ᐅ Retrofit Malm drawer lighting – how to do it?

Created on: 21 Jun 2020 18:22
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Loren9
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Loren9
21 Jun 2020 18:22
Hello everyone, I’m planning to add lighting to my four IKEA Malm drawers to improve visibility in the evening and have the drawers automatically light up when opened. My question in detail is: Which technology is best suited for a retrofit installation (e.g., LED strips, individual LEDs, ready-made light bars) considering easy installation, preferably a wireless or battery-powered solution, and how can the lighting be effectively linked to the drawer opening? It would also be important to know which power supply voltage to look for and whether there are any proven DIY solutions you’d recommend. I have some experience with basic electronics work but want to avoid a complicated installation. Thanks in advance for your advice!
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Danabla
21 Jun 2020 19:10
For retrofitting MALM drawer lighting, I recommend LED strips with integrated motion sensors or magnetic contacts. Most DIY solutions use 12V or 5V systems, as these voltages are safer to handle. The easiest option is battery-powered LED strips that activate via a small switch or sensor, for example, magnetic sensors on the drawer or a photoelectric sensor. The cables can be routed invisibly under the cabinet structure; preferably, use self-adhesive, flexible LED strips. Alternatively, there are ready-made kits designed specifically for furniture installation that include all necessary components. Important tip: Choose warm white light (around 3000K (5400°F)) as it is more pleasant than cold light.
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plopra
21 Jun 2020 20:02
Use battery-powered LED strips with motion sensors that you can simply stick on. The voltage is usually 3.7 V (Li-Ion battery), which is safe. Place a magnetic switch under the drawer, and you’re done. No cable clutter.
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KUDAISY
22 Jun 2020 09:34
I did the same with my MALM drawers and can give you a brief step-by-step guide:

1. Material selection: Choose flexible LED strips with a motion sensor or separate PIR sensors. Make sure the LED strips are as thin and self-adhesive as possible.

2. Power supply: Battery or USB power banks are the easiest options; 12V power adapters are more suited for fixed installations.

3. Installation: The drawer should be wired so that the sensor is mounted next to the guide rail, ensuring the light only turns on when the drawer is open.

4. Wiring: The cables run under the bottom panel of the cabinet, either in a narrow channel or secured with cable clips.

5. Test the installation and adjust the sensor sensitivity so the lighting responds reliably without flickering.

Common mistakes are cables that are too long without fixation or sensors placed too far away, causing the light not to activate consistently.
Loren9 schrieb:
The detailed question is: Which technology is best suited for retrofitting [...], and how can the lighting be effectively combined with the drawer opening?

It works best with magnetic contacts installed directly next to the drawer frame, replacing a separate motion sensor.

In summary, it’s important to mount the components as discreetly as possible and to consider easy maintenance and battery charging cycles. If you like, I can also share links to recommended kits.
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Victor54
22 Jun 2020 16:47
plopra schrieb:
Use battery-powered LED strips with a motion sensor that you can simply stick on.

That sounds convenient, but have you checked how reliably these cheap motion sensors respond to drawer openings? Often, they are triggered by other movements in the room.
Danabla schrieb:
The simplest option is battery-powered LED strips activated by a small switch or sensor, for example, magnetic sensors on the drawer or a light barrier.

I consider that a more reliable solution since it directly detects the opening of the drawer.

Energy efficiency is also important: A continuously active motion detection consumes power constantly, whereas magnetic sensors only use power when the contact is broken.

I would also recommend paying attention to the IP rating of the LED strips, as drawers can sometimes be exposed to moisture or dust. Especially with battery-powered lighting, the battery life should be critically considered.

Additionally: What about mounting under the drawer? Are there any experiences on whether installation there affects stability? A solution that has minimal impact on the drawer mechanism would be a plus.