A lot of people like to grow vegetables by their own but having a problem on how to do the right auto water irrigation. Today I would like to show you how to make your own DIY plant watering system or drip irrigation system.
Homemade automatic watering system for the greenhouse is a great choice to reduce your chore and it has its own benefits and features.
For example, for creating your DIY drip hose all you need is a 50ft hose. You can either buy a new hose or use a refurbished one.
Then, lay the hose on a flat surface and use an upholstery needle and punch tiny holes 1-2 inches apart on one side of the hose, leaving 6 inches with no holes on both ends of the hose. Just attach your hose cap, turn your water on low pressure and there you have your very own DIY drip water irrigation system.
Tools and materials you will need:
- Power drill
- 1/2″ drill bit
- 1/16″ drill bit
- 1-liter soda bottle
- Water pick
You may use a 2-liter soda bottle but we advise you not to fill the bottle more than half full otherwise the system may tip over, depending on the consistency of the soil. Also, if you are using this system in a small pot, you could use a smaller (i.e. 20 oz.) bottle in order to avoid tipping the whole pot over!)
Recommended tools: 1/4″ drill bit, die grinder bit or round file. The only thing that may cost you money (unless you have to buy the tools) is the water pick. I bought them for 20 cents apiece at Anne’s Country Florals.
First, drill a 1/2″ hole in the bottle cap while the cap is on the bottle. You may want to drill a 1/4″ pilot hole first as some bottle caps may break apart if you try to force a 1/2″ hole right away.
Second, see if the water pick fits in the hole snugly but not too tight. If the water pick is too loose then the setup will leak. If the water pick does not fit at all then you need to widen the hole gradually. I recommend the die grinder bit over hand-filing because evenness is key to a leak-free setup.
I use a different die grinder bit, that is, one that is almost exactly the right size for the floral spikes, so when the top of the bit is flush with the top of the cap, the hole is almost exactly the right size. Second – and here is the most important part of all – rather than widen the holes on a whole bunch of bottle caps and then put the spikes in, put the spike in each hole as you make it.
Widening the hole with the die grinder bit melts the plastic just a little. Putting the spike in right away makes for an easier fit. Then as the plastic of the cap cools, it shrinks a bit, making the seal even tighter.
Third, drill a 1/16″ hole through near (but not at) the tip of the water pick. This will create two holes. For most potted plants this is all you will need to do. If the soil in question is very hard packed, you may need to drill another set of holes slightly further away from the tip and at right angles to the first set of holes. It is better to have too few holes and drill more than drill too many right off the bat. Test the flow rate before drilling any new holes.
Fourth, assemble the cap and water pick by inserting the water pick from the inside of the bottle cap. No adhesive or caulk should be necessary.
Fifth, fill the bottle and screw the cap and water pick assembly onto it. Hold it upside down over a sink or outdoors to see if you get water flow and no leakage around the cap and water pick assembly. Do not worry about the flow rate is too fast here. The water will flow faster when there is no soil to slow it down.
Sixth and finally, refill the bottle, screw the cap assembly on tight and test it in a pot with soil and no plant in case you are concerned. Do not place the assembly too close to the plant stem in order to avoid root damage.
(Note: if this is too much aggravation for you, we will build a unit for you for just $5.99, parts and labor, regardless of bottle size. Shipping would be extra.)
Here is an array of 20 ounces and 1-liter size automatic plant-watering systems. I tipped over a smaller pot attempting to use the 1-liter system and said, “I guess this calls for a 20-ounce bottle.” Of course, you can use even smaller bottles as long as the cap is at least the same size as those in larger bottles. The cap doesn’t even have to be standard as long as it is big enough and can form a watertight seal when closed.
You can use virtually anything for your automatic plant-watering system. For some reason, other plastic container lids crack more easily than the soda bottle caps. These two container lids cracked as soon as the 1/2″ drill bit was introduced, despite a 1/4″ pilot hole is drilled first.
So what I did was start with the 1/4″ hole as usual and went straight to the die grinder bit to widen the hole gradually and…guess what? But be sure to clean the container thoroughly, because as far as I know, peanut butter and mayonnaise do not make for good plant food.
DIY self-watering system for potted plants
Claber Plants Garden Automatic Drip Watering System
If you are lazy and still have no idea on how to DIY an automatic plant watering system, the best way for you to have one right away would be to get one ready made that available on the market.
Claber is the one that may meet your needs. The starter kits that offered by Claber can be an excellent option for those who would like to get an easy and fast install drip irrigation system. This system is ideal for supplying water to plant pots, hanging baskets, windowsill trays, and etc.
Every single kit has the ability to distribute to a maximum of 20 plants simultaneously. One of the advantages of having this kit is that it is flexible, extendable, and can be managed by using a water timer.
The Claber system is very simple to set up. What you need to do is just start your setup right from the tap, if you buy the kit with a water timer, you can attach it on the tap. The next thing is to run microtube from the timer to the first plant. Attach a dripper at the first plant, then run to the next, attach another dripper and keep on the task to the last plant.
Such setup is called a daisy chain set up. You can adjust the drippers to control the water release rate. You will find stakes with this kit where you need them to secure the water pipe in position for every plant. There are also micro tee connectors available for you to branch the water pipe into different directions. You can then use the micro blanking plugs to cap the end of the run.
When you want to clean it, you will find the task is really easy which may just take you a few minutes. All you need to do is just wipe all of the parts with a damp rag and then let them dry. It is also possible for you to clean the internal water filter with the use of water and distilled vinegar to get rid of any limescale.
Even though this product did the job very well, but there is one drawback that you might need to take care of where you need to make sure that you use pans beneath each pot to catch any overflow.
Automatic plant watering systems are designed to assist people to ease their plants watering task. By having such a system in place, it is going to significantly reduce their garden works and they could never need to worry on the subject of missing any day or forgot to water their plants and flowers.
The automatic plant watering system is designed by dripping preset volume of water in a given time period which means your plants and flowers aren’t going to be watered excessively or insufficiently.
A specific solution recently happens to be acknowledged as the most effective garden watering system. The solution for such a system is given the name of Oasis Plant Garden Automatic Drip System.
It works with the combination use of tank, drippers, sprinkler systems, valves and other devices to expedite the irrigating works effectively every day. While there is actually another solution which is known as Smarthome Automatic Plant Watering System that also can do the jobs. The difference between the two of them are:
Oasis Automatic Plant Watering System
The cost for consumers to own this system is just about $80. This Oasis system is effective at applying water for over 20 plants in around 40 days. This Oasis system can be an excellent product that can help you in a huge way when you are going on holiday.
It is also very helpful for consumers who have a great number of plants and flowers but do not have many times to supply water to all of them. The Oasis Automatic Plant Watering system is very easy to build, easy to use, and also easy to clean. It can be the most effective system that you should have for your garden.
Smarthome Automatic Plant Watering System
It will cost you about $70 for you to own the Smarthome Automatic Plant Irrigation System. The system is effective in watering for 14 plants simultaneously. The system also possesses a 7-liter capacity that allows consumers to control the volume of water that going to supply for each plant and flower. This is also a wonderful product that cost you less.
How to Make an Automatic Plant Watering System for Next to Nothing
Purchasing an automatic plant watering system or perhaps drip irrigation sprinkler system will cost you a huge amount of money. Therefore if you do not have the additional cash to invest in one of these fantastic devices, do not apply any stress to yourself as it is still possible for you to have one by doing it yourself.
All items that needed for you to construct an automatic watering system is:
- Airline tubing
- An aquarium air pump
- A 4-gallon bucket
- A sprinkler timer
- A check sprinkler valve
- An airline control kit
By making this system follow the same model design that displays on the gardening outlet, you will be able to build your own automatic plant watering system and save you a big chunk of money.
The automatic plant watering system is eco-friendly and is very effective to produce a great deal of fruit and vegetables in a very compact area. Such systems are become more and more popular nowadays and are greatly being used by many people for planting fruits and vegetables.
The last thing that you need to do is that you will need to check on the watering system from time to time to ensure that there is no malfunction or destruction of the system.