Designed for efficiency and versatility, the Danfoss / Eaton-SWING ORBIT Motor is a standout solution for industrial applications requiring reliable hydraulic performance. Featuring the lowest pressure drop in the industry, this motor ensures optimal energy savings and enhanced efficiency. Its highly-efficient Geroler design is paired with a robust torque rating of 386 newton metres, making it suitable for demanding environments. With a flow rate capacity of 75 litres per minute, it supports high-performance use seamlessly.
This motor is available in both wheel and bearingless configurations, offering flexibility to match specific application needs. Measuring a compact 6.9 in width, it integrates smoothly into various systems, ensuring minimal space usage while maintaining operational efficiency.
SKU: 104-6402-005
Supplier Part Number (MPN): 104-6402-005
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Specifications
Brand
Danfoss Power Solutions II (Char-Lynn)
Brand
Char-Lynn
Pack Size
1.00
UOM
EA
Features
Standard, wheel or bearingless configurations|Lowest pressure drop motor in the industry|Highly-efficient Geroler motor provides energy savings
flow rate on this one is 75 litres per minute -- is that enough for running a wheel motor setup, or would it choke out under load?
Answer by: Customer Support on Jan 11, 2026, 4:03 PM
For a wheel motor application, 75 litres per minute is a solid flow rate and fits right in line with what this motor is built to handle. The wheel configuration is one of the two standard options available on this unit, so you're not working around a limitation there. At 386 newton metres of torque, it's got enough muscle behind it that the flow rate shouldn't be your bottleneck in most wheel drive setups.
Question by: Lee R on Jun 2, 2025, 10:26 AM
Hey, will this Eaton-SWING ORBIT Motor fit as a replacement in my current setup without much fuss?
Answer by: Customer Support on Jun 3, 2025, 3:29 PM
For straightforward integration, this motor's compact 6.9-inch width is designed to fit smoothly into a variety of systems while maintaining good operational efficiency.