Description
The REXROTH MHD093B-058-NG0-AA is a brushless synchronous motor designed for industrial automation applications requiring a balance of power, efficiency, and reliable operation. Here’s a breakdown of the information we can glean from the model number and some resources to help you find more specific details:
Manufacturer: Bosch Rexroth (formerly Rexroth)
Model Line: MHD093B
Key Features (based on model number and available information):
- Brushless Synchronous Motor: This design offers several advantages, including:
- High efficiency due to the absence of brushes that generate friction losses.
- Low maintenance requirements compared to brushed AC motors.
- Reduced electromagnetic interference (EMI) compared to brushed motors.
- AC Powered: Operates on a three-phase AC power supply, likely 230VAC or 480VAC depending on the region.
- Frame Size: The “MHD093B” indicates a specific frame size within the MHD series, suggesting a larger motor frame compared to MHD041B discussed earlier. This translates to potentially higher power output and torque.
- Power Output: Exact power rating is difficult to determine without a datasheet, but MHD093B models typically range from 4 kW to 11 kW (5 hp to 15 hp).
- Cooling Method: The “NG0” in the code likely indicates a self-ventilated cooling system. The motor utilizes an internal fan to circulate air for heat dissipation. This allows for operation in environments with moderate ambient temperatures.
- Flange Mounting: The motor likely has 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:
The REXROTH MHD093B-058-NG0-AA is suitable for various industrial automation applications requiring a balance of power and efficiency, including:
- Machine tools: Driving spindles and feed axes in CNC machines and machining centers, particularly for applications that don’t require the highest power but still benefit from brushless motor advantages.
- Material handling equipment: Powering conveyors, elevators, and other equipment handling moderate to heavy loads.
- Pumps and fans: Operating high-performance pumps and fans in industrial processes.
- Textile machinery: Driving weaving and knitting machines requiring efficient and reliable operation.
- Food and beverage processing: Powering mixers, grinders, and other equipment in food and beverage production, particularly for applications that don’t require liquid cooling.
Finding More Information:
Here are some resources to learn more about the specific details and functionalities of the REXROTH MHD093B-058-NG0-AA motor:
- Bosch Rexroth Website: Search the Bosch Rexroth website for product catalogs, datasheets, or manuals for the specific model number. You can find their product information section here:
- /en/us/Model Number Breakdown (possible interpretation):
- MHD – Motor series designation (Synchronous)
- 093B – Frame size within MHD series (larger frame)
- 058 – Potentially voltage or winding configuration (specific details require datasheet)
- NG0 – Self-ventilated cooling system
- AA – Possible digital servo feedback with encoder (datasheet confirmation needed)
- Industrial Automation Suppliers: Look for websites of industrial automation suppliers who might carry Bosch Rexroth products. These suppliers might have technical specifications or manuals available for download.
- Contact Bosch Rexroth: If online resources are unsuccessful, try contacting Bosch Rexroth directly through their website or regional offices. Their contact information can likely be found on their website.
Additional Notes:
- The information provided here is based on general characteristics of the REXROTH MHD series and might not be entirely specific to the MHD093B-058-NG0-AA variant. Refer to official Bosch Rexroth documentation for the most accurate details.
- If you have any context about the application where this motor is used, it might help narrow down the functionalities (presence/absence of encoder) and the specific power output.