Parker BD-16N7716-16-1 Code 62 Drop 90 Elbow 1 in Flanged

Product Description

The PARKER BD-16N7716-16-1 is a Standard Code 62 Drop 90 Degree Elbow hose fitting designed for use in high-pressure hydraulic systems. Manufactured from steel with a flanged connection type, this fitting accepts a 1 inch inside diameter hose and meets ISO 12151-3-E90M-S standards. The 90 degree elbow geometry is well suited for routing hydraulic lines in tight or offset installations where straight fittings cannot clear surrounding components. It belongs to Parker Series 77 and carries a SAE shaft type designation. Installation is performed by hydraulic system technicians and industrial mechanics working on mobile or stationary hydraulic equipment.

This fitting is rated for use with Parker 787TC and 797TC hose series. The flanged Code 62 interface is common in heavy-duty hydraulic circuits found on construction equipment, agricultural machinery, and industrial power units. The drop elbow profile helps reduce stress on the hose at the connection point, supporting longer service life in applications where the hose must change direction close to a port or manifold face.

Key Features

• Standard Code 62 flange interface for high-pressure hydraulic service
• 90 degree drop elbow geometry simplifies hose routing in confined spaces
• Steel construction provides durability in demanding hydraulic environments
• Meets ISO 12151-3-E90M-S dimensional and performance standard
• Compatible with Parker 787TC and 797TC hose series
• SAE shaft type designation for straightforward specification and sourcing

Compatibility

Designed for use with Parker 787TC and 797TC hose. The Code 62 flanged interface conforms to ISO 12151-3-E90M-S, making it applicable to hydraulic circuits requiring a 1 inch inside diameter, 16 mm hose size drop elbow connection.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Depressurize and bleed the hydraulic system fully before removing or installing any fitting. Inspect the flange sealing face and O-ring groove for damage before assembly, and torque flange bolts evenly in a cross pattern following the equipment manufacturer specifications. Refer to applicable SAE and ISO standards for proper assembly procedures.