Voltage drop is the constraint that quietly dictates how far a strip run can go before the far end visibly dims. At 12V it limits practical runs to roughly 5m from a single feed; at 24V that extends considerably. At 48V, current draw falls to 0.2A per metre — a quarter of the 0.83A that the 12V equivalent pulls — and voltage drop effectively stops being the limiting factor on runs of any realistic indoor length. This is the model to specify for long continuous corridors, perimeter runs, and large commercial installations where intermediate power injection would otherwise add cost and failure points.
The second practical difference is reel length. Where the rest of the L series ships on 5m reels, this model ships on 20m reels — four times the continuous length per join, which on a long run means three fewer connectors, three fewer solder joints, and three fewer places for a connection to fail or a brightness discontinuity to appear. Carton quantity is 1000m (20m × 50 reels) against the 500m standard elsewhere. Output is 1300 lumens per metre at 10W, matching the standard 120-LED 12V model, so the move to 48V costs nothing in light output.
Note that 48V supply is required — this strip is not interchangeable with 12V or 24V infrastructure, and drivers should be specified accordingly. The cut interval is 50mm, coarser than the 25mm of the 12V model, which is the trade-off for the higher-voltage circuit layout. Installation is tool-free via double-sided adhesive tape film. Six colour temperatures from 2700K through 6500K are specified at order stage. Rated IP20 for indoor dry-location use, with CE, CB, and RoHS certification held by the manufacturer.
Request quotation, datasheet, or free sample length: tel: +86 18933392222 | email: [email protected] — OEM, bulk order, and distributor pricing available.
Voltage drop is the constraint that quietly dictates how far a strip run can go before the far end visibly dims. At 12V it limits practical runs to roughly 5m from a single feed; at 24V that extends considerably. At 48V, current draw falls to 0.2A per metre — a quarter of the 0.83A that the 12V equivalent pulls — and voltage drop effectively stops being the limiting factor on runs of any realistic indoor length. This is the model to specify for long continuous corridors, perimeter runs, and large commercial installations where intermediate power injection would otherwise add cost and failure points.
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