Parker PP-00576 Code 62 Drop 90 Elbow 0.75 in Hydraulic Fitting

Product Description

The PARKER PP-00576 is a Standard Code 62 Drop 90 Degree Elbow hydraulic hose fitting designed for high-pressure hydraulic systems in industrial and mobile equipment applications. Machined from steel with SAE-standard threaded connections, this fitting provides a 90-degree directional change in hose routing where space or routing geometry demands a low-profile elbow. The 1-inch thread size and 0.75-inch (12 mm) hose inside diameter suit a range of medium-to-high pressure hydraulic lines. It is installed by hydraulic system technicians and fluid power mechanics during hose assembly, equipment repair, and system fabrication.

This fitting is engineered for use with Parker Series 77 hose ends and is compatible with 387 TC ST, 487 TC ST, 787 TC ST, and 797 TC ST hose series. It is suited to both stationary industrial hydraulic systems and mobile equipment installations where a drop-style 90-degree elbow is required to manage hose routing around tight clearances or structural members. The Code 62 flange pattern conforms to ISO 12151-3-E90M-S standards.

Key Features

• Standard Code 62 Drop 90 Degree Elbow geometry for compact, low-profile hose routing
• 0.75-inch (12 mm) hose inside diameter compatible with 3/4-inch hydraulic hose
• 1-inch SAE threaded connection for reliable, leak-resistant assembly
• Steel construction for durability in high-pressure hydraulic service
• Meets ISO 12151-3-E90M-S standard for hydraulic fluid power hose fittings
• California Proposition 65 compliant

Compatibility

Designed for use with Parker 387 TC ST, 487 TC ST, 787 TC ST, and 797 TC ST hydraulic hose series using Series 77 fittings with a Code 62 flange pattern.

Installation Notes

Installation should be performed by a qualified hydraulic system technician or fluid power mechanic. Depressurize and isolate the hydraulic circuit completely before removing or installing any fittings. Use appropriate thread sealant compatible with hydraulic fluid and verify torque requirements against the system design specifications and applicable standards. Inspect the fitting and hose end for damage before assembly and confirm the hose series matches the fitting series designation.