Danfoss D1P260 Hydraulic Piston Pump 260cc, High Flow

Danfoss D1P260 Hydraulic Piston Pump 260cc, High Flow

The Danfoss D1P260 variable displacement pump is the largest standard size in the D1P series, featuring 260 cm³ displacement and theoretical flow up to 598 L/min. It is designed for high-flow applications in large excavators, oilfield equipment, and marine machinery.
With 350 bar working pressure, heavy-duty SAE E mounting, and a splined input shaft, it delivers reliable performance under demanding operating conditions. Electrified power management options help improve efficiency during partial-load operation.
For hydraulic power units, drill rigs, and fleet upgrades, send us your required quantity, target flow, and delivery port. We will provide a project-based quotation and delivery schedule.
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Description
Technical Parameters
Danfoss D1P · Largest Standard Displacement

D1P260 Hydraulic Piston Pump – 260cc

High-flow, high-pressure supply for the biggest open circuit demands on heavy machines and project power units.

598
L/min theoretical flow
SAE E mount · 260 cm³

Product Overview

The D1P260 is the largest standard displacement in the D1P series at 260 cm³, with theoretical flow up to 598 L/min for the biggest open circuit demands on large excavators, oilfield equipment and marine machinery.

Its 350 bar working pressure is sustained by a boosted inlet variant rated for 2,300 rpm continuous duty, and electrified power management options trim fuel consumption on partial-load operation. The heavy SAE E mounting and splined input accept the high torques this flow class generates.

For hydraulic power units, drill rig packages and fleet upgrades this is the displacement where project engineering matters: multi-unit configurations, porting layout and control integration all deserve attention before the steel is cut.

Project-oriented build
Multi-unit HPU quotes
Electrified power management
Boosted inlet for 2,300 rpm
Export logistics for large frames
Documentation for offshore specs

Technical Specifications

Maximum displacement
260 cm³/rev [15.87 in³]
Working / peak pressure
350 bar / 400 bar [5,076 / 5,802 psi]
Continuous speed (boosted)
2,300 rpm
Theoretical flow
598 L/min [158 US gal/min]
Mounting flange
SAE J744 165-4 (SAE E)
Input shaft
DIN 5480 W60 spline
Approximate weight
141 kg [311 lb]
Inlet boost stage
Integral impeller build

Core Advantages

Sustained high flow
Nearly 600 L/min moves the biggest implement and HPU circuits with one pump.
Full-pressure capacity
350 bar working pressure holds even at the top of the displacement range.
Boosted inlet design
The integral impeller supports 2,300 rpm continuous duty and demanding suction layouts.
Fuel-efficient control
Electrified power management trims engine load in partial-duty cycles.
Project-grade support
Quoted at project level with documentation to suit offshore and oilfield specifications.

Key Selling Points

✓Top-of-range flow - the largest standard D1P displacement for machines that outgrow 193 cm³.
✓One-pump HPU design - simplifies power unit layouts that previously needed multiple smaller pumps.
✓Marine-grade options - configurations and documentation aligned with offshore and oil & gas project requirements.
✓Fleet-level quoting - number of units, target flow and delivery port define a project quotation with schedule.

Application Industries

Marine & Offshore - deck systems, HPUs, drill support
Oil & Gas - well service and pipe handling plant
Construction - large excavators, heavy concrete pumps
Mining - high-flow drills and mobile plant
Material Handling - reach stackers, container handlers
Industrial - heavy press and process hydraulics

Typical Equipment

Hydraulic power units
Drill rig packages
Large excavators
Offshore deck machinery
Reach stackers
Oilfield service plant

Frequently Asked Questions

Q1: How much flow can the D1P260 deliver?

Up to 598 L/min theoretical flow at 2,300 rpm continuous duty with the boosted inlet build - the top output of the standard D1P range.

Q2: Does it run without a boost stage?

The 260 cm³ frame is operated with the integral impeller build for continuous high-speed duty; suction layout should always follow the installation guidance.

Q3: Which controls suit an HPU application?

Pressure compensation suits constant-pressure power units; electrified displacement control and power management suit variable-demand systems. We advise from your circuit description.

Q4: Can several pumps be driven in one package?

Multi-pump packages are common for large power units. Send the number of units, target flow per pump and drive arrangement for a package-level quotation.

Q5: What shaft options are available?

The standard input for this frame is the DIN 5480 W60 spline. Confirm your coupling and we will match the build.

Q6: Is documentation available for offshore projects?

Yes - technical data sheets ship with each unit, and further documentation, test reports and certification options can be arranged for project orders.

Q7: How does electrified power management help?

It reduces pump flow and torque in partial-load periods, cutting fuel burn and heat generation compared with uncontrolled flow at full engine speed.

Q8: What details do you need for a project quote?

Number of units, target flow and pressure, duty cycle, and delivery port. Include the current pump part number if one exists for exact matching.

Planning an HPU or drill package around 260 cm³? Include unit count, target flow and delivery port - we respond with pricing and schedule.
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