Parker A6N0578D1K Piston Accumulator 578 In3

Product Description

The PARKER A6N0578D1K is a piston-type hydraulic accumulator designed to store pressurized hydraulic fluid and manage fluid dynamics in industrial and mobile hydraulic systems. Factory pre-charged and ready for installation, it offers a fluid capacity of 578 cubic inches and a gas capacity of 588 cubic inches. The accumulator handles a maximum flow rate of 818 GPM (3096 liters per minute), making it suited for high-demand hydraulic circuits. Weighing 124 pounds, this unit is installed by licensed hydraulic technicians and industrial maintenance professionals in demanding fluid power applications.

This accumulator is used in industrial hydraulic systems that require energy storage, shock absorption, pulsation dampening, or emergency fluid supply. Its any-position mount type gives installers flexibility in system layout. The SAE 24 port thread and 0.45 inch thread size allow direct integration into standard hydraulic plumbing. Typical applications include heavy equipment, industrial presses, mobile machinery, and process hydraulic circuits where consistent pressure maintenance is critical.

Key Features

• Factory pre-charged — ready for installation without additional gas charging equipment on site
• 578 cubic inch fluid capacity supports high-volume hydraulic energy storage
• Maximum flow rate of 818 GPM accommodates high-demand hydraulic circuits
• SAE 24 port thread size for compatibility with standard hydraulic fittings
• Any-position mount type allows flexible system orientation and installation layout
• Piston-type design provides reliable separation between gas and hydraulic fluid

Compatibility

Designed as an OEM-style replacement or new-installation piston accumulator for industrial and mobile hydraulic systems requiring SAE 24 port connections and high-volume fluid storage capacity.

Installation Notes

Piston accumulators must be installed by qualified hydraulic technicians familiar with high-pressure fluid power systems. Depressurize and isolate the hydraulic circuit completely before any service or installation work. Verify that system operating pressure does not exceed the accumulator rated specifications before connecting. Follow applicable OSHA, NFPA, and equipment manufacturer guidelines for hydraulic accumulator installation and maintenance.