Enerpac XA11 Air-hydraulic Pump 10000 Psi Single Acting

Product Description

The ENERPAC XA11 is an air-hydraulic pump rated to 10,000 psi, designed for powering single-acting hydraulic cylinders in industrial and trade applications. It operates using compressed air as the driving force, converting air pressure into high-force hydraulic output. The unit features a 3-position, 3-way valve that provides Advance, Hold, and Retract functions, giving the operator precise control over cylinder movement. With a 61-cubic-inch oil reservoir and an overall length of 13.82 inches, it is a compact, self-contained power unit suited for use in tight work environments. Installation and operation are handled by hydraulic technicians and millwrights.

The XA11 is well suited for production tooling, maintenance pressing, and structural assembly tasks where a portable, air-driven hydraulic power source is required. Its single-acting cylinder compatibility makes it a standard choice for cylinder applications that rely on gravity or spring return. The Advance, Hold, and Retract valve positions support controlled load movement and positive load holding mid-stroke, which is useful in clamping, bending, and lifting setups found in both shop and field environments.

Key Features

• 10,000 psi maximum operating pressure for high-force hydraulic applications
• 3-position, 3-way valve with Advance, Hold, and Retract functions
• Air-driven actuation eliminates manual pumping effort
• 61-cubic-inch oil reservoir capacity supports extended cycle work
• Single-acting cylinder operation with gravity or spring return
• Compact 13.82-inch overall length for use in confined work areas

Compatibility

Designed for use with single-acting hydraulic cylinders. Specific compatible cylinder models were not identified in the available product data; verify cylinder port size and pressure rating match before installation.

Installation Notes

Installation and commissioning should be performed by a qualified hydraulic technician familiar with high-pressure fluid power systems. Depressurize the system fully and disconnect the air supply before making or breaking any hydraulic connections. Inspect all hose fittings and couplers for proper thread engagement and rated pressure compatibility before applying air supply. Follow applicable workplace safety standards and equipment manufacturer guidelines for high-pressure hydraulic systems.