The C60.58.001.0 hydraulic gear pump is a specialized component designed for Deutz-Fahr tractors, integral to their hydraulic systems. This tractor hydraulic pump facilitates the operation of various hydraulic implements by generating the necessary fluid pressure to power components like loaders, lifters, and steering systems. It operates on the principle of displacing hydraulic fluid through the rotation of intermeshed gears, creating excess pressure in the system’s pressure chamber.
Typically, it features a robust housing with two independent cavities, each containing a pair of gears rotating on common shafts, ensuring efficient fluid flow. Compatible with multiple Deutz-Fahr models, such as the Agrotron and DX series, this tractor hydraulic gear pump ensures smooth and reliable performance for demanding agricultural tasks.
C60.58.001.0 Hydraulic Gear Pump Specifications
| Applied to: | Deutz-Fahr Tractor |
| OEM Ref.No.: | C60.58.001.0 |
| Nominal Displacement: | 14ml/r |
| Maximum Pressure· | 16bar |
| Rotational Speed: | 2500r/min |
| Fuel Feed Hole: | Φ18 |
| Fuel Discharge Hole: |
Φ14 |
| Direction of Rotation: |
Left (Anti-clockwise) |
Tractor Hydraulic Gear Pump Components
- Housing
The housing is the external casing of the hydraulic gear pump, typically made from high-strength cast iron or aluminum. It encloses the internal components, protects them from external damage, and ensures structural integrity under high pressure. - Gears
The tractor hydraulic pump contains two interlocking gears: a drive gear and an idler gear. These gears are responsible for creating suction and pressure by trapping hydraulic fluid between their teeth and the housing walls. - Shaft
The shaft connects the drive gear to the power source, transmitting mechanical energy from the tractor’s engine to the hydraulic pump. It is precision-engineered to handle high rotational speeds and torque without failure. - Seals and Gaskets
Seals and gaskets are used to prevent hydraulic fluid leakage and maintain system pressure. Made from durable materials like rubber or synthetic polymers, they ensure efficient operation and reduce the risk of contamination. - Bearings
Bearings support the rotating gears and shaft, reducing friction and wear. By ensuring smooth operation, they increase the pump’s service life and allow it to operate effectively under load and continuous use. - Inlet and Outlet Ports
The inlet port allows hydraulic fluid to enter the tractor hydraulic gear pump, while the outlet port directs pressurized fluid to the hydraulic system. These ports are precisely machined to ensure optimal flow and system efficiency.
How Does a Tractor Hydraulic Gear Pump Work?
The working principle of the tractor hydraulic gear pump is to convert the mechanical energy of the tractor engine into hydraulic energy, which is used to drive various hydraulic systems, such as steering, lifting and auxiliary accessories. This pump operates based on the positive displacement principle and generates pressure and flow within the hydraulic system by relying on the movement of interlocking gears.
When the tractor engine meshes with the tractor hydraulic pump through the connected shaft, the driving gear begins to rotate, which in turn drives the idler wheel to rotate. These two interlocking gears create a vacuum at the inlet, drawing hydraulic oil from the oil tank into the pump. As the gears rotate, the hydraulic oil is trapped between the gear teeth and the hydraulic pump housing. Then, the trapped hydraulic oil is delivered to the outer edge of the gear, far from the inlet side.
As the gears continue to rotate, the hydraulic oil is forced to flow towards the outlet, where the meshing of the gears generates high pressure. The pressurized hydraulic oil is then delivered through hoses or pipes to various components of the hydraulic system, such as cylinders or motors, to perform tasks such as lifting loaders, operating accessories or driving other auxiliary systems.
Thanks to precisely designed components such as seals and gaskets, this hydraulic pump for tractor can operate efficiently under high pressure without oil leakage. Its simple yet robust mechanism ensures reliable performance in demanding agricultural operations.
