Eaton KP66955 Hydraulic Hose -6 400 Psi Nitrile

Product Description

The EATON KP66955 is a -6 size hydraulic hose designed for medium-pressure fluid transfer in hydraulic systems. It features a 3/8-inch inner diameter and a 5/8-inch outer diameter, with a rated working pressure of 400 psi and a maximum working pressure of 1600 psi. The hose is constructed with a nitrile tube, making it compatible with petroleum-based hydraulic fluids commonly used in mobile and industrial equipment. With a 3-inch minimum bend radius, it routes cleanly in tight plumbing configurations. This hose is typically installed by hydraulic technicians, equipment mechanics, and plumbers servicing fluid power systems.

This hose is suited for use in mobile hydraulic equipment, industrial machinery, and fluid power plumbing applications where a compact -6 hose size is required. It is appropriate for systems running petroleum-based hydraulic oil and is commonly found in construction equipment, agricultural machinery, and light industrial hydraulic circuits. The 3-inch bend radius allows routing in confined spaces without kinking or compromising flow. Each unit is sold individually.

Key Features

• -6 hose size with 3/8-inch inner diameter and 5/8-inch outer diameter
• 400 psi rated working pressure with a 1600 psi maximum working pressure
• 3-inch minimum bend radius for routing in tight installations
• Nitrile tube construction compatible with petroleum-based hydraulic fluids
• Sold as a single unit with no minimum order quantity beyond one piece

Compatibility

Designed as a -6 size hydraulic hose for use in fluid power systems requiring a 3/8-inch ID line rated to 400 psi working pressure with petroleum-based hydraulic fluid compatibility.

Installation Notes

Installation should be performed by a qualified hydraulic technician or equipment mechanic familiar with fluid power system procedures. Depressurize and bleed the hydraulic system fully before removing or installing any hose. Verify that all fittings and crimps meet the pressure rating of the hose before returning the system to service. Do not exceed the minimum bend radius of 3 inches during routing, as overbending can damage the hose structure and reduce service life.