Eaton 4S20FHB16-BG Sae Code 62 Flange 90 Elbow 16mm

Product Description

The EATON 4S20FHB16-BG is a steel hydraulic hose fitting configured as an SAE Code 62 flange head 90-degree elbow for 16 mm hose assemblies. This fitting provides a high-pressure flanged connection point where a hose assembly must change direction by 90 degrees within a hydraulic circuit. The flanged interface conforms to SAE Code 62 four-bolt flange standards, making it suitable for high-pressure industrial and mobile hydraulic systems. Installation is performed by qualified hydraulic technicians and millwrights working on fluid power circuits requiring leak-free, high-integrity connections.

This fitting is applied in hydraulic systems where routing constraints require a 90-degree directional change at the hose termination point. Typical installations include mobile equipment, industrial machinery, and power-unit assemblies using 16 mm hose with SAE Code 62 flange ports. The flanged connection style distributes clamping force evenly around the port face, making it a common choice in high-cycle or high-vibration environments where threaded fittings may be less reliable.

Key Features

• SAE Code 62 four-bolt flange head configuration for high-pressure hydraulic service
• 90-degree elbow geometry accommodates tight routing in confined equipment bays
• Steel construction provides durability in demanding fluid power applications
• Flanged shaft type ensures full face-seal contact at the port interface
• Sized for 16 mm hydraulic hose with an outside diameter of 2.125 inches at the hose end
• Single-piece unit; package quantity of 1

Compatibility

Designed as an OEM-style replacement fitting for hydraulic systems using SAE Code 62 four-bolt flange ports with 16 mm hose assemblies.

Installation Notes

Installation should be performed by a licensed or qualified hydraulic technician. Depressurize and lock out the hydraulic system completely before removing or installing any fitting. Inspect the flange face and O-ring sealing surface for damage before assembly, and use properly rated hardware torqued to the equipment manufacturer's specifications. Follow applicable hydraulic safety standards and equipment service manuals throughout the procedure.