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Danfoss / Eaton-M33 Hi-Speed Fixed Motor

Description & Features

Designed for demanding industrial applications, the Danfoss / Eaton-M33 Hi-Speed Fixed Motor is an ideal solution for transit mixers, road rollers, motor graders, and more. With a robust cast iron construction, this motor ensures durability and long-lasting performance in challenging environments. It features a compact design that facilitates easy integration into various machinery.

The motor boasts dynamic machine control capabilities and is Pro-FX ready, enhancing its adaptability across numerous applications such as cranes, sweepers, lift trucks, and tractors. With a high flow rate of 67.3 gallons per minute and a torque rating of 397 newton meters, it offers efficient and powerful operation tailored to the needs of oil & gas, marine, and agricultural sectors.

SKU: 3333-063

Supplier Part Number (MPN): 3333-063

Specifications

Application Transit Mixer, Road Roller, Motor Grader, Dozer, Crane, Sweeper, Lift Truck, Tractor, Windrower, Planter, Oil & Gas, Marine	Brand Danfoss – Hydraulics	Brand Char-Lynn	Pack Size 1.00	UOM EA	Features Compact design\|Dynamic machine control\|Pro-FX ready	Flow Rate1 67.3 gallons per minute	ICC HS HP Fixed Axial-Piston Motors	Language English	Net Pack Quantity Units EA	Product Material Cast Iron	Product Width 6	Special Features None	Sub Brand None	Supplier Part Number 3333-063	Torque Rating 397 newton metre	Torque Rating 397 newton metre	Product Weight 37.60 lbs

Product Questions & Answers (1)

Question by: Todd S on Sep 4, 2025, 4:38 PM

Got a transit mixer that needs a motor swap, does this M33 have enough torque to hold up to that kind of load?

Answer by: Customer Support on Sep 6, 2025, 11:47 AM

For transit mixer work, 397 newton meters of torque puts this motor well within the range of what that application demands. It's one of the listed use cases for this unit, so it's not a stretch to say it was built with that kind of duty in mind. The cast iron construction helps too, since mixer applications tend to be hard on components over time.