The Raindrip 1 GPH Inline Dripper delivers water precisely to each plant along your drip irrigation tubing. Each dripper features integrated barb inlets on both sides that connect directly to 1/4 inch tubing, eliminating the need for separate fittings. String multiple emitters together in a chain along your supply line to create a custom watering layout for shrubs, trees, container plants, and hanging baskets. This self-cleaning turbulent flow design works best on level ground and shorter circuits, making it ideal for targeted plant hydration and soil moisture management.
These round disc emitters supply a steady 1 gallon per hour flow rate to keep soil moist and hydrate plant root zones evenly. Installation is straightforward—no connectors required. Simply position the emitters where you need water delivery along your tubing and connect end-to-end for streamlined irrigation setup.
Features and Benefits
- Integrated Barb Inlets: Both sides of each dripper have built-in barbs that fit 1/4 inch distribution tubing directly, eliminating the need for additional connectors.
- 1 GPH Flow Rate: Delivers a reliable 1 gallon per hour for consistent, even watering to individual plants, shrubs, and trees.
- Chain-Together Design: Emitters connect end-to-end along your supply line for flexible, custom irrigation layouts.
- Self-Cleaning Turbulent Flow: Helps prevent clogging so water flows unobstructed to downstream emitters.
- 10-Pack: Comes with ten drippers to water multiple plants in one purchase.
Specifications
- Brand: Raindrip
- Model: R117CT
- Flow Rate: 1 gallon per hour (GPH)
- Tubing Size: Fits 1/4 inch tubing
- Material: Polyethylene with UV inhibitors
- Color: Red/black base
- Pack Count: 10 drippers
- Ideal Soil Type: Medium (loam)
- Best Use: Level ground and short circuits
How to Use
- Positioning: Arrange emitters along your tubing to supply water to each plant, shrub, or tree.
- Connection: Insert the barbed inlets into 1/4 inch tubing on both sides of each dripper; no fittings needed.
- Maintenance: Periodically check for clogged emitters to ensure water flows freely to all downstream plants.
