Enerpac P392FP Manual Hydraulic Pump 2 Stage

Product Description

The ENERPAC P392FP is a two-stage manual hydraulic pump designed for use with single-acting hydraulic cylinders and tools in industrial, construction, and maintenance applications. Built with an aluminum and steel pump body and a fiberglass handle, it delivers the durability and corrosion resistance required in demanding field environments. The pump features a 1 inch piston diameter and a 3/8 inch NPTF port, making it compatible with standard hydraulic fittings and hose assemblies. Licensed hydraulic technicians and millwrights are the typical installers, though the unit also sees use by construction crews and heavy equipment maintenance teams.

The P392FP is suited for a wide range of hydraulic lifting, pressing, pulling, and clamping operations. Its two-stage design allows for fast oil displacement at low pressure during the initial stroke and higher pressure output as resistance increases, reducing operator effort during the approach phase of a lift or press cycle. The pump is commonly used in shops, job sites, and field service settings where a reliable hand-operated hydraulic power source is needed without access to powered hydraulic equipment.

Key Features

• Two-stage pump design for faster approach and higher output pressure with reduced handle effort
• 1 inch piston diameter for consistent hydraulic displacement per stroke
• 3/8 inch NPTF port for compatibility with standard hydraulic hose fittings
• Aluminum and steel pump construction for strength and reduced overall weight
• Fiberglass handle resists corrosion and provides durability in field conditions

Compatibility

Designed as an OEM-style manual hydraulic pump for use with single-acting hydraulic cylinders and tools that accept a 3/8 inch NPTF hydraulic connection.

Installation Notes

Installation and service should be performed by a qualified hydraulic technician familiar with hydraulic system safety practices. Depressurize the hydraulic system completely before connecting or disconnecting hoses or fittings. Inspect all fittings and hose connections for leaks after initial pressurization. Follow applicable ASME and OSHA guidelines when using hydraulic equipment in lifting or pressing operations.