Bent Axis Piston Pump 2PBA Pumps have the following advantages ; • Compact Design, • Economical Conception, • High Power Density, • High Overall Efciency, • High Rotating Speeds, • High Output Pressure, • 350 bar Cont. Work. Pressure, • 400 bar Peak Pressure, • From 5cc to 130cc, • Reduced Noise Level, • Increased Reliability, • No Drain Line Necessary, • Smaller Installation Dimensions, • One Piece Pistons with Piston Rings, • Special Inlet Fittings & Accesories, • Simple Change of Direction of Rotation

Other Advantages of 2PBA New frame sizes to meet market requirements. Optional by-pass valve. For use in mobile & industrial and stationary applications areas. The pump drive shaft bearings are designed to give the service life expected in these areas of operation. Interchangeable with other bent axis pumps. 40° bent axis design giving high power, small overall dimensions, optimum efciency and economic design. Flange and shaft designed for direct mounting on truck gearbox PTO's. The xed displacement bent axis pumps generates a hydraulic uid ow. It is designed for use in trucks, commercial vehicles...

Ordering Code of 2PBA Pumps Pump Code Inlet Fittings Special Version Suction Fittings Included Classic Version 2PBA Bent Axis Piston Pump, Fixed Displacement, 350 @ 400 bar. Special Version ; BRONZE EDITION Formulas Pump Output Flow HP = (Q ×P) / 1714 × E Eoverall = HPOut / HPIn X 100 Overall Efciency = Volumetric Eff. × Mechanical Eff. Pump Efciency Overall Efciency = Output HP / Input HP Pump Input Horsepower EOverall = EffVol. × EffMech. Pump Volumetric Efciency Volumetric Efciency = Actual Flow Rate Output (GPM) / Theoretical Flow Rate Output (GPM) × 100 EffVol. = QAct. / QTheo. X 100 Pump...

Theoretical oil ow l/min at pump speed Max. Intermit. Peak Pressure Maximum Pump Speed Weight - Without inlet tting - With inlet tting cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw cw,ccw Mineral Based Hydraulic Oils Inlet & Outlet Overhang Torque - Without inlet tting - With inlet tting

Coupling Flange

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet Flow, Speed, Pressure List of 2PBA 80 l/min. 220 168,00 l/min with 2100 rpm

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet Flow, Speed, Pressure List of 2PBA 108 l/min. 220 200

Dimensions Size; Coupling Flange Max. Continuous Pump Speed Max. Limited Pump Speed Max. Intermit. Peak Pressure Weight without inlet tting Weight with inlet tting Torque without inlet tting Torque with inlet tting Inlet & Outlet Flow, Speed, Pressure List of 2PBA 130 l/min. 240 220

Changing the Direction of Rotation Before of change direction of rotation on the pump, please remove suction tting and screw it onto the other port. Pump shaft must not be rotated during this operation.. Pressure Port !! CHECK THE ROTATION FROM THE POWER TAKE OFF !! THE ROTATION DIRECTION OF THE PUMP Left Default delivered. Right Change rotation. Setting Screw HOW TO CHANGE ROTATION OF THE 2PBA PUMP; Split Flange Remove the inlet tting with split ange, Remove the setting screw, Remove the plug, Seal Plug Put the setting screw where the plug was, Put the plug where the setting screw was, Put seal...

Inlet Fittings, Accessories 45° elbow ttings Ø hose 90° elbow ttings Ø hose Inlet Fittings & Installation Parts - Split Flange - Seal - Screw Hydraulic Adapters - PTO Piston Pump Adapter - PTO Gear Pump Adapter - Long / Short Adapter Couplars - 6 x 8 Couplar - 6 x 8 Couplar ( Long ) - 8 x 8 Couplar - 8 x 8 Couplar ( Long )