loading
| Availability: | |
|---|---|
| Quantity: | |
PGF
REXROTH
MDP Hydraulics delivers reliable hydraulic solutions for global industrial and mobile applications. The PGF Series Internal Meshing Hydraulic Gear Pump is designed for low-noise, high-efficiency, and long-term operation under demanding conditions. Ideal for machine tools, lifting systems, and mobile equipment, this pump ensures stable flow and extended service life.
Contact us today to get OEM-compatible solutions and fast global delivery.
Low Noise & Low Pulsation Design
Optimized internal meshing structure significantly reduces noise and flow pulsation, improving system stability and operator comfort in precision machinery.
High Efficiency at Low Viscosity
Sealing gap compensation ensures high volumetric efficiency even when operating with low-viscosity hydraulic fluids, reducing energy loss and operating costs.
Extended Service Life
Sliding bearings combined with optimized internal lubrication minimize wear, enabling long-term continuous operation and reducing maintenance frequency.
Wide Operating Range
Supports a broad range of viscosities and rotational speeds, making it suitable for both industrial hydraulic stations and mobile equipment.
Excellent Suction Performance
Superior self-priming capability ensures reliable oil intake, even under challenging startup or low-pressure conditions.
Modular & System-Compatible Design
Can be easily combined with PGH internal gear pumps, PV7 vane pumps, and axial piston pumps, offering flexible system integration options.
Machine Tools: Stable hydraulic supply for CNC machines, milling, and turning centers
Industrial Hydraulic Power Units: Continuous-duty systems requiring low noise and high efficiency
Mobile Machinery: Lifting platforms, cranes, and construction equipment with high working pressure demands
Fans & Cooling Systems: Smooth and reliable hydraulic drive solutions
Automation Equipment: Precision-controlled hydraulic circuits for manufacturing lines
Yes, the PGF Series by MDP Hydraulics is designed as a form-fit-function replacement compatible with Rexroth PGF internal gear pumps.
Yes, thanks to sealing gap compensation technology, the pump maintains high efficiency even with low-viscosity fluids.
Absolutely. It is designed to withstand high working pressure and fatigue loads common in mobile hydraulic systems.
Yes, valve technology can be integrated into the connecting cover based on application requirements.
| PGF1 Series | PGF1 Series | PGF2 Series | PGF3 Series |
| PGF1-2X/1,7LA01VP1 PGF1-2X/1,7LL01VM PGF1-2X/1,7LN01VM PGF1-2X/1,7LN02VM PGF1-2X/1,7RA01MP1 PGF1-2X/1,7RA01VP1 PGF1-2X/1,7RE01VU2 PGF1-2X/1,7RL01VM PGF1-2X/1,7RN01VM PGF1-2X/2,2LA01VP1 PGF1-2X/2,2LA02VP1 PGF1-2X/2,2LL01VM PGF1-2X/2,2LN01VM PGF1-2X/2,2LN02VM PGF1-2X/2,2RA01VP1 PGF1-2X/2,2RE01VU2 PGF1-2X/2,2RL01VM PGF1-2X/2,2RN01VM PGF1-2X/2,8LA01VP1 PGF1-2X/2,8LE01VU2 PGF1-2X/2,8LL01VM PGF1-2X/2,8LN01VM PGF1-2X/2,8LN02VM PGF1-2X/2,8RA01VP1 PGF1-2X/2,8RE01VP1 PGF1-2X/2,8RE01VU2 PGF1-2X/2,8RL01VM PGF1-2X/2,8RN01VM PGF1-2X/3,2LA01VP1 PGF1-2X/3,2LA02VP1 PGF1-2X/3,2LL01VM PGF1-2X/3,2LN01VM PGF1-2X/3,2LN02VM PGF1-2X/3,2RA01VP1 PGF1-2X/3,2RA02VP1 PGF1-2X/3,2RE01VU2 PGF1-2X/3,2RL01VM PGF1-2X/3,2RN01VM PGF1-2X/4,1LA01VP1 PGF1-2X/4,1LL01VM PGF1-2X/4,1LN01VM PGF1-2X/4,1LN02VM PGF1-2X/4,1RA01VM PGF1-2X/4,1RA01VP1 PGF1-2X/4,1RE01VU2 PGF1-2X/4,1RL01VM PGF1-2X/4,1RN01VM PGF1-2X/5,0LA01VP1 PGF1-2X/5,0LL01VM PGF1-2X/5,0LN01VM | PGF1-2X/5,0RA01VP1 PGF1-2X/5,0RE01VU2 PGF1-2X/5,0RL01VM PGF1-2X/5,0RN01VM PGF2-2X/006LA01VP2 PGF2-2X/006LJ01VU2 PGF2-2X/006LJ20VU2 PGF2-2X/006LL01VM PGF2-2X/006LN01VM PGF2-2X/006LN20VM PGF2-2X/006RA01VP2 PGF2-2X/006RE01VE4 PGF2-2X/006RE20VE4 PGF2-2X/006RJ01VU2 PGF2-2X/006RJ20VU2 PGF2-2X/006RL01VM PGF2-2X/006RL20VM PGF2-2X/006RN01VM PGF2-2X/006RN20VM PGF2-2X/006RO01VP PGF2-2X/006RS20VU2 PGF2-2X/006RT20VU2 PGF2-2X/008LJ01VU2 PGF2-2X/008LJ20VU2 PGF2-2X/008LL01VM PGF2-2X/008LN01VM PGF2-2X/008LN20VM PGF2-2X/008LT12VU2 PGF2-2X/008RA01VP2 PGF2-2X/008RA20VP2 PGF2-2X/008RE01VE4 PGF2-2X/008RE20VE4 PGF2-2X/008RJ01VU2 PGF2-2X/008RJ20VU2 PGF2-2X/008RL01VM PGF2-2X/008RL20VM PGF2-2X/008RN01VM PGF2-2X/008RN20VM PGF2-2X/008RS20VU2 PGF2-2X/008RT20VU2 PGF2-2X/011LA01VP2 PGF2-2X/011LJ01VU2 PGF2-2X/011LJ20VU2 PGF2-2X/011LL01VM PGF2-2X/011LL20VM PGF2-2X/011LN01VM PGF2-2X/011LN20VM PGF2-2X/011RA01VP2 PGF2-2X/011RA20VP2 PGF2-2X/011RE01VE4 | PGF2-2X/011RE20VE4 PGF2-2X/011RE20VU2 PGF2-2X/011RJ01VU2 PGF2-2X/011RJ20VU2 PGF2-2X/011RL01VM PGF2-2X/011RL20VM PGF2-2X/011RN01VM PGF2-2X/011RN20VM PGF2-2X/011RS20VU2 PGF2-2X/011RT20VU2 PGF2-2X/013LJ20VU2 PGF2-2X/013LL01VM PGF2-2X/013LL20VM PGF2-2X/013LN01VM PGF2-2X/013LN20VM PGF2-2X/013RA01VP2 PGF2-2X/013RA20VP2 PGF2-2X/013RE01VE4 PGF2-2X/013RE20VE4 PGF2-2X/013RJ01VU2 PGF2-2X/013RJ20VU2 PGF2-2X/013RL01VM PGF2-2X/013RL20VM PGF2-2X/013RN01VM PGF2-2X/013RN20VM PGF2-2X/013RS20VP PGF2-2X/013RS20VU2 PGF2-2X/013RT20VU2 PGF2-2X/016LA01VP2 PGF2-2X/016LE20VE4 PGF2-2X/016LH20VE4 PGF2-2X/016LJ01VU2 PGF2-2X/016LJ20VU2 PGF2-2X/016LL01VM PGF2-2X/016LL20VM PGF2-2X/016LN01VM PGF2-2X/016LN20VM PGF2-2X/016LO20VP PGF2-2X/016LS20VP PGF2-2X/016LT20VU2 PGF2-2X/016RA01VP2 PGF2-2X/016RA20VP2 PGF2-2X/016RA20VU2 PGF2-2X/016RE01VE4 PGF2-2X/016RE20VE4 PGF2-2X/016RE20VU2 PGF2-2X/016RJ01VU2 PGF2-2X/016RJ20VU2 PGF2-2X/016RL01VM PGF2-2X/016RL20VM | PGF3-3X/025LJ07VU2 PGF3-3X/025LL07VM PGF3-3X/025LL20VM PGF3-3X/025LN07VM PGF3-3X/025LN20VM PGF3-3X/025LO07VK4 PGF3-3X/025LO20VK4 PGF3-3X/025LO20VM PGF3-3X/025RE07VE4 PGF3-3X/025RJ07VU2 PGF3-3X/025RJ20VU2 PGF3-3X/025RL07VM PGF3-3X/025RL20VM PGF3-3X/025RN07VM PGF3-3X/025RN20VM PGF3-3X/025RO07VK4 PGF3-3X/025RO20VK4 PGF3-3X/025RS07VM PGF3-3X/025RS20VM PGF3-3X/025RT07VU2 PGF3-3X/025RT20VU2 PGF3-3X/032LE07VE4 PGF3-3X/032LJ07VU2 PGF3-3X/032LL07VM PGF3-3X/032LL20VM PGF3-3X/032LN07VM PGF3-3X/032LN20VM PGF3-3X/032LO07VK4 PGF3-3X/032LO07VM PGF3-3X/032LO20VK4 PGF3-3X/032LS07VM PGF3-3X/032RE07VE4 PGF3-3X/032RJ07VU2 PGF3-3X/032RL07VM PGF3-3X/032RL20VM PGF3-3X/032RN07VM PGF3-3X/032RO07VK4 PGF3-3X/032RO20VK4 PGF3-3X/032RS07VM PGF3-3X/040LJ07VU2 PGF3-3X/040LL07VM PGF3-3X/040LN07VM PGF3-3X/040LO07VK4 PGF3-3X/040LO07VM PGF3-3X/040RE07VE4 PGF3-3X/040RJ07VU2 PGF3-3X/040RJ20VU2 PGF3-3X/040RL07VM PGF3-3X/040RN07VM PGF3-3X/040RO07VK4 |
1. Conduct a detailed inspection of all components, and ensure that they all meet the corresponding standards.
2. The perpendicularity between the two ends of the gears and the centerline of the shaft, as well as the parallelism of the two ends of the gears, should all be qualified; the gear meshing condition should be good.
3. The shaft diameter should comply with the technical requirements, and the coaxiality between the shaft sleeve or bearing and the shaft diameter should be qualified.
4. The end face clearance of the gears should be adjusted appropriately.
5. When tightening the end face bolts, the force should be symmetrical and uniform; rotate the rotor while tightening. If there is any jamming, loosen the bolts and retighten.
6. When adding the packing gland, it is necessary to rotate the rotor while tightening; do not tighten it too tightly.
