Replace Parker PAV PAV10 Series PAV10RKP1D Hydraulic Piston Pump

Replace Parker PAV PAV10 Series Hydraulic Piston Pump

-High strength cast iron shell
-Built in turbocharger ensures high-speed performance -3000 RPM (2600 RPM PAVC100)
-Sealed shaft bearings
-2-stage design for easy maintenance
-Plug in controller - field replaceable
-Replaceable bronze composite port plate
-Air release valve for rapid infusion
-Dynamic pressure cylinder bearing

 

Replace Parker PAV PAV10 Series Hydraulic Piston Pump Parameter Table

 

Replace Parker PAV PAV10 Series Hydraulic Piston Pump characteristic

All controls are achieved through the correct positioning of the inclined plate. This is achieved by a servo piston acting on one end of the inclined plate, overcoming the bias force of the pistons and the combined force of the centering spring at the other end. The control valve core acts as a throttle valve, changing the pressure behind the servo piston. As shown in Figure 1, The flow generated by Parker plunger pumps is related to the stroke of the oil plungers in each pump. This itinerary itself depends on the position of the inclined plate. Achieve maximum flow at 17O angle.
The rotating cylinder driven by the prime mover causes the pistons to move along a circular path, while the piston shoes are supported on the end face of the inclined plate by static pressure. When the inclined plate is in a vertical position perpendicular to the centerline of the cylinder block in Figure 1A of the pump oil action diagram in Figure 1, there is no plunger stroke and therefore no oil displacement. When the inclined plate is positioned at an angle, the plungers are forced into and out of the cylinder block, resulting in oil displacement. The larger the angle of the inclined plate, the greater the stroke of the plunger.
The centerline of the pump oil plunger assembly is offset from the centerline of the inclined plate. Therefore, as shown in Figure 1A, the combined force of the plungers tends to cause the inclined plate to return to the vertical (neutral) position. When the inclined plate is tilted by the force of the servo piston, the return force is balanced.

 

About Us:
Ningbo Lainuo Hydraulic Technology Co., Ltd. is a company specializing in hydraulic products, focusing on the production and research and development of axial piston pumps, hydraulic oil pumps, hydraulic motors, hydraulic valves, and hydraulic accessories. The product line covers a complete range of specifications and supports customer customization.
Our products are compatible with various devices and widely used in various fields such as engineering equipment, agricultural machinery, mining machinery, walking machinery, metallurgical machinery, etc. We adhere to the business philosophy of "quality control with care, integrity management, professional service, and customer first", and are committed to providing customers with professional and comprehensive services.

 

Replace Parker PAV PAV10 Series Hydraulic Piston Pump Pressure Compensation Control

The angle of the inclined plate controls the output flow of the pump. The angle of the inclined plate is controlled by the force generated by the pump oil plunger on the inclined plate and the force of the servo piston. When both are under the same pressure, the force of the servo piston is greater than the force of the pump oil plunger. With the help of the internal oil port, pressure is connected from the output oil port to the servo piston through the throttle hole, and is connected to the control valve core through the flow channel. In addition, pressure acts on the control valve core chamber through the throttle hole. As long as the pressure at both ends of the control valve core remains equal, due to the additional force of the spring. The valve core will remain biased in the upper position.
When the pressure reaches the set value controlled by the compensator, the cone valve core leaves its valve seat, causing the pressure in the valve core chamber to decrease. So the valve core moves downwards, causing the pressure in the servo piston chamber to be released through the oil port. The reduced pressure on the servo piston causes it to move to the right. This motion reduces the angle of the inclined plate and thereby decreases the output flow rate of the pump.
When the pump pressure on the control spool drops below the pressure and spring force in the spool chamber, the control spool moves upward. Maintain balance on both sides of the valve core. If the pump pressure drops below the compensator control set value, the control spool moves upward to bring the pump to maximum displacement.

 

Replace Parker PAV PAV10 Series Model:

PAV6.3RKP1AA

PAV-32RK MA-BA

PAV16RK PD CA

PAV10RKP1AA

PAVC65X3092/12

PAVC65L45A13

PAVC652R4A13

PAVC65R4S13

PAVC652L413

PAVC65BL42A13

PAVC65BL413

PAVC65B8R42C13

PAVC65B8L42A13

PAVC65B8L4213

PAVC65B2R4S13

PAVC65B2R4MP13

PAVC65B2R4ME13

PAVC65B2R4M13

PAVC65B2R4C13

PAVC65B2R4AP13

PAVC65B2R4A13

PAVC65B2R45P13

PAVC65B2R4513

PAVC65B2R42P13

PAVC65B2R42C13

PAVC65B2R42A13

PAVC65B2R413

PAVC65B2L4P13

PAVC65B2L4M13

PAVC65B2L4AP13

PAVC65B2L4A13

PAVC65B2L45A13

PAVC65B2L4513

PAVC65B2L42CP13

PAVC65B2L42AP13

PAVC65B2L42A13