Coilhose Pneumatics ADOT532-100D-R Nylon Tube 5/32 Od Red

Product Description

The COILHOSE PNEUMATICS ADOT532-100D-R is a nylon pneumatic tubing coil rated for compressed air and fluid transfer applications in industrial and trade environments. It measures 5/32 inches outside diameter and 3/32 inches inside diameter, with a 100-foot coil length in red. Rated to 150 psi maximum working pressure and a temperature range of -40 to 200 degrees F, this tube handles demanding shop and field conditions. The flexible nylon construction provides good bend resistance with a minimum bend radius of 0.5 inches. Licensed HVAC, pneumatic, and mechanical contractors commonly use this tubing for control lines, instrument air, and low-pressure pneumatic circuits.

This tubing suits residential and light commercial pneumatic control systems, air tool supply lines, and instrument tubing runs where a compact OD profile is required. The 100-foot coil length reduces the need for mid-run joins in most standard installations. Red color coding helps distinguish air supply or return lines in multi-tube installations. It meets SAE Specifications J844 Type A, making it appropriate for OEM and replacement applications in pneumatic systems requiring that standard.

Key Features

• 5/32 inches OD and 3/32 inches ID with 100-foot coil length
• 150 psi maximum working pressure
• Operating temperature range: -40 to 200 degrees F
• Minimum bend radius of 0.5 inches for routing in tight spaces
• Red color for easy line identification in multi-tube systems
• Meets SAE Specifications J844 Type A

Compatibility

Meets SAE Specifications J844 Type A. Designed for use in pneumatic control and instrument air systems requiring 5/32 inches OD nylon tubing with standard push-to-connect or compression fittings of the appropriate size.

Installation Notes

Depressurize and lock out the air supply before cutting or connecting this tubing. A clean, square cut with a dedicated tubing cutter ensures proper fitting engagement and a leak-free seal. Avoid sharp bends below the 0.5 inch minimum bend radius to prevent kinking and flow restriction. Installation should follow applicable facility safety standards and any local codes governing compressed air system construction.