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CHAR LYNN M10574AA02AB01000000000000000C

Description & Features

Featuring a robust cast iron construction, the CHAR LYNN M10574AA02AB01000000000000000C is designed for demanding industrial applications such as boring, metal forming, and sawmill use. This low-speed Geroler motor from the Char-Lynn 10000 Series offers outstanding energy efficiency, thanks to its highly efficient disc Geroler technology, making it the lowest pressure drop motor in the industry. With a significant torque rating of 2700 newton metres, this motor is ideal for tasks requiring substantial power and reliability.

Capable of handling a flow rate of up to 170 litres per minute, this motor is versatile enough for various port and industrial equipment applications. Available in both standard and wheel or bearingless configurations, it ensures adaptability to different operational needs. The Char-Lynn brand is synonymous with durability and performance, making this motor an excellent choice for your industrial machinery.

SKU: 119-1051

Supplier Part Number (MPN): 119-1051-003

Specifications

Application Other: Boring, Industrial, Metal Forming, Port Equipment, Saw Mill	Class WEB-ITEM	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 Rate1 170 litre per minute	ICC Low-Speed Gerotor/Geroler	Language English	Product Material Cast Iron	Product Width 5.91	Sub Brand Char-Lynn	Supplier Part Number 119-1051-003	Torque Rating 2700 newton metre	Torque Rating 2700 newton metre	Product Weight 0.99 lbs

Product Questions & Answers (1)

Question by: Shane J on Oct 12, 2025, 3:31 PM

Will this motor hold up if I'm runnin' it pretty much all day, every day?

Answer by: Customer Support on Oct 14, 2025, 1:54 PM

Built with a robust cast iron construction, this Char-Lynn motor is well-suited for demanding industrial applications and should provide reliable performance under continuous use.