DIG 1/4 in. Brown Dripline (6 in. Emitter Spacing) (.52 GPH) (100 ft.) | ML-106B

• Emitter Spacing: 6 in. 
• Flow Rate: 0.52 GPH
• Length: 100 ft.

Features & Benefits

Whether designing, installing or maintaining an efficient irrigation system, place DIG’s EXCEL PC
CV, EXCEL PC and MICRO-LINE dripline at the top of your list. Offering new advances in pressure
compensating dripline for above or below grade, our EXCEL PC CV dripline features a built-in check valve that increases uniformity and conserves water, producing an extended range of dripline for versatility in a wide variety of applications. Both 1/2″ and 1/4″ dripline contain UV protection and micro filters within each drip emitter to ensure long life and trouble-free operation.

• Used above ground or under mulch for a variety of applications such as containers and narrow plantings
• Large labyrinth water passage and turbulent flow help reduce clogging
• Inlet filter helps prevent particles from entering the drip emitter labyrinth path
• Resistant to chemicals and fertilizers commonly used in landscape applications
• Used with 1/4″ (6 mm) barbed fittings
• Flexible tubing for easy installation
• Two outlets per drip emitter ensure less chance of clogging

Product Details

• Operating pressure: 10-25 PSI (.7-1.7 BAR)
• Flow rates: .52 GPH (1.97 L/H) at 15 PSI (1 BAR)
• Dripline color code: black or brown
• Dripper color code: blue
• Size: 1/4″ (.170″ ID x .250″ OD) (4 mm ID x 6 mm OD)
• Spacing: 6″, 9″ or 12″ (15 cm, 23 cm, or 30 cm)
• Available in 100′, 500′, 1000′ and 3000′ coils (30 m, 152 m, 305 m and 914 m)
•  Minimum bending radius: 1′ (30 cm)
• Filter requirement: minimum of 150 mesh
• Materials: polyethylene resin

Related Articles & Videos

Articles

• Step By Step Drip Irrigation System Installation Guide
• Drip Irrigation Benefits & How It Works
• Drip Irrigation Tubing Basics
• Emitter Different Types And Functions Of Emitters

Videos

• Why Use Drip Irrigation?
• Drip System Zones
• Drip Hose Bib Head Assembly
• DIG 2-Dial Hose End Timer

Flow rate per 50′ (15 m) at 15 PSI

Flow rate per 50′ (15 m) at 20 PSI

Flow rate per 50′ (15 m) at 25 PSI

Maximum recommended lengh of single lateral

Pressure vs. flow