Raindrip Inc R307CT 1/4 Inch Barb Tee Fitting 5 Pack

Product Description

The RAINDRIP INC R307CT is a 1/4 inch barbed tee fitting designed for use in drip irrigation and micro-irrigation systems. Each pack contains five fittings, allowing technicians and installers to complete multiple connections in a single purchase. The barbed design creates a secure, press-fit connection to standard 1/4 inch drip tubing without the need for clamps or adhesives. These fittings are a practical component for splitting a single supply line into two distribution runs, making them well-suited for residential and light commercial landscape irrigation layouts.

The R307CT tee fitting is used wherever a 1/4 inch drip line needs to branch into two separate feeder lines. Common applications include garden bed irrigation, container plant watering systems, and row crop drip setups. Irrigation contractors, landscapers, and knowledgeable DIYers typically incorporate these fittings when building or extending drip manifolds and lateral lines in low-pressure water delivery systems.

Key Features

• 1/4 inch barbed connections on all three ports for tool-free tubing attachment
• Tee configuration allows a single supply line to split into two distribution runs
• 5-pack quantity reduces per-fitting cost on multi-zone installs
• Press-fit barb design holds tubing securely under standard drip system operating pressures
• Compact size suits tight spacing in garden beds and container irrigation layouts

Compatibility

Designed as an OEM-style fitting for use with standard 1/4 inch drip irrigation and micro-irrigation tubing in residential and light commercial landscape watering systems.

Installation Notes

Installation is performed by irrigation contractors or experienced landscapers. Shut off the water supply and relieve system pressure before cutting into any existing tubing. Insert each barbed port firmly into the tubing end until the tubing seats fully past the barb for a leak-resistant connection. Verify all connections are secure before restoring system pressure and conducting a flow test.