Led panels and led ceilings
Led transformers
Led light kits
Led light
Zigbee Wireless control
Led tubes
Glossary
CCT lighting
Led ribbon
Led strip mounting profiles
VaLO RF Wireless control
Led spotlight
Led wall lights
Yes, it is! Often better than the user... This has been tested on summer cottages where the power can be off for 3-4 months at a time and the memory is fine.
24V will easily last 15-20m with a normal 0,75mm3 cable. 12V products will drop voltage half as fast.
Wireless control of lighting. The control of light temperature and dimming can be fully wirelessly controlled. The transformer only needs a constant supply of electricity (you can get it from the back of a microwave) and the control is done with wireless buttons.
For example, in kitchens, when doing countertop lighting, the transformer can be installed on top of a cabinet, on a top shelf or behind a plinth. A wirelessly controlled transformer can be plugged in behind a microwave, on top of a fridge or even in a cooker hood cabinet. In rooms, the transformer is usually installed behind a service hatch or, if there are panel lights in the room, they can also be used as hatches. For transformers to be placed outdoors, an adequate IP rating should be considered.
The size of the transformer is calculated by multiplying the metric consumption of the led strip by the length used for the installation, then multiplying by 1.1 or 1.15 to give a margin of 10-15%.
For example, 100W, or 100 Watts, means the transformer has a total load capacity of 100W.
If an LED strip with a power of 14.4W/metre is installed in the transformer, that 100W transformer will withstand 6.3 metres of LED strip with a 10% margin.
Yes you can. The led strips are all installed in parallel (i.e. colour by colour) with the pluses in their own bundle and the minuses in their own bundle. You can do this, even with a sugar cube or a Waco connector.
Please note that the transformer will still have a sufficient total load capacity.
12V is a 12 volt system and 24V is 24 volts. These should not be confused. 24V LED products work more reliably because the voltage does not drop as quickly over long distances.
12V led strip in a 24V transformer supplies too much voltage to the led strip and it gets too hot and burns out quickly. the 24V ribbon on the other hand will not even turn on with a 12V power supply.
24V will easily last 15-20m with a normal 0,75mm3 cable. 12V voltage drops half as fast.
TRIAC is a traditional primary (230V) dimming technology. In practice, it is a rotating knob on the wall that adjusts the ballast, i.e. dims the light behind it. Like incandescent lamps.
VaLO with 230V wireless dimmers and traditional wall switches.
We test the dimmers on the market and here is a table. see https://ledstore.fi/led-himmentimet
DALI is an international standard where lighting is controlled by a reprogrammable system. see more: https: //www.digitalilluminationinterface.org/
In practice, a 2-pole low-current cable runs alongside the power supply to the luminaires for control.
Watt = Ampere / Power. That is, a 5A transformer at 24DCV can withstand 120W of power or a 120W transformer at 24V can withstand 5A.
mA control keeps the current constant but the voltage varies according to the load and dimming level. The transformer is always accurately sized in advance before installation and the load cannot be added afterwards.
With DC DC voltage, the same voltage is applied to all e.g. 24V and each luminaire draws the required amount of current (A). Dimmable Led luminaires are generally mA controlled and Led strips DC controlled.