For Parker P3105 axial piston hydraulic pump
- Product Details
- Product Model
- FAQ
The P3105 is a high-performance axial piston hydraulic pump renowned for its reliability and efficiency in demanding mobile and industrial applications. Its core design features a rotating cylinder block containing multiple pistons arranged parallel to the drive shaft axis. These pistons reciprocate within their bores as a swashplate (fixed or variable angle) converts the shaft's rotary motion into a powerful, pulsation-damped hydraulic flow.
Key characteristics typically include a robust construction for sustained high-pressure operation, excellent volumetric efficiency, and smooth, quiet performance. Many models offer variable displacement capability, allowing for precise, on-demand control of flow and pressure, which optimizes system performance and energy consumption. Its compact axial design makes it ideal for installations with space constraints.
Commonly used in construction machinery, agricultural equipment, and material handling systems, the P3105 pump is engineered for durability, long service life, and consistent power delivery in closed-loop hydrostatic transmissions and other critical hydraulic circuits. Specific technical specifications such as displacement, maximum pressure, and speed ratings are defined by the manufacturer's datasheet for the exact model variant.
Specifications
| P2 Series | P3 Series | ||||||
| Framesize | P2060 | P2075 | P2105 | P2145 | P3105 | P3145 | |
| Max. displacement | [cm³/rev] | 60 | 75 | 105 | 145 | 105 | 145 |
| Self-priming speed at 1 bar absolute inlet pressure | [rpm] | 2800 | 2500 | 2300 | 2200 | 2600 | 2500 |
| Max. continuous pressure | [bar] | 320 | 320 | 320 | 320 | 320 | 320 |
| Peak pressure | [bar] | 370 | 370 | 370 | 370 | 370 | 370 |
| Min. inlet pressure absolute at max. speed | [in Hg vacuum] | 0.8 | 0.8 | 0.8 | 0.8 | 0.8 | 0.8 |
| Max. inlet pressure | [bar] | 10 | 10 | 10 | 10 | 15 | 15 |
| Max. case drain pressure | [bar] | 0.5 | 0.5 | 0.5 | 0.5 | 1 | 1 |
| Noise level at full flow at 1800 rpm and 250 bar | [dBA] | 74 | 74 | 76 | 80 | 62 | 80 |
| Weight with load sense control | [kg] | 37 | 46 | 63 | 78 | 62 | 76 |
| Mass moment of inertia (at axis of shaft) | [kg·m²] | 0.0061 | 0.0101 | 0.0168 | 0.0241 | 0.0177 | 0.0264 |
Selection Table

| P3105 axial piston hydraulic pump |
| Model Code |
| P3105C000001P3105C000002 |
| P3105C000002 |
| P3105C000003 |
| P3105C000003-P |
| P3105C000004 |
| P3105C000004-E |
| P3105C000005 |
| P3105C000005-E |
| P3105C000006 |
| P3105C000006-E |
| P3105C000007 |
| P3105C000007-E |
| P3105C000008 |
| P3105C000009 |
| P3105C000010 |
| P3105C000010-E |
| P3105L00B1B14LA20N00S1G1U |
| P3105L00C1C14PA0 |
| P3105L00C1C18TA2 |
| P3105L00C1C18TA20N45B1B1P |
| P3105L00C1C18TA20N45B1B1P-11 |
| P3105L00C1C18TA20N45B1B3P |
| P3105L00C1C20LA20V00B1B1E |
| P3105L00C1C20LA20V00B1B1E-12 |
| P3105L00C1C21LA2 |
| P3105L00C1C21LB2 |
| P3105L00C1C21PA0 |
| P3105L00C1C23LA20N00S1B1E |
| P3105L00C1C23LA20N00S1B1E-12 |
| P3105L00C1C25LA2 |
| P3105L00C1C25LA20D00S1B1U |
| P3105L00C1C28LA35V00S1B1D |
| P3105L00C1C28LA35V00S1B1D-12 |
| P3105L00C1C28TA2 |
| P3105L00C1C28TA25N50C3B1P |
| P3105L00C1C28TA25N50C3B1P-11 |
| P3105L00C1C28TA25N50C3B2P |
| P3105L00C1C30LA2 |
| P3105L00C1C30LA20N00S1B1E |
| P3105L00C1C31LB20N00S1A1E |
| P3105L00C1C32LA2 |
| P3105L00C1C32TC2 |
| P3105L00C1C32TC20V90A1B1D |
| P3105L00C1C32TC20V90A1B1D-12 |
| P3105L00C2C21PA00N00C1A1D |
| P3105L00C2C21PA00N00C1A1D-12 |
| P3105L00C3C25LB2 |
| P3105L00C3C32LA20D00B2B1D |
| P3105L00C3C32LA20N00B1B2E |
| P3105L00C3C32TC20D80B2B1D |
| P3105L00C5C32RA2 |
| P3105L00C6C20LA2 |
| P3105L00D1C20LA20V00B1B1E |
| P3105L00D1C20LA20V00B1B1E-12 |
| P3105L74C1C32PA0 |
| P3105L81C1C32PA0 |
| P3105L81C1C32RA1 |
| P3105R00B2B14LB20N00B2A1P |
| P3105R00B2B18LA20N00S1G1P |
| P3105R00B2B21LA20D00S1G1P |
| P3105R00B2B21LB10N00S1A1P |
| P3105R00B2B21RA20N00A1A1U |
| P3105R00B2B23LB20N00S1A1P |
| P3105R00B2B25LA20N00T1A1P |
| P3105R00C1C10LA2 |
| P3105R00C1C18TA20N43T1B4E |
| P3105R00C1C18TA20V43T1B4E |
| P3105R00C1C20LA1 |
| P3105R00C1C20LA10N00A1B1D |
| P3105R00C1C20LA20V00B1B1E |
| P3105R00C1C21LA2 |
| P3105R00C1C21LA20N00B1A4U |
| P3105R00C1C21LA20N00S1B1E |
| P3105R00C1C21LA21N00B1A1P |
| P3105R00C1C21LB2 |
| P3105R00C1C24LA20N00A1B1P |
| P3105R00C1C24TB2 |
| P3105R00C1C24TC2 |
| P3105R00C1C25LA2 |
| P3105R00C1C25LB2 |
| P3105R00C1C25PA0 |
| P3105R00C1C25TA2 |
| P3105R00C1C25TC20N90S1B1U |
| P3105R00C1C25TC20N90S1B1U-11 |
| P3105R00C1C26LA2 |
| P3105R00C1C26LB2 |
| P3105R00C1C27LA20N00A1B2E |
| P3105R00C1C27LA35N00A1B2E |
| P3105R00C1C28LA2 |
| P3105R00C1C28LA25N00S1A1D |
| P3105R00C1C28LA25N00S1A1D-12 |
| P3105R00C1C28LA25N00S1A1U |
| P3105R00C1C28LB2 |
| P3105R00C1C30LA20N00A1B1E |
| P3105R00C1C30TC20N67A1B1E |
| P3105R00C1C30TC20N67A1B1E-12 |
| P3105R00C1C30TC20N67A1B2E |
| P3105R00C1C31LA2 |
| P3105R00C1C31TC2 |
| P3105R00C1C32LA25N00A1B2E |
| P3105R00C1C32LB2 |
| P3105R00C1C32PA0 |
| P3105R00C1C32TA2 |
| P3105R00C1C32TB20T50A1B1E |
| P3105R00C1C32TC2 |
| P3105R00C1C32TC20V90A1B1D |
| P3105R00C1C32TC20V90A1B1D-12 |
| P3105R00C1C32TD2 |
| P3105R00C1C32TD20N90S1B1E |
| P3105R00C1C32TD20N90S1B1E-12 |
| P3105R00C1C32TD20T50C1B1E |
| P3105R00C2C25LB2 |
| P3105R00C2C28TC22N75B1B1D |
| P3105R00C3C29LA20D00B1B1E |
| P3105R00C5C17LA2 |
| P3105R00C5C18LA20N00S1A1P |
| P3105R00C5C25LA2 |
| P3105R00C5C25LB2 |
| P3105R00C5C25LB20N00S1G1U |
| P3105R00C5C26TA3 |
| P3105R00C5C32PA0 |
| P3105R00C6C21TB2 |
| P3105R00D1C20LA20N00C3B2E |
| P3105R00D1C21PA0 |
| P3105R00D1C25PA0 |
| P3105R00D1C32LA2 |
| P3105R00D1C32LB2 |
| P3105R00D1C32TA2 |
| P3105R00D1D25TA20N55D3B2E |
| P3105R80C1C25TA20N50A1B2E |
| P3105R90C1C24LA25V00A1B2E |
| P3105R90C1C25PA0 |
| P3105S6027 |
| P3105S6034 |
| P3105S6123 |
| P3105S6143 |
| P310SLOOC1C20LA20VOOB1B1E |
Q1:In what type of applications is the P3105 pump commonly employed?
A1:The P3105 hydraulic pump is commonly deployed in demanding mobile and industrial applications. This includes machinery in the construction, agricultural, and material handling sectors, such as excavators, harvesters, and forklifts, where reliable high-pressure hydraulic power is critical.
Q2: What is a key design feature that allows the P3105 pump to optimize energy use in a system?
A2: A key energy-saving feature available in many P3105 pump models is its variable displacement capability. This allows the pump to precisely adjust its output flow on-demand, matching the system's immediate needs and minimizing wasteful energy consumption.
Q3: What is the price and delivery time of the P3105 hydraulic pump?
A3: The specific price and delivery time will be provided based on the specific model you provide.
Q4:How to purchase a P3105 hydraulic pump?
A4:You can click on the right sidebar or the contact information in the top bar to contact us to purchase. You can do so via email, form, WeChat, WhatsApp, or other methods.








