Engineered for high performance at low speeds, the Dowmax ME Series Axial Piston Motor by Danfoss/Eaton is ideal for industrial applications requiring robust starting torque and optimal power output. This axial-style motor boasts a torque rating of 1530 newton meters, ensuring high efficiency and reliability in demanding environments. Designed with precision, it delivers exceptional performance that caters to low-speed demands without compromising on efficiency.
With Char-Lynn branding and Eaton's expertise, this motor integrates seamlessly into various industrial settings, offering durability and consistent operation. The ME350BCS2504 model exemplifies quality and performance, making it a trusted choice for professionals who require dependable hydraulic solutions. Its versatile design and engineering excellence make it suitable for a wide range of industrial applications.
SKU: 134ME10028C
Supplier Part Number (MPN): 134ME10028C
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Specifications
Alternate Part Numbers
Alternate Part NumberMINO-00900X20409
Brand
Danfoss Power Solutions II (Char-Lynn)
Brand
Char-Lynn
Pack Size
1.00
UOM
EA
Features
Optimal power output|High Performance at low speeds|High starting torque and high overall efficiency
ICC
Industrial - Low-Speed Piston Motors
Language
English
Product Width
10.03
Special Features
None
Style
Axial
Sub Brand
Dowmax
Supplier Part Number
134ME10028C
Torque Rating
1530 newton metre
Torque Rating
1530 newton metre
Type
Axial
Product Weight
132.28 lbs
Product Questions & Answers (1)
Question by: Scott G on May 23, 2025, 8:22 PM
torque rating on this one says 1530 newton meters, is that the peak or is that what it'll hold steady at continuous operation?
Answer by: Customer Support on May 25, 2025, 1:37 PM
1530 newton meters is the rated torque for this motor as listed for the ME350BCS2504. The product data doesn't break that figure into a separate peak versus continuous distinction, so that value represents the torque rating for this unit as specified. If your application is pushing right up against that number consistently, factor in your system's load profile before committing.