06.15 www.demos‑trade.com 5 3 20 220240 V 20 220240 V 544907 30 W / 1,25 A 160 × 58 × 18 544902 50 W / 2,08 A 160 × 53 × 18 405188 75 W / 3,125 A 170 × 57 × 32 284624 100 W / 4,16 A 180 × 66 × 32 544906 150 W / 6,25 A 205 × 71 × 35 544899 24 W 63 × 42 × 37,5 >0,7 544901 36 W 82 × 48 × 33 >0,9 LIGHTING AND ELECTRIFICATION OF FURNITURE StrongLumio 24 V power supplies Principles for selection and installation StrongLumio S3 flat 24 V power supplies StrongLumio S1 24 V power supplies plug-in • for power supply of LED strips and lights with 24 V voltage, direct current • power supply: 220–240 V, 50 Hz • PF > 0.9 • overload, overvoltage, and short-circuit protection • for power supply of LED strips and lights with 24 V voltage, direct current • power supply: 220–240 V, 50 Hz • black adapter for direct plug-in connection • overvoltage and short-circuit protection • round connector on output, the 150 W variant is terminated with two free conductors without end connector • in order to achieve optimal function, it is recommended to have the power supply as close to the light source as possible (Longer cables cause voltage losses and a subsequent drop in luminous intensity. They may also have disturbing influence on nearby electrical appliances.) • input power of the power supply must be higher than the input power of the lights, recommended reserve: 20%, for continuous lighting the reserve should be increased to 30% • power supply should have a minimum distance of 0.5 m from other electrical appliances • place in such a way that sufficient ventilation – heat dissipation – is provided • cable length 2 × 1 m • CE certificate • covered terminal box for possible connection of other cables (must be carried out by an authorised person) • round connector on output, the 150 W variant is terminated with two free conductors without end connector • in order to achieve optimal function, it is recommended to have the power supply as close to the light source as possible (Longer cables cause voltage losses and a subsequent drop in luminous intensity. They may also have disturbing influence on nearby electrical appliances.) • input power of the power supply must be higher than the input power of the lights, recommended reserve: 20%, for continuous lighting the reserve should be increased to 30% • power supply should have a minimum distance of 0.5 m from other electrical appliances • place in such a way that sufficient ventilation – heat dissipation – is provided • cable length: 1 m • CE certificate Warning It is not possible to combine 12 V LED strips with a 24 V transformer and vice versa. The power supply must always have sufficient reserve for the respective LED strip set. During normal use, the reserve should be 20%, if used for more than 5 hours, we recommend increasing the reserve to 30% or more. Offered power supply have protection to prevent damage, the transformer switches off at overloading and after reducing the load and cooling, the power supply is functional again. However, overloading has a negative impact on the overall service life. The power supply should be installed in such a way that it can be accessed at any time for replacement and is well ventilated. Installation in small, unventilated space reduces its service life. Please note that the supply voltage must comply with ČSN EN 60038, damage due to over-voltage in the electrical network is not a reason for placing a complaint. Claims are resolved by replacing the faulty power supply. Additional costs associated with replacing the connection are not recognised. YEARS YEARS WARRANTY WARRANTY Power supply power (W) = x+ 20% (30%) x = LED strip length (m) × LED strip input power (W/m) Example: using a strip of 14.4 W/m and an installed strip length of 2.5 m, the strip power is 36 W + 20% reserve (7.2 W) = 43.2 W. You will therefore need a power supply with a minimum power of 44 W. code power L × W × H (mm) code power L × W × H (mm) PF
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