Parker KP84365 Hydraulic Hose 90 Degree Elbow Steel Bspp

Product Description

The PARKER KP84365 is a 90-degree elbow hose fitting designed for use in hydraulic fluid conveyance systems. Manufactured from steel with a BSPP threaded connection, this fitting accepts hoses with a 0.25-inch (1/4-inch) inside diameter. It belongs to Parker Series 43 and is intended for professional installation in hydraulic plumbing applications where a right-angle transition is required between hose and port. The threaded BSPP interface provides a secure, leak-resistant connection in high-pressure hydraulic circuits. This fitting is sold in a package quantity of two units.

This fitting is suited for industrial and mobile hydraulic systems where a 90-degree change of direction is needed at a hose termination point. It is commonly installed by hydraulic technicians and fluid-power mechanics during equipment assembly, hose replacement, or circuit modification on machinery, vehicles, and stationary hydraulic power units. The 1/4-inch hose size is common in lower-flow auxiliary and control circuits.

Key Features

• 90-degree elbow geometry for right-angle hose routing
• Steel construction for durability in hydraulic service environments
• BSPP (parallel) threaded connection for secure port engagement
• 0.25-inch (1/4-inch) hose inside diameter compatibility
• Meets ISO 12151-6 dimensional and performance standards
• Sold in a package quantity of two fittings

Compatibility

Compatible with Parker hose series 187 TC/ST, 302, 304, 387 TC/ST, 422, 424, 426, 436, 471TC, 471ST, 472TC, 482TC, 482ST, 487 TC/ST, 722 TC/ST, 787 TC/ST, 797 TC/ST, and 881 hoses in 1/4-inch (size 4) hose diameter.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid-power mechanic. Depressurize and isolate the hydraulic circuit completely before removing or installing any hose fittings. Use appropriate thread sealant compatible with BSPP parallel threads and the system fluid. Inspect hose ends for damage before assembly and verify thread engagement is complete before returning the system to pressure.