I would think that you would be right to do that. Without seeing the pcb I would say that you have a common and 4 channels there.
Where did you get the net light and how much if you don't mind me asking?
Not sure what you mean by doubling up the other wires. In my opinion the biggest challenge with DC non-RGB lights is trying to figure out what voltage they require.
I think AAH wanted to see the actual circuitry inside but I'd still be surprised if you can't use that net light with a DC controller. It was a good find.
Yeah it was the back of the pcb that I was interested in but it's no biggy. You can't damage those style of lights by connecting them wrong.
On 2 other notes the DMX36 does have a test mode and the fitting off quality inside that controller looks to be excellent and well above the usual Chinese quality.
Thought I'd have a go with these lights but had my first expensive mistake, must have blown up the DMX36 on the first run !!! Forgot about the 5v jumper.
Ok have got the Dmx36 running, connected the net lights with com wire to + and others into board. Lights are working but not very bright at all. MFC says 24v. checked voltage out of the box and its around 23v. I have 24v into the DMX36.
Would I just need to up the voltage or have I gone wrong somewhere ?
Cheers
Most brick style power supplies have a potentiometer that will allow a +/- about 10% adjustment range. 24V + 10% should almost get you around the right sort of voltage.
You'll get the best result by measuring the current and choosing the voltage to get the right current. 10mA is a safe current through each LED. Multiply the number of series sections in each channel by 10mA and that is the current you want. In net lights a series section is usually a stripe that comes on across the strip but check the wiring carefully. Each series section is where the LEDs are wired end-to-end between the negatives and the common positive. They're typically around 10 LEDs long.
Most brick style power supplies have a potentiometer that will allow a +/- about 10% adjustment range. 24V + 10% should almost get you around the right sort of voltage.