The same 240 LEDs/m output that makes sense on a 12 V strip becomes a wiring problem on a long run. At 12 V, 240 LEDs pulls 1.83 A per metre, which limits how far a single feed can carry before voltage drop becomes visible as a dimmer far end. Moving the same LED count to 24 V halves that current, and this is the model that does it — the direct 24 V counterpart to the 12 V 240 version, with identical light output and half the current demand.
Output is unchanged at 2600 lumens per metre from 240 LEDs, but current drops to 0.92 A — half the 1.83 A of the 12 V version. That is the number that determines run length: with half the current, voltage drop over an equivalent distance is roughly halved, so a run that would need intermediate injection at 12 V can often be fed from one point at 24 V. Fewer feed points means less cabling, fewer connectors, and fewer joints to fail.
The construction difference is the second reason to specify this model. The LEDs are arranged in two rows across a 12 mm board rather than a single row on 10 mm, which widens the light-emitting area and softens the edge of the beam in cove and shelf applications. The trade-off is a 50 mm cut interval — coarser than the 12.5 mm of the 12 V 240 model, so this suits long open runs rather than short joinery sections where length matching matters. Confirm the 12 mm board against the intended channel profile. 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.
The same 240 LEDs/m output that makes sense on a 12 V strip becomes a wiring problem on a long run. At 12 V, 240 LEDs pulls 1.83 A per metre, which limits how far a single feed can carry before voltage drop becomes visible as a dimmer far end. Moving the same LED count to 24 V halves that current, and this is the model that does it — the direct 24 V counterpart to the 12 V 240 version, with identical light output and half the current demand.
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