Enerpac P801 Manual Hydraulic Pump 2 Stage Steel

Product Description

The ENERPAC P801 is a two-stage manual hydraulic pump built for high-pressure hydraulic tool and cylinder applications. It delivers 500 psi in the first stage for rapid oil displacement and advances to 10,000 psi in the second stage for full working pressure. The steel pump body provides durability in demanding shop and field conditions. With a displacement of 1.00 cubic inches per stroke and a 3 cubic inch reservoir, this unit is designed for compact, single-acting hydraulic setups. Installation and operation are handled by hydraulic technicians and maintenance professionals working with hydraulic jacks, presses, and cylinder systems.

The P801 is suited for light-duty hydraulic applications requiring portable, hand-operated pressure generation. Typical uses include maintenance work, industrial pressing, structural alignment, and hydraulic cylinder actuation in environments where a powered pump is not practical or available. Its two-stage operation reduces operator fatigue during low-load approach strokes and builds to full working pressure efficiently under load.

Key Features

• Two-stage operation: 500 psi first stage for fast advance, 10,000 psi second stage for full working pressure
• 1.00 cubic inch displacement per stroke for controlled oil delivery
• 3 cubic inch reservoir capacity suitable for compact single-acting cylinder circuits
• Steel pump construction for durability in industrial and field environments
• Manual hand operation requires no electrical or pneumatic power source

Compatibility

Designed as an OEM-style manual hydraulic pump for use with single-acting hydraulic cylinders and tools rated for up to 10,000 psi operating pressure.

Installation Notes

Installation and connection should be performed by a qualified hydraulic technician familiar with high-pressure hydraulic systems. Ensure all hydraulic fittings and hoses are rated for a minimum of 10,000 psi before connecting to the pump. Relieve all system pressure before disconnecting any hydraulic components or couplers. Follow applicable ASME and OSHA guidelines for hydraulic system safety during setup and operation.