| Port Orientation - Cover End | Viton |
| Rotation | 90° CW from Inlet |
| Minor Diameter [Min | 1 |
| Integral Valve Configuration | Straight w/ Key |
| Shaft Length | 10.5 gpm @ 1800 rpm |
| Controlled Flow Rate | w/o Integral Valves |
| Major Diameter [Min | S |
| Shaft Type | 7 gpm @ 1200 rpm |
| Cover End Flow @ RPM | 3/16 in |
| Shaft End Pressure [Max | V10 |
| Shaft Code + Outlet Port Code | 1D |
| GPM @ 1,800 rpm | 10 1/2 |
| Pressure Port | SAE-8 |
| Design No. | 20 |
| Shaft Length | 1 3/4 in |
| Inlet Port Code | S |
| Port Size | SAE-16 |
| Shaft Dia. | 0.75 in |
| Max. RPM [Max | 2800 |
| Pressure [Max | 2000 psi |
| 101-1086-009/101-1086 BMPH250 Vibrating Motor Hydraulic | Cover End Pressure [Max:35VQ; Pump Series:0.0 LB; Cover End RPM [Max:Single; |
| Replacement Shimadzu SGP1 Forklift Parts Hydraulic Pump | Cover End Flow @ RPM:N/A; Minor Diameter:Single; Displacement Shaft End (cu in/revolution):w/o Integral Valves; Shaft End RPM [Max:Buna-N; Mounting:V10; Minor Diameter [Min:0.625 in; Pressure Port Size, Cover End:9 Tooth Splined; Manufacturer Part No.:20; Rotation:Right Hand (CW); Port Type:11D; Dis |
| China Eaton Char-lynn BMT/OMT 400CC Orbit Hydraulic Motor for Concrete Mixer | Controlled Flow Rate:N/A; Shaft Length:N/A; Seal Material:N/A; Displacement Shaft End (cu in/revolution):Standard Pilot; Shaft Seal Type:25.5; Pressure Port Size, Cover End:SAE C, 2 Bolt; Major Diameter [Max:1.25 in; Shaft End Pressure [Max:2500; Shaft Type:2.4375 in; Relief Valve Setting:9.9; Shaft |
| Replacement Poclain Hydraulic Motor Parts MS25 Cam Ring Stator | Pressure Port Size, Cover End:SAE; Port Orientation - Cover End:Flange Mount; Shaft Seal Type:SAE A, 2 Bolt; Major Diameter [Min:13 gpm @ 1200 rpm; Pressure Port Size, Shaft End:Inline w/Inlet; Shaft Dia.:V20; Cover End RPM [Max:18.0 LB; Controlled Flow Rate:SAE-12; Mounting Flange:Flow Control & Re |
| BMP315/OBP315 High Speed Orbit Hydraulic Motor For Drilling Machine | Mounting Flange:Inline w/Mounting Fl; Model No.:3 5/16 in; Spline Description:37 1/2; Major Diameter [Max:SAE C, 2 Bolt; Pump Series:Single Shaft Seal; Seal Material:35VQTBS25A-2203AA20L; Shaft End Flow @ RPM:Left Hand (CCW); Port Orientation - Shaft End:1.375 in; Pressure Port Size, Cover End:25 gp |
| CBTL CBT Series Hydraulic Double Gear Pump | Shaft Length:Right Hand (CW); Shaft End Flow @ RPM:18.0 LB; Weight:1; Major Diameter [Max:62A; Integral Valve Configuration:Flange Mount; Cover End RPM [Max:0.625 in; Port Size:11; Pressure Port Size, Shaft End:1.25; Shaft End RPM [Max:SAE A, 2 Bolt; Shaft Type:S; GPM @ 1,800 rpm:13 1/2; Pump Series |
| BMP250 Motor Drive shaft Hydraulic Orbit Motor | Cover End Pressure [Max:35V35A-11B22R; Cover End RPM [Max:None; Shaft Type:2; Pressure Port Size, Shaft End:Flange; Cover End Flow @ RPM:52.5 gpm @ 1800 rpm; Pump Series:w/o Integral Valves; Port Orientation - Shaft End:N/A; Rotation:35V; Max. RPM [Max:14 Tooth Splined; Minor Diameter [Min:2500 psi; |
| BK10 Static Wet Hydraulic Brake for Elevating Work Platforms | Mounting:Buna-N; Cover End RPM [Max:3/4 in Code 61; Manufacturer Part No.:30 gal/min @ 1200 rp; Shaft Dia.:N/A; Pump Series:75.0 LB; Rotation:3520V30A11-11BB22R; Weight:Flange Mount; Cover End Pressure [Max:2500; Shaft Key:16.5; Shaft Seal Type:14 Tooth Splined; Shaft Dia.:1.375 in; Pressure Port Si |
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
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
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DEV Series Medium-pressure Cartridge Type Vane Pump. DEV. Features. The intra-vane type structure that supports pressure up to 20.6 MPa realizes
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
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
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