OEM A11V(L)O Axial Piston Variable Pump Manufacturer, Supplier

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OEM A11V(L)O Axial Piston Variable Pump Manufacturer, Supplier

All-purpose high pressure axial piston swash plate pump

Displacement: 40, 60, 75, 95, 130, 145, 190, 260cc/r.

Nominal pressure 350 bar

Maximum pressure 400 bar Interchangeable with A11V(L)O series pump.

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Product Description

The A11V(L)O is a swashplate structure axial piston pump designed for industrial and mobile applications. It is engineered for all high-pressure application requirements. This type of swash plate hydraulic pump serves as an ideal replacement for the Rexroth series Pump, ensuring seamless integration and reliable performance.

Key Features

Variable displacement by adjusting the swash plate
Through-drive for mounting further pumps up to the same size
Optional with charge pump for sizes 130 to 260
Higher speeds possible for the version with a charge pump (A11VLO)
Large variety of controls available
Compact design for space-saving installation
High efficiency and operational reliability
High power density performance

Technical Parameters

Ordering Code Guide

Connection Dimensions

Interchangeable with Rexroth A11V(L)O series pump standards.

Frequently Asked Questions

What are the primary applications for the A11V(L)O pump?

It is designed for both industrial and mobile applications that require high-pressure hydraulic systems, offering versatile performance across various machinery.

Is this pump fully compatible with Rexroth series?

Yes, the A11V(L)O is an ideal replacement for the Rexroth series, featuring interchangeable connection dimensions and similar performance specifications.

What is the difference between A11VO and A11VLO?

The A11VLO version includes an optional charge pump (impeller), which allows the pump to operate at higher speeds compared to the standard A11VO version.

Can I mount additional pumps to the A11V(L)O?

Yes, it features a through-drive capability, allowing for the mounting of further pumps of the same size to expand the hydraulic system.

How does the variable displacement function work?

The displacement is variable and can be adjusted by changing the angle of the swash plate, which allows for precise control of fluid flow.

What makes the design of this pump efficient?

The A11V(L)O features a compact design with high power density and high efficiency, ensuring maximum output with minimal energy loss.