114-1080-006 Eaton Char-Lynn 315cc Hydraulic Motor Square Flange Short Shaft

Specifications

| Type | Orbital Motor, Hydraulic Motor |
| Brand | XLF Hydraulic |
| Model No. | 114-1080-006 |
| Displacement | 315ml/r |
| Flange | Square Flange |
| Shaft | Short Shaft 16-DP12/24 |
| Port Size | 1 1/16-12UN O-ring |
| Drain Line | 9/16-18UNF |
| Highlight | 315cc Orbital Hydraulic Motor, Eaton Charlynn 114-1080-006 Replacement Motor, Square Flange Orbital Hydraulic Motor |
Product Overview
Model 114-1080-006 is a bearingless orbital hydraulic motor belonging to the Eaton Char-Lynn® 6000 Series, with the model code decoded as M06190AA00AA0600000003100AG00F. Adopting the 6000 Series iconic Disc Valve technology and Geroler® roller orbital gear set, this product serves as a direct aftermarket replacement for the original OEM part 114-1080-006.
The 6000 Series features the highest performance orbital hydraulic motors in the brand's product line, capable of delivering over 80 HP of power within a compact footprint. Under harsh working conditions such as forestry, mining and construction, the 6000 Series motors, with their high pressure resistance and outstanding reliability, act as an ideal travel drive solution for high-load equipment including large mobile crushing stations, heavy-duty combine harvesters and skid steer loader attachments. This series is equipped with SAE CC heavy-duty bearings and a 4-bolt square heavy-duty mounting design, enabling it to withstand severe shock loads and vibrations.
This product comes in a bearingless configuration, a variant of the 6000 Series specially designed for use with customer planetary gearboxes or power transmission systems. This configuration omits the conventional output shaft, and instead meshes directly with the gear train of the coaxial hydraulic motor through a special tooth profile or spline sleeve. It is suitable for systems with stringent installation space requirements or those pursuing integrated and lightweight design.
Core Advantages
1. Bearingless Design - An Ideal Choice for Integrated Drive
Model 114-1080-006 is a bearingless configuration version in the 6000 Series:
- No separate output shaft: No conventional output shaft is adopted, and external radial loads are borne by the bearing system inside the user's equipment;
- Direct integration with planetary gearboxes: The motor can be directly mounted to specific hubs or reducer input ends without additional support bearings or couplings;
- Minimum axial length: The bearingless design greatly reduces the overall length of the motor, making it especially suitable for installation environments with extremely limited axial space;
- Easy installation: Pilot diameter 127.0 mm (5.00 inches), 4-bolt mounting with a bolt circle diameter of 162.0 mm (6.38 inches), enabling simple matching with user-side equipment and excellent concentricity.
2. 6000 Series - Highest Performance Geroler Hydraulic Motor
The Eaton Char-Lynn 6000 Series represents the highest-performance geroler hydraulic motors in the brand's product line:
- Output power exceeding 80 HP: Delivers ultra-high power density within a compact footprint;
- Geroler® roller gear set: Adopting a rolling friction design, it features significantly higher mechanical efficiency than traditional gerotor solutions;
- Disc porting technology: Provides automatic wear compensation, maintains high volumetric efficiency over the long term, and minimizes pressure loss;
- Harsh condition adaptability: Capable of withstanding severe operating conditions such as high pressure, low-viscosity oil, and frequent direction changes.












Main Specifications
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Hot Tags: 114-1080-006 eaton char-lynn 315cc hydraulic motor square flange short shaft, China 114-1080-006 eaton char-lynn 315cc hydraulic motor square flange short shaft manufacturers, suppliers
Previous
No InformationYou Might Also Like
Send Inquiry















