Parker PX-00292 Hydraulic Hose Nut Fitting 1/8-27 Npsm

Product Description

The PARKER PX-00292 is a straight, threaded nut fitting designed for use in hydraulic hose assemblies. Machined from steel, this fitting accepts hose with a 0.125-inch inside diameter and connects via a 1/8-27 NPSM thread. It belongs to the CY series and is intended for technicians assembling or repairing hydraulic lines in fluid power systems. The overall length is 1.45 inches, making it compact and suited for tight routing applications. Licensed hydraulic and fluid power mechanics are the primary installers. This fitting is sold in a package quantity of four units.

This nut fitting is used in hydraulic hose end assemblies where a threaded NPSM connection is required. The 1/8-27 thread size is common in low-volume hydraulic circuits, instrument lines, and auxiliary fluid lines in both mobile and stationary equipment. It is appropriate for shop fabrication of replacement hose assemblies or field repair of existing hydraulic systems. Straight geometry simplifies inline routing where angled adapters are not required.

Key Features

• Steel construction for durability in hydraulic service environments
• 1/8-27 NPSM threaded connection for secure, leak-resistant assembly
• Straight shape supports direct inline hose routing
• 0.125-inch hose inside diameter compatibility
• Compact overall length of 1.45 inches for space-constrained installations
• Part of the CY series for consistent cross-component fitment within the series

Compatibility

Designed as a CY-series nut fitting for hydraulic hose assemblies requiring a 1/8-27 NPSM threaded end connection with a 0.125-inch hose inside diameter.

Installation Notes

Installation should be performed by a qualified hydraulic or fluid power technician. Depressurize the hydraulic system completely and relieve any residual line pressure before disassembling hose ends or fittings. Use appropriate assembly tooling for the hose and fitting series to ensure proper crimp or swage engagement. Verify thread engagement and check for leaks after system pressurization.