Yuken PV2R1-25-F-RAA-4222 Pump

These pumps are of high pressure and high performance, which have been developed especially for low noise operation. To comply with a variety of applications including injection moulding machines, PV2R series single pumps provide the output flow of such a wide range as from 5.8 to 237 cm3/rev (.354 to 14.46 cu.in./rev). The intergral driving parts of the pumps are combined into a kit form and available for supply as a cartridge kit. Therefore, the replacement of the driving parts can be done easily. Specifications: Model Numbers PV2R1-25-F-RAA-4222 Geometric Displacement cm3/rev (cu.in./rev) 25.3 ( 1.544 ) Max. Operating Pressure     MPa … Read more

Yuken PV2R1-12-F-RAA-4222  Pump

These pumps are of high pressure and high performance, which have been developed especially for low noise operation. To comply with a variety of applications including injection moulding machines, PV2R series single pumps provide the output flow of such a wide range as from 5.8 to 237 cm3/rev (.354 to 14.46 cu.in./rev). The intergral driving parts of the pumps are combined into a kit form and available for supply as a cartridge kit. Therefore, the replacement of the driving parts can be done easily. Specifications: Model Numbers PV2R1-12-F-RAA-4222 Geometric Displacement cm3/rev (cu.in./rev) 12.2 (  .744 ) Max. Operating Pressure     MPa … Read more

Yuken PV2R1-6-F-RAA-4222 Pump

These pumps are of high pressure and high performance, which have been developed especially for low noise operation. To comply with a variety of applications including injection moulding machines, PV2R series single pumps provide the output flow of such a wide range as from 5.8 to 237 cm3/rev (.354 to 14.46 cu.in./rev). The intergral driving parts of the pumps are combined into a kit form and available for supply as a cartridge kit. Therefore, the replacement of the driving parts can be done easily. Specifications: Model Numbers PV2R1-6-F-RAA-4222 Geometric Displacement cm3/rev (cu.in./rev) 5.8 (  .354 ) Max. Operating Pressure     MPa … Read more