Aro/ingersoll-rand 104475-3 Modular Pipe Adapter 3/8 in

Product Description

The ARO/INGERSOLL-RAND 104475-3 is a modular threaded pipe adapter designed for use with Compact FRL (Filter-Regulator-Lubricator) units in compressed air systems. Machined from aluminum, this adapter provides a secure, leak-resistant port connection at 3/8 inch to allow technicians to integrate or expand modular FRL assemblies quickly and cleanly. Part of the 1500 Series, it is sized for compact FRL configurations where space and weight are considerations. Industrial maintenance technicians and pneumatic system installers use this adapter when connecting or repositioning FRL components within a modular manifold setup.

This adapter is suited for light industrial and commercial pneumatic applications where modular FRL units are assembled inline to condition compressed air supply. The 3/8 inch port size accommodates standard compressed air line connections commonly found in production facilities, maintenance bays, and service installations. The aluminum construction keeps overall assembly weight low while maintaining adequate strength for typical shop-air pressure ranges.

Key Features

• Aluminum construction for corrosion resistance and low weight
• 3/8 inch port size for standard compressed air line connections
• Modular design integrates directly with Compact FRL units in the 1500 Series
• Compact footprint: 0.98 inches length, 1.3 inches width, 1.77 inches height
• Lightweight at 0.18 pounds - minimal impact on assembled FRL weight

Compatibility

Designed for use with ARO/INGERSOLL-RAND Compact FRL units in the 1500 Series modular compressed air conditioning systems.

Installation Notes

Installation is performed by industrial maintenance technicians or pneumatic system specialists. Depressurize and bleed the compressed air line completely before disassembling or adding to any FRL assembly. Apply thread sealant or PTFE tape appropriate for compressed air service per the fitting thread type. Verify all connections are leak-free before returning the system to service.