The HP P4 series axial piston pumps have been designed to work in a closed circuit both for application at medium pressure.
| Stock No. | Displacement | Maximum Pressure Bar | Max. Speed RPM |
Mounting Flange |
|||
| cu.in./rev | cc/rev | P1 | P2 | P3 | |||
| HPP434*B*G*G** | 2.08 | 34 | 4350 | 5075 | 5800 | 3800 | SAE B |
| HPP446*B*G*G** | 2.81 | 46 | 4350 | 5075 | 5800 | 3800 | SAE B |
| HPP450*B*G*G** | 3.05 | 50 | 4350 | 5075 | 5800 | 3800 | SAE B |
| HPP458*B*G*G** | 3.54 | 58 | 3625 | 4640 | 5800 | 3600 | SAE B |
| HPP465*B*G*G** | 3.97 | 65 | 3625 | 4640 | 5800 | 3600 | SAE B |
| HPP4 – Technical Data Sheet |
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| HPP4 – Price List |
The HPVR series of inline axial piston variable displacement pumps, are available in five displacements and three compact frame sizes.
Axial piston pumps series SM A0 have been designed to operate in an open circuit.
The HPA3 series axial piston pumps have been designed to work in an open circuit.
HP Hydraulic multiple pumps have been designed for the best performance also in the narrowest spaces.
