Eaton 3270-0613-0500 Polyamide Tube 0.25in Id 1400 Psi

Product Description

The EATON 3270-0613-0500 is a polyamide pneumatic and fluid transfer tube rated to 1400 psi maximum working pressure. It features a 0.251 inch inside diameter and a 0.375 inch outside diameter, with a 0.062 inch wall thickness. Supplied in a 500-foot standard coil cut to length, this orange tube is suited for compressed air lines, pneumatic control circuits, and fluid conveyance applications where moderate pressure and chemical resistance are required. Licensed plumbers, industrial pipefitters, and pneumatic system technicians are the primary installers.

This polyamide tube is used in industrial and commercial pneumatic plumbing systems, including compressed air distribution, machine tool air lines, and fluid transfer manifolds. The orange color coding supports quick circuit identification in multi-line installations. The cut-to-length format allows technicians to size runs precisely for panel assemblies, OEM equipment builds, and field service retrofits where standard coil lengths are impractical to store or route.

Key Features

• 1400 psi maximum working pressure for demanding pneumatic circuit applications
• 0.251 inch ID and 0.375 inch OD with a consistent 0.062 inch wall for reliable push-in and barb fitting connections
• Polyamide construction offers good chemical resistance and flexibility across a broad temperature range
• Orange color coding aids circuit identification in multi-tube installations
• 500-foot standard coil length with cut-to-length availability for flexible job-site use

Compatibility

Designed as an OEM-style replacement or new-install polyamide pneumatic tube for industrial and commercial compressed air and fluid conveyance systems requiring a 0.25 inch ID, 0.375 inch OD push-in or barbed tube connection rated to 1400 psi.

Installation Notes

Installation is typically performed by industrial pipefitters, pneumatic system technicians, or licensed plumbers. Depressurize and lock out the air or fluid system completely before cutting or connecting tube. Use a clean, square cut with a dedicated tube cutter to ensure a proper seal at push-in fittings. Verify all fitting and tube pressure ratings are compatible with the system's maximum operating pressure before returning the circuit to service.