[Solved] Splitting IKEA ANSLUTA 24V Transformer to Power 2x DIODER LED Lights at 12V Each: Connection Guide

Hello, this is my first post on the forum, thank you in advance for your answers.

The case looks like this

I bought a transformer from Ikea ANSLUTA and 2x Dioder included 4 led lights

I can't post links so I give Google phrases
google ANSULA IKEA
google: IKEA DIODER

- ANSLUTA
Power: 30 Watt
ac input: 220-240VAC 50 / 60Hz
0.19
DC output 24VDC 1-1.25a


- DIODER with 4 led lights.

one lamp says:
12v DC
36x0.06w 2.8W

on the power supply from DIODER led lights

220-240V 50 / 60Hz
12V- 0.42A 5W

Diode connection diagram is
power supply-distributor-led


I have a question, is it possible to connect an ANSLUTA 24V transformer and connect up to 2 DIODER distributors so that each of them has 12V?
Something like Ansula - Dioder - led splitter.


best regards

Theoretically, it is possible to connect in series 2 sets adapted for 12V for a 24V power supply. It would have to be done this way

But more accurate information can be provided when pictures of sets as well as diode and splitter parameters and power supply are inserted.

After all, the LED power supplies are powered from a 230V 50 Hz network. So why a transformer?

this is a set from ikea why this transformer do not know what exactly are the parameters? I can send a photo what is written on the PSU packaging

and below is the diagram I was thinking about

According to what you wrote, the diode power supply should be connected to the 230V 50Hz network without the transformer. Check if this adapter has a mains plug ...

Hello

Yes the diode has a power supply plug.

What I mean is that I need to do lighting for my wardrobe and that everything should be connected wirelessly to a switch attached to the wall.
All the lamps want them to light up at the same time. Ikea lighting has such a function only with this 24v transformer to which other lamps are dedicated but are extremely expensive. One 90cm strip that fits into a 24v transformer costs about PLN 130 vs these lamps "dioder" the equivalent will cost me about PLN 30. So you understand why I want to do it my way.

The diode set is equipped with a strand to light 4 sets ultimately / or even 5 I would have to click each with a separate switch installed in the drawer; /

ps I have 2 24v transformers that can be connected together in a daisy chain. A separate plug is next to the plug from the power supply in the 24v transformer.

ANSLUTA 24v transformer fits OMLOPP lighting in ikea

to dispel doubts a few photos of the equipment
both sets:



on the IKEA website it is written that this is a transformer.



and Dioder



and this is a power supply from Dioder




A colleague recommended me to mount a Voltage Reducer 24V / 12V RN6A 24/12 converter behind a 24v power supply is this solution ok?

socket-transformer 24v - Voltage Reducer - led splitter - led

bezna wrote:

What I mean is that I need to do lighting for my wardrobe and that everything should be connected wirelessly to a switch attached to the wall.

You need a radio controller for wireless control.

I suggest such solutions (bypassing the distributor)



And apart from these sets. It is not better, it is not cheaper to buy SMD 3528 or 5050 LED strip with power supply and controller, then you would have the option of dimming, remote control, more light. The cheapest sets can be bought for PLN 30.

I do not want led strips because I could not find a nice wireless switch on the wall. Usually there are remotes that I just don't like.

I do not want to omit the splitter because it will be easier and neater for me to solder the tip to the splitter and plug the lamps into the splitter normally than solder each lamp to the cable.

Thanks for the idea, but apparently the 24v power supply will not evenly divide the voltage after 12v when I separate the cables, is it true?


Added after 4 [minutes]:
ultimately, the installation should look like this

2 24v power supplies under the daisy chain (it is possible to connect several with each other at the factory) and pair with a switch.

Connecting in the way you drew (in parallel) you will burn diodes. You need to connect the distributors in series to make it good.
If the sets have the same resistance then a voltage divider will be created, i.e. both distributors will get 12V, but in case of short circuit in any set, the other gets 24V.

wzielonymgaju18 wrote:

You need to connect the distributors in series to make it good.

And what happens if one of the diodes fails?
In my humble opinion, this should not be combined in this way.
If the Author wanted to keep all the functions of the controller (power supply - because this transformer can hardly be called - unless it is an "electronic transformer"), he should use dedicated LEDs for it.

Yes it is an electoral transformer but the concept of the whole has already changed after suggestions here in the forum


I found in the castorama radio on / off switches that looks nice and decided to modify my scheme.


Socket
- wireless control cube
- 12v 30w power supply
- manifold
-4 led
- splitter -
4 led

will such a set work well together?

I put the diagram

there is a photo of the cable that I plug into the splitter come out of this 2 cables are not marked how to check which one - / +? I bought a meter today