTH MHD093C-035-NP1-AA is an industrial AC synchronous motor designed for various automation applications where moderate power and speed control are sufficient, but a compact design is desired. Here’s a breakdown of the information gleaned from the model number and some suggestions for finding more specific details:
Manufacturer: Bosch Rexroth (formerly Rexroth)
Model Line: MHD093C
Key Features (based on model number and available information):
- AC Synchronous Motor: This design offers advantages over brushed AC motors, including:
- Higher efficiency and reliability due to the absence of brushes that wear out.
- Lower maintenance requirements.
- Reduced electromagnetic interference (EMI).
- AC Powered: Likely a three-phase AC motor, operating on the standard industrial voltage (230VAC or 480VAC depending on the region).
- Frame Size: The “MHD093C” suggests a compact frame size within the MHD series compared to MHD093B discussed earlier. This translates to a potentially smaller footprint but likely lower power output and torque.
- Power Output: Exact power rating is difficult to determine without a datasheet, but similar models in the MHD093C series might range from 1 kW to 3 kW (1.5 hp to 4 hp).
- Cooling Method: The “NP1” in the code suggests convection cooling, meaning the motor relies on airflow for heat dissipation. This indicates it’s suitable for applications with moderate heat loads.
- Flange Mounting: The motor likely utilizes a flanged design for easy integration into industrial machinery.
- Encoder (Possible): The “AA” at the end might indicate the presence of a digital servo feedback system with an encoder. However, some resources suggest “AA” might be a generic code and doesn’t guarantee an encoder. Refer to the datasheet for confirmation.
Possible Applications (with focus on compact design):
- Material handling equipment (lighter loads): Powering conveyors, elevators, and other equipment handling loads that don’t require high power.
- Packaging machinery (auxiliary functions): Operating auxiliary functions in packaging lines that benefit from a space-saving design.
- Machine tools (auxiliary functions): Potentially used for functions in machine tools where a smaller motor size is advantageous.
- Textile machinery (lighter applications): Driving weaving and knitting machines in textile production processes where a compact motor is suitable.
- Food and beverage processing (lower-power applications): Powering mixers, grinders, and other equipment in food and beverage production, particularly for
