Parker P1060 PD060 axial piston hydraulic pump

The P1060 and PD060 are variable-displacement axial piston pumps built on Parker's P1/PD medium-pressure platform, manufactured by Parker Hannifin's Hydraulic Pump and Motor Division. The "60" in the model number refers to maximum displacement: 60 cm³/rev (3.66 in³/rev).

The two designations aren't different pumps — they're the same core hardware tuned for different duty cycles:

P1060 — the "mobile" version, rated for higher shaft speeds (up to 2,800 rpm depending on inlet condition), aimed at off-highway and mobile equipment where space and weight matter more than absolute silence.

PD060 — the "industrial" version, capped at 1,800 rpm maximum speed, optimized for quieter, continuous-duty stationary applications like hydraulic power units and machine tools.

Both use a swashplate-style axial piston design with cradle bearings, meaning the pistons reciprocate in a cylinder block while a tiltable swashplate controls stroke length — and therefore flow output — without changing shaft speed.

How the P1060/PD060 Works

Like all axial piston pumps in this family, displacement is varied by tilting the swashplate angle rather than changing shaft speed. A control block mounted on the pump housing senses system pressure or an external command signal and strokes the swashplate accordingly — full displacement when the system calls for flow, and destroking toward zero when pressure hits a setpoint or downstream flow is blocked.

This is fundamentally different from a fixed-displacement gear or vane pump, which always outputs flow proportional to shaft speed regardless of load. That difference is the whole reason people spec a P1060/PD060 over something simpler: it only delivers the flow the system actually needs, cutting wasted horsepower and heat generation.

Control Options

Parker offers several standard control heads that bolt onto the same pump body, which is one of the more practical features of this platform — you can often swap control philosophy without swapping the whole pump.

Pressure Limiter (C0) — Maintains full displacement until system pressure hits the compensator setting (adjustable 26–280 bar), then destrokes to hold that pressure.

Load Sensing (L0/L2) — Matches pump output to actual downstream demand by monitoring a load-sense signal, reducing throttling losses. L2 adds a bleed option for the load-sense line.

Remote Pressure Limiter (AM/AN) — Lets an external relief valve, or a valve mounted directly via an NG6/D03 interface, set the pressure ceiling.

Electronic Proportional Control (P/T/S/U) — Uses Parker's D1FB proportional valve to command displacement electronically, useful in systems with a machine controller (e.g., Parker IQAN) calling the shots. Available in 12V and 24V versions.

Torque Limiting (AMT/ANT/L0T) — Available on 45–140 cc frame sizes including the 60cc, this option destrokes the pump as pressure rises to cap input torque — critical when the prime mover (engine or electric motor) has limited power available across the whole operating range.

Mounting and Shaft Configurations

The P1060/PD060 ships in enough shaft and port variants to fit most drivetrain layouts without an adapter:

Shafts: SAE-C 14-tooth spline, ISO 32 mm keyed, SAE-BB 15-tooth spline, or SAE-B 13-tooth spline (the last two exclusive to the 60cc frame).

Mounting flange: SAE-B 2-bolt (per SAE J744) or ISO 100 mm 2-bolt (per ISO 3019/2).

Ports: End-ported or side-ported, in SAE flanged, SAE threaded (UNF), metric flanged, or BSPP threaded, depending on the ordering code.

Thru-drive: Full power thru-drive capability lets you stack a second pump behind the P1060/PD060 — common in circuits needing independent steering and implement pumps off one engine.

Typical Applications

The 60cc frame size lands in a versatile middle ground — big enough for real work, small enough to package tightly.

Mobile Equipment (P1060)

Wheel loaders and skid steers — powering hydrostatic drive or implement circuits where engine speed varies constantly under load.

Excavators — as a pilot or auxiliary circuit pump, or in smaller-class machines as the main pump.

Agricultural equipment — sprayers, combines, and balers, where load-sensing control cuts fuel burn during light-load field passes.

Aerial work platforms and material handling — compact package size matters when mounting space is tight.

Industrial Systems (PD060)

Hydraulic power units (HPUs) for injection molding, presses, and test stands — quieter running at the PD's lower rated speed matters in a factory environment.

Machine tools requiring precise, load-sensed flow to multiple actuators.

Marine and offshore hydraulics, where the wide fluid temperature range and robust sealing hold up in harsh environments.

For more information on the PD060 P1060 hydraulic pump, please visit https://www.baolilaihydraulic.com/product/.

Specifications

Selection Table

Q1: What's the actual difference between the P1060 and the PD060?

A1: Same core pump, different speed rating and target market. The P1060 is rated for mobile-duty speeds up to 2,800 rpm; the PD060 caps at 1,800 rpm and is tuned for quieter industrial service. Displacement, pressure rating, and most dimensional data are shared.

Q2: What displacement does the 60 in the model number refer to?

A2: 60 cm³ per revolution (3.66 in³/rev) — this is the maximum swashplate-stroke displacement, not a fixed output. Actual flow varies with control setting, shaft speed, and outlet pressure.

Q3: What is the price and delivery time of the P1060 PD060 hydraulic pump?

A3: The specific price and delivery time will be provided based on the specific model you provide.

Q4:How to purchase the P1060 PD060 hydraulic pump?

A4:You can visit https://www.baolilaihydraulic.com/contact/ to contact us and purchase our products through various methods.