Introduction

-Introduction

-Basic Layout

-Additional Layout Options

-Soil-Water Relationship

-Product Selection Guide

-Spacing Between Dripperlines

-Length of Dripperlines

-Other Components

-Slopes

-Simplified Design

-Subsurface Systems

-System Monitoring

-Application Rates

-System Flow Rates

-How to Specify

-Technical Data

-Performance Specs

This product is more efficient and effective than sprinklers in hard-to-irrigate areas, including slopes, and locations where overspray from sprinklers could cause damage or just be a safety hazard.

With its precise watering capability, ease of installation, and its ability to be concealed, there is little wonder why architects, designers and contractors are promoting inline PC drippeline.

The drip emitter is the key component of the dripperline. The DURA-FLO^TM PC emitter is self-cleaning and has unique built-in filtration slits to minimize the risk of clogging.

Furthermore, the drip emitter also has dual outlet ports positioned 180° apart. This ensures that only one port ever has direct contact with the ground and virtually eliminates the chance of back siphoning dirt into the dripperline.

DURA-FLO^TM PC uses the industry standard tubing size, 0.600" (ID) x 0.700" (OD), making it compatible with all the readily available fittings used throughout the country.

This manual attempts to provide some of the basic design parameters for using DURA-FLO^TM PC dripperline. However each application is unique and designers should be creative while still adhering to the fundamental principles offered in this manual.

If you have any questions, comments or ideas, please feel free to contact us.

We look forward to hearing from you.