The D8NN600KB Hydraulic Gear Pump is a high-performance hydraulic pump specifically designed for use in Ford tractors, including models 5600, 6600, 6700, 7600, and 7700. It serves as a vital component of the tractor's hydraulic system, responsible for supplying pressurized hydraulic fluid to power essential systems such as the steering, lifting, and other hydraulic implements. This tractor hydraulic pump is a gear-type hydraulic pump, known for its durability, reliability, and efficiency in demanding agricultural and industrial applications.
D8NN600KB Hydraulic Gear Pump Specifications
| Applied to: | Ford Tractor 5600, 6600, 6700, 7600, 7700 |
| OEM Ref.No.: | 83908242, 83908244, 83926102, 83936586, 87540837, D3NN600D, D5NN600D, D6NN600D, D6NN600F, D8NN600KA, D8NN600KB |
| Direction of Rotation: |
Right (Clockwise) |
Features of Hydraulic Gear Pump for Ford Tractor
- Dual-Pump Design: The D8NN600KB hydraulic gear pump features a dual-pump configuration, delivering 9 GPM from the front section at 2600 PSI and 1.8 GPM from the rear at 200 PSI, ensuring efficient power distribution for multiple tractor functions like steering and lifting.
- Robust Construction: Built with high-quality materials, this tractor hydraulic pump is designed for durability under demanding agricultural conditions. Its gear mechanism resists wear, ensuring long-term reliability for Ford tractor models 5600, 6600, 6700, 7600, and 7700, even in harsh environments.
- Transmission-Mounted Installation: The hydraulic pump mounts directly to the tractor's transmission, optimizing space and ensuring seamless integration. This design simplifies maintenance and enhances hydraulic fluid delivery, critical for operating implements and maintaining tractor performance across various tasks.
- High-Pressure Performance: Engineered to handle high-pressure hydraulic systems, the tractor hydraulic gear pump maintains consistent fluid flow under heavy loads. This capability supports demanding applications, such as lifting heavy implements or powering hydraulic attachments, without compromising efficiency or performance.
- Maintenance Requirements: To ensure longevity and warranty validity, the hydraulic system must be flushed during installation. This prevents contamination, protects internal components, and maintains optimal performance, reducing the risk of premature wear or system failure in the tractor.
How Does a Tractor Hydraulic Pump Work?
A tractor hydraulic gear pump works by converting mechanical energy from the tractor's engine into hydraulic energy to power various systems. It is a vital component of the hydraulic system, enabling the operation of attachments like loaders, steering mechanisms, and lifting systems. The process involves several key steps:
- Power Transmission: The tractor hydraulic pump is mechanically driven by the tractor's engine, typically through a pulley or gear system. As the engine runs, it transfers rotational energy to the pump, initiating the hydraulic process.
- Fluid Intake: The hydraulic gear pump draws hydraulic fluid (usually oil) from the tractor's reservoir through an inlet port. This is achieved by the rotation of interlocking gears inside the pump housing. As the gears turn, they create a vacuum at the inlet, pulling in the fluid.
- Compression and Pressurization: Inside the hydraulic pump for tractor, the hydraulic fluid is trapped between the gear teeth and the pump housing. As the gears rotate, they compress the fluid and push it toward the outlet port, increasing its pressure.
- Fluid Output: The high-pressure fluid exits through the outlet port and is directed to the hydraulic cylinder or other components via hoses or pipes. This pressurized fluid powers attachments like loaders, lifts, and other implements.
- System Operation: The pressurized fluid enters the actuators or hydraulic cylinders, converting hydraulic energy into mechanical force. This force powers systems like the tractor's steering or the lifting and lowering of implements.
The tractor hydraulic pump operates continuously as long as the engine is running, ensuring a consistent supply of pressurized fluid. Its efficient design and durable construction make it essential for maintaining the functionality and versatility of tractors in agricultural and industrial applications.
