DENO LED Lighting

Dim to Warm LED Strip | 3000K to 1800K | DENO

DENO LED's dim to warm LED strip product family offers dynamic color temperature adjustment, mimicking incandescent dimming by transitioning from 3000K to 1800K as light output decreases. These 24V strips feature high CRI (Ra>90) for accurate color rendition and are available in various power densities (e.g., 9.6W/m, 14.4W/m) and IP ratings. Utilizing electroplated roll-to-roll FPCB and 1 SDCM binning, they are suitable for hospitality, residential, and architectural accent lighting applications requiring precise ambiance control.

Dim To Warm SMD Strips models & key specifications (5)

5462 — 2835 · 168 LEDs/m · 24V

5462 Dim To Warm SMD Strips — 24V, cuttable every 83.3mm, 12mm FPCB width, 2835 LEDs, 168 LEDs/m

LED Type: 2835 · LED Density: 168 LEDs/m · Voltage: 24V · Power: 5.8~28.8W · Cutting Unit: 14LEDs/83.33mm · PCB Width: 12mm · Copper Foil: 3oz · Circuit Type: C.C.

6942 — 2216 · 224 LEDs/m · 24V

6942 Dim To Warm SMD Strips — 24V, cuttable every 62.5mm, 10mm FPCB width, 2216 LEDs, 224 LEDs/m

LED Type: 2216 · LED Density: 224 · Voltage: 24V · Power: 7.7~24W · Cutting Unit: 14LEDs/62.5mm · PCB Width: 10mm · Copper Foil: 2oz · Circuit Type: C.C.

17254 — 2216 · 224 LEDs/m · 24V

17254 Dim To Warm SMD Strips — 24V, cuttable every 62.5mm, 6mm FPCB width, 2216 LEDs, 224 LEDs/m

LED Type: 2216 · LED Density: 224 LEDs/m · Voltage: 24V · Power: 7.7~15.36W · Cutting Unit: 14LEDs/62.5mm · PCB Width: 6mm · Copper Foil: 3oz · Circuit Type: C.C.

14207-N — 2216 · 420 LEDs/m · 24V

14207-N Dim To Warm SMD Strips — 24V, cuttable every 33.3mm, 10mm FPCB width, 2216 LEDs, 420 LEDs/m

LED Type: 2216 · LED Density: 420 LEDs/m · Voltage: 24V · Power: 7.2~18W · Cutting Unit: 14LEDs/33.33mm · PCB Width: 10mm · Copper Foil: 3oz · Circuit Type: C.C.

14025 — 2216 · 420 LEDs/m · 24V

14025 Dim To Warm SMD Strips — 24V, cuttable every 33.3mm, 10mm FPCB width, 2216 LEDs, 420 LEDs/m

LED Type: 2216 · LED Density: 420 · Voltage: 24V · Power: 7.2~18W · Cutting Unit: 14LEDs/33.3mm · PCB Width: 10 · Copper Foil: 3oz · Circuit Type: CC

Frequently asked questions

How does a dim to warm LED strip achieve its color temperature shift?

Dim to warm LED strips integrate multiple LED chip types, typically 3000K and 1800K, onto a single FPCB. A specialized driver or controller dynamically adjusts the power supplied to each chip type. As the overall brightness is reduced, the controller proportionally increases the power to the warmer (1800K) chips while decreasing power to the cooler (3000K) chips, creating a smooth transition in correlated color temperature.

What are the typical CRI and SDCM specifications for DENO LED's dim to warm strips?

DENO LED's dim to warm strips are engineered for high color fidelity, featuring a typical Color Rendering Index (CRI) of Ra>90. We utilize 1 SDCM (Standard Deviation of Color Matching) binning for all LED chips, ensuring minimal color variation between individual LEDs and consistent color temperature across the entire strip length, which is critical for professional installations.

Can dim to warm LED strips be cut to custom lengths, and what is the smallest cut unit?

Yes, DENO LED's dim to warm strips are designed for field customization. The cutting points are clearly marked on the FPCB, typically every 50mm or 100mm, depending on the specific model and LED pitch. This allows for precise length adjustments to fit various project requirements, facilitating integration into custom fixtures or architectural details.

What control protocols are compatible with DENO LED's dim to warm systems?

Our dim to warm LED strips are compatible with standard low-voltage dimming protocols, including PWM (Pulse Width Modulation) based constant voltage dimmers. For advanced control and integration into building management systems, DALI and DMX control options are available through compatible drivers and interfaces. This offers flexibility for various project scales and control sophistication levels.

How does a dim to warm LED strip behave when dimmed?

As output falls the white point shifts from about 3000K down to 1800K, mimicking an incandescent or halogen lamp at low levels. The shift follows a single dimming channel, so any standard 0-10V, DALI or PWM dimmer controls it and no second control wire is required.