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If you’re interested in a DIY drip irrigation system, you need to be familiar with the steps and details of setting up drip irrigation for the garden. Irrigation is required for specialty crops such as vegetables, nuts, and fruits to yield high-quality crops. On the other hand, irrigation systems are rarely run continuously, and they sit idle between seasons, crop rotations, and maintenance.

There is a high risk of system damage when equipment is left idle and exposed to elements such as extreme weather events, vermin, and other unforeseen ailments. Therefore, before turning on the irrigation system, conduct a complete preventative maintenance check to see if it has been damaged.

Drip irrigation systems are a common means to provide water to plants. They are frequently used to apply fertilizers, insecticides, and, in the case of acid-loving plants like blueberries, acid. Chemigation is the process of delivering both water and chemicals through a single system.

A drip irrigation system consists of a water source (surface or well), a power unit, a pump, a back-flow preventer, a filter, pressure gauges, pressure regulators, a flow meter, valves, connectors, pipe, tanks, injectors, and drip tubes. Good quality control checks and repairs are required to ensure that the delivery system is in good working order before commencing it.

Complete drip irrigation systems supplied by irrigation supply businesses may be an excellent starting place if you’re a beginner. Depending on the amount of the area you need to rinse, retailers usually offer various options. You could, for example, buy a system that is designed to cover a quarter-acre lawn.

These irrigation kits come with the necessary parts, hose lengths, and pressure ratings for the region they’re supposed to cover. You can also buy all of the features separately so that you get what you believe you need. Before ordering individual components or putting together a system for your garden, there are a few things to keep in mind.

First, familiarize yourself with the size of your garden, how many gallons per hour your well or other water source produces, and how long you plan to run the header pipe. The header pipe comes in various sizes, ranging from 0.5 inches to 1 inch or more. The larger the header pipe, the more capacity you can transport to a specific location.

Most irrigation providers will assist you in determining the size of the header pipe you require. Based on the volume and availability you have available, your irrigation drip system can only deliver a certain amount of water. As a result, it’s critical to tailor your plan to your plants’ requirements. You will not have enough water pressure if the area to irrigate is too large for your system. One approach is to split the garden into portions, or water zones, to which water can be delivered at various times.

Any irrigation system, even drip irrigation, is only as good as its upkeep. Check connections and emitters regularly to ensure they are in good working order. The water filter in front of your system should be examined and cleaned regularly as well. If it becomes clogged, emitters farther down the line will work poorly, resulting in less water reaching your plants.


Drip Irrigation System Installation

Step 1 – Consider the various regions and plants that will be irrigated while building an irrigation system.

Drip irrigation is recommended on trees, shrubs, vines, vegetables, flowerbeds, plant containers, pots, any individual plant, and narrow planting spaces. The list of small and large trees, bushes, ground cover, flowerbeds, and vegetable gardens, as well as their locations. Then separate the plants into groups based on their watering requirements and whether they are in full sun or shade.

Plant nutrients are stored in the soil, which acts as a storage facility. It is the conduit for the flow of water and minerals. It also serves as a plant anchor and a water tank for plant growth.

Varied varieties of soil have different qualities that influence the drippers or micro-sprinklers that should be utilized. Grab a bunch of dry soil, grab it firmly, then release it to see whatever sort of soil you have in a particular region.

Step 2 – Choosing how to start a system and which items to use are critical issues that should be carefully considered.

The best option will be determined by the size of the space, the availability of water outlets, landscape design, and the type of irrigated plant material available. Starting with an outside faucet and utilizing 1/2′′ poly tubing as the primary lateral line is one of the quickest techniques for a drip application above ground. A hose-end-timer can be used to automate the process. Next, connect the 1/2′′ poly tubing to the swivel adapter using a prepared kit.

Step 3 – Decided how to connect your drip irrigation system to a water source roll out the line and lay down a path for the water to flow to your plants.

Unroll the hose or drip line after connecting to your water source. Place the hose in your flowerbed or garden. After you’ve laid out your hose, double-check that the layout is proper and that the length is satisfactory. To produce clean, precise cuts, use Poly Pipe Cutters.

Punch a hole in the′ hose where you wish to put an emitter or a 1/4′′ barbed fitting for distribution tubing with a punch tool. If you create a hole in the wrong place, a goof plug can be used to close it.  Next, drive a 2′′ tubing to the ground. To connect 1/4′′ distribution tubing, snap 1/4′′ fittings straight into the holes formed in the 1/2′′ tubing. Individual plants can be reached using this form of connectivity.

Step 4

Place the 1/2′′ tubing where you want it and secure it with 1/2′′ tube stakes. Connect 1/4′′ distribution tubing to 1/2′′ hose with 1/4′′ barb fittings for hard-to-reach trees and shrubs.

To loop around trees, use a 1/4″ drip line. Using a 1/4′′ barbed tee, connect the drip line to the 1/2′′ hose.

For flowers or ground cover, use Jet Sprays or Micro-sprinkler on a 12′′ spike.

Leave all 1/2′′ poly tubing ends open before turning on the system for the first time and turn on the water and let it run freely for a few minutes. Any dirt or other junk in the method will be flushed out this way.

Use a hose-end clamp or an end cap to secure the line’s end. Check that the micro-sprinklers and drippers are working correctly and that the system is not leaking. If a dripper or micro-sprinkler drips 1/2′′ poly tubing at the base, remove the dripper or micro-sprinkler and seal the hole with a goof plug. Replace the dripper or micro-sprinkler in a different location.


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5 Reasons That You Should Make a Drip Irrigation System for Your Garden

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