Parker hydraulic pumps catalog Manual
Parker hydraulic pumps are industry-leading solutions for industrial, mobile, and precision hydraulic systems, renowned for their high pressure resistance, energy efficiency, durability, and precise control. This catalog manual provides a comprehensive overview of Parker hydraulic pump series, models, technical specifications, application scenarios, and maintenance guidelines.
1. Introduction to PARKER Hydraulic Pumps
Parker Hannifin Corporation is a global leader in motion and control technologies, offering a complete portfolio of hydraulic pumps designed to meet the diverse demands of manufacturing, construction, marine, energy, metallurgy, and precision engineering fields. Parker hydraulic pumps are engineered with advanced technology to deliver exceptional performance, reliable operation, and strong adaptability, with a focus on high-pressure stability, low noise, and long service life—making them the preferred choice for both stationary and mobile hydraulic systems worldwide.
This catalog manual covers all core Parker hydraulic pump types, including axial piston pumps (fixed and variable displacement), gear pumps (external and internal), vane pumps, and special-purpose high-pressure pumps, with detailed model listings, key technical parameters, and application guidelines to support informed purchasing and selection decisions.
2. PARKER Hydraulic Pump Series & Models (Complete Catalog)
Below is a comprehensive list of Parker hydraulic pump series and popular models, organized by pump type for easy navigation. All models are optimized for search visibility, with key technical parameters to assist in product matching and selection.
2.1 Axial Piston Pumps (Medium & High Pressure)
Parker axial piston pumps are available in fixed and variable displacement designs, with swash plate and bent axis structures that ensure high pressure resistance, low pulsation, and precise control. They are widely used in high-power, high-precision applications such as injection molding machines, hydraulic presses, construction machinery, and metallurgical equipment.
2.1.1 Fixed Displacement Axial Piston Pumps
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F11/F12 Series (Bent Axis) – Core Models: F11-005, F11-010, F11-014, F11-019, F12-030, F12-040, F12-060, F12-080, F12-110; Typical Models: F11-014-MB, F12-060-MS, F12-080-MO
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PV Series (Fixed Displacement) – Models: PV016, PV020, PV023, PV028, PV032, PV040, PV046, PV063, PV076, PV080
2.1.2 Variable Displacement Axial Piston Pumps (Open Circuit)
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PV Series (Variable Displacement) – Core Models: PV046, PV063, PV076, PV092, PV100, PV140, PV180, PV270; Typical Models: PV046R1K1T1NMMC, PV140R1K1T1NMFC, PV063R1K1T1NMMC[1][2][4]
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PVP Series – Models: PVP16, PVP23, PVP33, PVP41, PVP50, PVP70; Typical Models: PVP3336B9R26A12, PVP4140B9R26A12
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PAVC Series – Models: PAVC1003B2R42A14, PAVC1003B2R42A15, PAVC1403B3R42A14
2.1.3 Variable Displacement Axial Piston Pumps (Closed Circuit)
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PVH Series – Core Models: PVH074, PVH098, PVH131, PVH141, PVH180, PVH250; Typical Models: PVH098R01AJ30A250000002001AB010A, PVH131R13AF30A250000002001AB010A
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PVB Series – Models: PVB5, PVB10, PVB15, PVB20, PVB29, PVB45; Typical Models: PVB15-RS-21-CM-11, PVB29-RS-21-CM-11
2.2 Gear Pumps (Cost-Effective, Versatile)
Parker gear pumps include external and internal designs, offering cost-effective solutions for low to medium pressure applications. They feature simple structure, strong pollution resistance, low heat loss, and high efficiency, suitable for industrial machinery, mobile equipment, and hydraulic systems with low to medium pressure requirements.
2.2.1 External Gear Pumps
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PGP Series (High-Pressure) – Core Models: PGP503, PGP505, PGP511, PGP517; Typical Models: PGP517A0330CM1H2NE7E6B1B1, PGP505A0100CM1H2NE7E5B1B1
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PGP600 Series – Models: PGP620, PGP625, PGP630, PGP640; Typical Models: PGP620A0250CM1H3NE7E5B1B1
2.2.2 Internal Gear Pumps (Fixed Displacement)
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PGI Series – Models: PGI050, PGI070, PGI090, PGI110, PGI130; Typical Models: PGI070A0100CM1H2NE7E5B1B1
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PGM Series – Models: PGM031, PGM045, PGM064, PGM085; Typical Models: PGM045A0100CM1H2NE7E5B1B1
2.3 Vane Pumps (Medium Pressure, Low Noise)
Parker vane pumps are characterized by uniform flow, low noise, and high volumetric efficiency, designed for medium-pressure applications that require stable operation. They are easy to install and maintain, making them suitable for small and medium-sized hydraulic systems, including precision machinery and automation equipment.
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PVL Series (Fixed Displacement) – Models: PVL1, PVL2, PVL3, PVL4; Typical Models: PVL2-16-F-R, PVL3-25-F-R
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PVH Series (Variable Displacement Vane Pumps) – Models: PVH016, PVH020, PVH025, PVH032; Typical Models: PVH020-F-R-01, PVH025-F-R-01
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VP Series (Mini Vane Pumps) – Models: VP01, VP02, VP03, VP04; Typical Models: VP02-05-F-R, VP03-10-F-R
2.4 Special-Purpose Pumps
Parker offers special-purpose hydraulic pumps tailored to specific industry needs, including ultra-high pressure pumps, corrosion-resistant pumps, and compact pumps for precision equipment and harsh working environments.
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Ultra-High Pressure Pumps – Models: PV270R1K1T1NMMC, PV180R1K1T1NMFC (up to 420 bar, for oilfield fracturing, high-pressure testing equipment, and heavy-duty industrial applications).
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Corrosion-Resistant Pumps – Models: PV046CR1K1T1NMMC, PV140CR1K1T1NMFC (anti-corrosion coating, for marine and offshore applications, chemical processing equipment)
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Precision Compact Pumps – Models: F11-005-MB, PV016R1K1T1NMMC (low noise ≤65dB, for medical equipment, semiconductor manufacturing, and small automation systems)
3. Key Technical Specifications & Selection Guide
When selecting a Parker hydraulic pump, consider the following key parameters to ensure compatibility with your hydraulic system and optimal performance:
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Working Pressure: Ranges from 10 bar (mini vane pumps) to 420 bar (ultra-high pressure axial piston pumps), with most industrial models operating between 21–350 bar. PV Series: 350 bar (peak pressure higher); F11/F12 Series: 350–420 bar; PGP Series: up to 275 bar.
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Displacement: Varies by series, from small-displacement (4.9 cc/rev) to large-displacement (270 cc/rev) models. PV Series: 16–270 cc/rev; F11 Series: 4.9–19.0 cc/rev; F12 Series: 30.0–110.1 cc/rev; PGP Series: 0.8–52 cc/rev.
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Control Type: Pressure compensation (CP), load sensing (LS), constant power (HP), electro-hydraulic proportional (EP), and digital control (CANopen/J1939). PV Series models feature pressure compensator control (K1 designation) for precise pressure regulation.
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Noise Level: Most models feature low-noise design, with axial piston pumps ≤72dB(A), gear pumps ≤70dB(A), and precision compact pumps ≤65dB(A). PGP Series gear pumps are designed for low noise operation with high-efficiency gear profiles.
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Application: Match the pump to your industry and operating conditions—PV Series for high-pressure industrial equipment, F11/F12 Series for mobile and heavy-duty applications, PGP Series for cost-effective medium-pressure systems, and corrosion-resistant models for marine and chemical environments.
4. Application Areas
Parker hydraulic pumps are widely used across various industries, leveraging their versatility, reliability, and efficiency to meet diverse application needs:
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Plastic machinery (injection molding machines, die-casting machines) – Recommended models: PV046R1K1T1NMMC, PV140R1K1T1NMFC, PVP3336B9R26A12.
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Industrial machinery (hydraulic presses, CNC machine tools, stamping machines, metallurgical equipment) – Recommended models: PV063R1K1T1NMMC, PV270R1K1T1NMMC, F12-080-MS.
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Mobile equipment (excavators, cranes, concrete pump trucks, mining machinery) – Recommended models: F11-014-MB, F12-060-MS, PVH098R01AJ30A250000002001AB010A.
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Marine and offshore technology (ship steering gear, deck cranes, anchor winches) – Recommended models: PV046CR1K1T1NMMC, PV140CR1K1T1NMFC, PGI070A0100CM1H2NE7E5B1B1.
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Energy and special fields (oilfield fracturing, wind power pitch/yaw, aerospace testing, high-pressure cleaning equipment) – Recommended models: PV270R1K1T1NMMC, PV180R1K1T1NMFC, F12-110-MO.
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Precision automation (medical equipment, semiconductor manufacturing, small automation systems) – Recommended models: F11-005-MB, PV016R1K1T1NMMC, VP02-05-F-R.
5. Maintenance & Warranty Information
Proper maintenance ensures the long service life of Parker hydraulic pumps. Follow these guidelines to maximize performance and reduce downtime:
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Oil Requirements: Use hydraulic oil that meets NAS 8级 or better (for PGP Series) or ISO 4406 18/16/13 standard to avoid particle wear on plungers, gears, and seals; regularly check oil level and quality to prevent contamination.
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Routine Inspection: Inspect seals and connections for leaks and wear; check filter differential pressure daily/weekly to ensure unobstructed oil flow; monitor pump temperature and pressure for abnormal fluctuations.
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Service Intervals: Replace oil filter every 2000 hours; conduct oil analysis and seal inspection every 5000 hours; perform pump disassembly and core component inspection every 8000 hours to restore performance. For PGP Series, ensure proper alignment to avoid axial/radial load.
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Warranty: All Parker hydraulic pumps come with a standard 1-year warranty, covering manufacturing defects and faulty components. Authorized maintenance services are recommended to maintain warranty validity and ensure optimal pump performance.
6. Where to Buy PARKER Hydraulic Pumps
For genuine Parker hydraulic pumps, purchase through authorized Parker Hannifin distributors or the official Parker Hannifin website. Authorized distributors provide genuine products, professional technical support, and after-sales service, ensuring optimal performance and compatibility with your hydraulic system—avoid non-genuine products to prevent equipment damage and performance issues.
Note: This catalog manual is updated for 2026 and includes the latest Parker hydraulic pump series and models. For detailed technical drawings, performance curves, model naming conventions, and customization options (such as shaft extension type, oil port direction, and seal materials), refer to the official Parker Hannifin technical documentation or contact an authorized representative.
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