Eaton Char-Lynn H‑100AA2FXJ Hydraulic Orbit Motor is a premium, new-unit fluid power device engineered for durable torque delivery and reliable performance in heavy-duty mobile and industrial applications. Featuring the precise part number H‑100AA2FXJ, this motor guarantees OEM-grade compatibility and traceability for maintenance and inventory control. Designed with Eaton’s proven internal gerotor/geroller architecture, it delivers smooth, low-pulsation operation suited for drive systems in construction machinery, material handling equipment, forestry tools, and offshore platforms.
Crafted within a rugged, cast-iron housing and reinforced shaft assembly, the H‑100AA2FXJ motor withstands harsh operating conditions, including shock loading, high torque demands, and variable temperature environments. The pressure-balanced design ensures consistent torque output across a wide operating range—up to 200 bar—while minimizing internal leakage and heat generation. High-quality bearings and precision-machined internals contribute to long service life and reduced maintenance requirements, even in rugged, cyclic-duty applications.
This orbit motor model offers flexible installation with multiple mounting options, including SAE flanges and tapered or splined shaft configurations, ensuring seamless integration into existing drive trains. Integrated relief and check valves provide system protection and simplify hydraulic circuit design. The motor’s high volumetric efficiency, paired with low-speed capability and excellent stall-start torque, delivers responsive activation and smooth movement control during load transitions.
Serviceability is enhanced by Eaton Char-Lynn’s modular design; access to internal components like gerotor sets and seals allows for straightforward servicing and rebuilds without full disassembly. With its new status and full OEM revision (2FXJ), this motor ensures top-tier reliability, traceability, and compatibility. The Eaton Char-Lynn H‑100AA2FXJ Hydraulic Orbit Motor is an ideal choice for applications demanding compact, powerful, and efficient hydraulic drive solutions with long-term operational integrity.