DENO LED Lighting

RGB LED Wall Washer Strip | DENO LED Strip Manufacturer

The RGB LED wall washer strip is a specialized linear lighting solution designed for architectural and accent illumination, projecting dynamic color washes onto vertical surfaces. DENO LED offers 24V models with high CRI, ensuring accurate color rendering. These strips feature robust construction suitable for both indoor and outdoor applications, with custom OEM lengths available to meet project specifications. Key applications include building facades, landscape lighting, and interior accent lighting in commercial and hospitality environments.

RGB models & key specifications (3)

16693 — 3030 · 48 LEDs/m · 24V

16693 RGB — 24V, cuttable every 125mm, 12mm FPCB width, 3030 LEDs, 48 LEDs/m

LED Type: 3030 · LED Density: 48 · Voltage: 24V · Power: 8~24W · Cutting Unit: 6LEDs/125mm · PCB Width: 12mm · Copper Foil: 2oz · Circuit Type: CV

15556 — 5054 · 24 LEDs/m · 24V

15556 RGB — 24V, cuttable every 270mm, 15mm FPCB width, 5054 LEDs, 24 LEDs/m

LED Type: 5054 · LED Density: 24 · Voltage: 24V · Cutting Unit: 6LEDs/270mm · PCB Width: 15mm · Copper Foil: 2oz · Circuit Type: CV

11281 — 3030 · 24 LEDs/m · 24V

11281 RGB — 24V, cuttable every 250mm, 18.4mm FPCB width, 3030 LEDs, 24 LEDs/m

LED Type: 3030 · LED Density: 24 · Voltage: 24V · Cutting Unit: 6LEDs/250mm · PCB Width: 18.4mm · Copper Foil: 2oz · Circuit Type: CV

RGB LED Strip Lights — Buyer Questions

What is the difference between RGB and RGBW LED strip lights?

An RGB LED strip mixes red, green and blue dies to produce colour, and its 'white' is a mix that always carries a colour cast. RGBW LED strip lights add a dedicated white die — 2700K to 6500K, Ra 90+ — so the same run can deliver usable architectural white and saturated colour scenes without a second channel of tape.

Should I use a 12V or 24V RGB LED strip?

24V is the default for architectural work: at the same wattage it draws half the current of 12V, so a single feed covers 5–10 m without visible colour shift at the far end. 12V RGB LED strip is reserved for short cabinet, furniture and vehicle runs where the driver or controller is 12V-native.

How is an RGB LED strip controlled — DMX, DALI or a standard controller?

Common RGB tape is a 4-pin constant-voltage load, so it works with any PWM controller: standard RF/Wi-Fi controllers, 0–10V, DALI DT8 or DMX512 decoders. Choose a driver and decoder with at least 1 kHz PWM (16 kHz for camera-facing work) to keep the run flicker-free on video.

Frequently asked questions

What are the typical electrical specifications for DENO LED's RGB LED wall washer strips?

DENO LED's RGB LED wall washer strips typically operate at 24V DC. Power consumption varies by model and LED density, ranging from 14.4W/m to 28.8W/m. These strips are designed for consistent performance across their specified voltage range, ensuring stable color output and longevity for demanding architectural applications.

What level of ingress protection (IP rating) is available for outdoor RGB LED wall washer strips?

For outdoor applications, DENO LED offers RGB LED wall washer strips with IP67 or IP68 ratings. This ensures protection against dust ingress and water immersion, making them suitable for exposed environments. The specific IP rating depends on the model and encapsulation method, providing reliable performance in diverse weather conditions.

Can the RGB LED wall washer strip be customized for specific project lengths or mounting requirements?

Yes, DENO LED provides OEM/ODM services for RGB LED wall washer strips, allowing for custom lengths, specific mounting profiles, and connector types. This enables seamless integration into diverse architectural designs. Minimum Order Quantity (MOQ) applies for custom orders, with lead times varying based on complexity and volume.

What is the typical beam angle and light distribution pattern for these RGB LED wall washer strips?

RGB LED wall washer strips are engineered to provide a narrow, focused beam angle, typically between 15 to 45 degrees, to achieve a uniform light wash effect on vertical surfaces. The precise beam angle and light distribution pattern vary by model, optimized for effective illumination and minimal spill light in architectural applications.