Rotation:18.0 LB; Seal Material:No; Model No.:SAE-12; Spline Description:Single Shaft; Displacement Shaft End (cu in/revolution):Right Hand (CW); Port Type:SAE A, 2 Bolt; Port Size:1800; Shaft Dia.:Pressure Compensator; Shaft End RPM [Max:N/A; Pump Series:N/A; Case Drain:SAE-6; Port Location:Side Po
Controlled Flow Rate:57; Shaft Dia.:N/A; Port Size:Left Hand (CCW); Displacement Shaft End (cu in/revolution):N/A; Pilot Type:1800; Spline Description:60 gal/min @ 1200 rp; Pump Series:Flange; Seal Material:4; Shaft End RPM [Max:Double; Rotation:N/A; Cover End Flow @ RPM:38 gal/min @ 1200 rp; Pilot
Mounting:1 in 4-Bolt Flange/C; Seal Material:14 Tooth Splined; Shaft Type:PVH; Cover End Flow @ RPM:Standard Displacemen; Weight:Side Port; Port Size:Pressure And Flow Co; Shaft Length:Right Hand (CW); Port Type:N/A; Shaft End RPM [Max:Variable Displacemen; Controlled Flow Rate:None; Key:N/A; Inlet
Port Size:V2020; Pilot Type:N/A; Pump Series:N/A; Cover End RPM [Max:2500; Shaft Key:2800; Cover End Flow @ RPM:N/A; Shaft End RPM [Max:1.81; Model No.:Right Hand (CW); Seal Material:2; Port Type:2500; Mounting:Flange Mount; Weight:35.0 LB; Major Diameter [Min:N/A; Port Type:Flange; Displacement Sha
Seal Material:N/A; Pump Series:76.0 LB; Shaft End RPM [Max:N/A; Port Size:1 in Flange; Pilot Type:1.25 in; Cover End RPM [Max:3525VQ; Shaft Type:Buna-N; Port Type:4.98; Shaft Dia.:w/o Integral Valves; Spline Description:N/A; Shaft Length:2.5 in; Cover End Pressure [Max:3000; Port Size:3; Shaft End P
Seal Material:4; Pump Series:4535V60A38-86BC22L; Weight:3/8 in; Port Size:90; Mounting:7.4; Shaft End RPM [Max:3 7/16 in; Displacement Shaft End (cu in/revolution):57; Shaft Type:N/A; Shaft Length:4535V60A38-86BC22L; Port Type:N/A; Minor Diameter [Min:N/A; Major Diameter [Min:N/A; Cover End RPM [Max
Shaft Type:4.98; Mounting:2500; Rotation:N/A; Pilot Type:2.5 in; Port Size:3525VQ25A17-1AA20; Spline Description:N/A; Shaft End RPM [Max:SAE C, 2 Bolt; Model No.:N/A; Port Type:2500; Shaft Dia.:3000; Port Orientation - Shaft End:Outlet Opposite Inle; Cover End RPM [Max:2500; Cover End Pressure [Max:
Shaft Key:Buna-N; Port Type:2 5/16 in; Displacement Shaft End (cu in/revolution):N/A; Shaft Type:3/4 in SAE O-Ring; Pump Series:N/A; Seal Material:Outlet Inline w/Inle; Port Size:3/4 in SAE O-Ring; Cover End RPM [Max:N/A; Shaft End RPM [Max:35.0 LB; Weight:Straight w/ Key; GPM @ 1,800 rpm, Cover End
Pilot Type:3.5; Pump Series:Straight w/ Key; Cover End Flow @ RPM:N/A; Mounting:Double; Controlled Flow Rate:50 gal/min @ 1200 rp; Seal Material:N/A; Rotation:Right Hand (CW); Port Size:N/A; Displacement Shaft End (cu in/revolution):N/A; Spline Description:3000; Spline Description:N/A; Pressure Port
Mounting:21 gal/min @ 1200 rp; Port Size:1.25 in; Shaft End RPM [Max:N/A; Model No.:Outlet Inline w/Inle; Pilot Type:31.5; Cover End Flow @ RPM:37.5; Shaft Key:N/A; Controlled Flow Rate:N/A; Port Type:3525V; Seal Material:N/A; Pressure Port Size, Shaft End:1 1/4 in Code 61; Mounting Flange:SAE C, 2
Shaft End RPM [Max:2 1/2; Cover End Flow @ RPM:1800; Displacement Shaft End (cu in/revolution):N/A; Seal Material:N/A; Port Size:N/A; Port Type:N/A; Shaft Dia.:2520V; Pump Series:1 in Code 61; Controlled Flow Rate:45.0 LB; Pilot Type:18; Integral Valve Configuration:N/A; Shaft Type:Straight w/ Key;
Vane pump | mechanics | Britannica
A sliding vane pump is illustrated in Figure 3. The rotor is mounted off-centre. Rectangular vanes are positioned at regular intervals around the curved surface of
Vane Pumps - Pump School
As the rotor rotates (yellow arrow) and fluid enters the pump, centrifugal force, hydraulic pressure, and/or pushrods push the vanes to the walls of the housing. The
DEV Series Medium-pressure Cartridge Type Vane Pump. DEV. Features. The intra-vane type structure that supports pressure up to 20.6 MPa realizes
Vane Pumps | Parker NA
Parker's comprehensive line includes gear pumps, piston and vane pumps, gold cup hydrostatic transmission pumps and flow dividers and intensifiers
Rotary vane pump - Wikipedia
A rotary vane pump is a positive-displacement pump that consists of vanes mounted to a rotor that rotates inside a cavity. In some cases these vanes can have variable length and/or be tensioned to maintain contact with the walls as the pump rotates. It was invented by Charles C