Parker 471TC-4-BX Hydraulic Hose 1/4 in Id 5800 Psi

Product Description

The PARKER 471TC-4-BX is a high-pressure hydraulic hose rated for 5,800 psi working pressure, built for demanding fluid power applications. It features a 1/4 inch inner diameter and a 0.51 inch outer diameter with a synthetic rubber construction. The hose maintains a 2 inch bend radius, making it suitable for tight routing in compact hydraulic systems. It handles fluid temperatures up to 212 degrees F. Licensed hydraulic technicians, industrial mechanics, and fluid power specialists are the primary installers of this hose in both mobile and stationary hydraulic circuits.

This hose is intended for use in hydraulic systems where high working pressures and reliable fluid transfer are required. Its black synthetic rubber construction suits a wide range of hydraulic fluid types. The compact 1/4 inch bore size makes it appropriate for pilot lines, control circuits, and low-flow hydraulic runs in industrial machinery, mobile equipment, and related hydraulic power units.

Key Features

• 5,800 psi working pressure for high-demand hydraulic circuits
• 1/4 inch inner diameter suited for pilot and control line applications
• 2 inch minimum bend radius for routing in tight spaces
• Synthetic rubber construction for broad hydraulic fluid compatibility
• Rated to 212 degrees F maximum operating temperature
• Black exterior finish for standard hydraulic hose identification

Compatibility

Designed as an OEM-style replacement or new-installation hydraulic hose for fluid power systems requiring a 1/4 inch ID hose rated at 5,800 psi working pressure.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power specialist. Before replacing or installing this hose, fully depressurize the hydraulic system and relieve any stored energy in accumulators. Use proper ferrule fittings and crimping tools rated for the hose series to ensure a leak-free connection at rated pressure. Inspect routing paths to maintain the 2 inch minimum bend radius and avoid sharp contact points or abrasion sources.