06.31 StrongLumio LED strips LIGHTING AND ELECTRIFICATION OF FURNITURE Why choose 24 V LED lighting? Generally speaking, if all other parameters are maintained (number and size of diodes, total power, materials used, etc.), the difference in luminous intensity is not noticeable at first glance, but it does become apparent when longer continuous lines are used. 12 V strips have a more pronounced drop in luminous intensity when power supply is applied from one end. The result is a maximum recommended length of 5 m, while 24 V constant voltage strips are recommended by producers to be wired in maximum lengths of 7–10 m. This is due to the lower current drawn from the source compared to 12 V strips. To achieve the same power, twice the voltage is enough to get half the current. This fundamental relationship allows 24 V devices to typically power twice as powerful sets compared to 12 V. As a result, a switch for a maximum current of 4 A can handle 48 W at 12 V while handling up to 96 W at 24 V. Explanation of the differences between 12 V and 24 V Without going into too much technical details, it can be simplified to say that in most cases the classic constructions have 12 V half length sections for shortening, which can play a role in cutting the length to suit a particular project. Summary in points: 12 V strips • can be shortened more flexibly 24 V strips • allow the connection of longer sections in one piece • they only need half the current for the same power • with half the current, they generally heat up less and allow thinner conductors In our offer, the monochromatic strips (white light) are divided into three groups according to their temperature: warm, neutral, cold. We can also change the intensity of the light, the white temperature is invariable. They are connected with a two-core cable (plus and minus – 2 PIN). Monochromatic LED strips It consists in mixing the three colours at different intensities. This combines to create any colour (up to 16 million shades). If the red, green and blue colours intersect in full intensity, a white colour is produced – bluish, not very natural. Connection by cable with 4 cores (Plus, red: R, green: G, blue: B – 4 PIN). RGBW Combination of RGB spectrum with white (RGB WW – with warm white, RGB NW – with daylight, neutral white, RGB CW – with cold white). The connecting cable has 5 outputs (Plus, red: R, green: G, blue: B, white: – 5 PIN). RGBCCT The best you can get. They combine RGB and CCT technology into one LED strip. Thanks to this, you can set any RGB colour, plus the white light temperature. The connecting cable has 6 outputs (Plus, red: R, green: G, blue: B, warm white: – WW, cold white: CW – 6 PIN). RGB Red-Green-Blue (red – green – blue) LED strip technology allows the user to adjust the white colour temperature from 2,300 to 6,500 K. Use the control to select between cold and warm light or to change the intensity of the light. Connection by three-core cable (Plus, warm white: WW, cold white: CW – 3 PIN). CCT (Correlated Colour Temperature)
RkJQdWJsaXNoZXIy MzEyMDA=