HOW TO BUILD
VERTICAL CARDBOARD LED HOLDER
Welcome to the website guide of the Eket V2 build video guide.
With two separate chambers this build can do continuous supply in a very small package.
This guide is done with a small and a big eket, but you could do it with two large ones to allow longer vegging, in this case you can do the second eket for vegging with just 2 panels instead of 4.
The normal power usage for this build is below 50w total, which means less than $5/month for veg (4€) and $3/month in bloom (3€).
The new cardboard compression chamber of the blower allows for a quieter build and makes the carbon filter setup much simpler.
(The attachements below are also downloadable throughout the guide)
This is actually one of the most important part of this build, the main problem being to be able to place the led panels diagonally in the box, so the plant has more room to grow.
Another advantage of this way of doing, is that the cardboard structure exposes the back of the panels inside the cardboard tubes, instead of directly in the box, which helps evacuating hot air directly to the top of the box, without spreading to the rest of the box.
Click to change
SGL's favorite tape!
Make precise cuts; avoid your fingers
Make precise, fine cuts every time with the X-ACTO #1 Z-Series Knife with Safety Cap. This versatile
HB, 2b, LGBT, we love all pencils ✏
#2 HB pencils made from high-quality wood come presharpened
The tool to measure and draw straight lines
Efficient lights in a small package
We worked hard on innovation so that the setup process couldn’t be easier for you :
So anyway, I started blasting
Hot Melt Glue Gun is a tool for sticking Package That Can Be Used Easily,
Don't just come hobbies DI
Hopefully you followed the first step properly and didn’t destroy the cardboard box.
Take the cardboard from the large eket; we’re going to start by making the LED holders.
You can cut off the flap part and keep the main rectangle.
With this we're going to make the LED holders.
For a simple way to measure the height of the LED holder, place it against the door and draw a line at the top.
As the air behind the LED heats and rises; cutting a bit shorter from the top will allow air to escape and be directly exhausted.
The top of the cardboard cut out previously can be used to help you place the LED panels.
Cut off one side, it has the perfect shape for marking where the LED panel will go.
The top piece you just cut off can be used as a guide to mark the LED spot - or use the measures from the previous PDFs
By freeing the back of the LED panel we’re helping with heat dissipation (even though these panels produce very little it's better to do it than not :)).
Deep breath, steady hands - here the goal is to make an incision (don’t cut through) on the outer layer making it easier to bend.
Gently bend along the line you just cut.
Secure the hinge with some aluminium tape to prevent ripping and cover the front of the holder for increased light reflection.
When inspiration struck we went with the flow and created these little LED holders which are quite practical.
Stacking and gluing 2 pieces of cardboard to make a little notch holder.
But on the other hand just taping the LED panels is simpler and faster.
+you can easily clean off the tape residue with iso.
Yes, the GIF shows the holder for the veg box but I'm sure you understand the concept :)
For cable management purposes we’ll have the lower panel cable inside the structure.
Imprint the shape of the connector and cut out the cardboard.
Now put the cable inside and out the top.
Plug the LED panels and hold everything in place with a piece of aluminium tape.
Last step for the LED holder build; close the back with tape.
Make sure you have both ends of the LED cables out the top.
Now that our cardboard structure is made and our led panels are attached to it, it's time to place the LED holders inside the growbox!