5mm | 24V | 240LEDs | 25cut | #2-6891 Ultra-Narrow LED Strip Light
Model: 2-6891
Overview
The DENO LED model 2-6891 is an innovative ultra-narrow LED strip light, designed specifically for applications requiring minimal visibility and maximum brightness. With a 5mm PCB width and 24V input, it is ideal for installation in tight aluminum profiles or small gaps, such as under-cabinet lighting, display cases, or cove lighting. It features a high density of 240 LEDs/m, ensuring uniform illumination without hot spots. This product is CE and RoHS compliant, catering to...
Description
5mm | 24V | 240LEDs | 25cut | #2-6891 Ultra-Narrow LED Strip Light Ultra-thin (3/4/5mm wide) strip light that is outfitted with extremely bright LED chips and a strong adhesive backing.Widely use in small & thin aluminum profile or the small gap lighting.
Specifications
| ledQty | 240 LEDs/m |
|---|---|
| partNo | DL-F22A120V24-2-6891 |
| smdType | 2216 |
| cuttable | 6LEDs/25mm |
| dimmable | Yes |
| ledPitch | 4.1mm |
| pcbWidth | 5 |
| beamAngle | 120° |
| lengthMax | 5m |
| copperFoil | 2oz |
| powerRange | 4.8~19.2W |
| circuitType | C.V. |
| inputVoltage | 24V |
| operatingTemperature | -20°C ~ +50°C |
Frequently Asked Questions
What are the common applications for this ultra-narrow LED strip light?
This 5mm ultra-narrow LED strip is ideal for discreet accent lighting in display cases, cabinetry, architectural coves, and tight aluminum profiles where space is limited.
Can this 24V LED strip be dimmed?
Yes, the 2-6891 ultra-narrow LED strip is dimmable, allowing for flexible control over light intensity to suit various B2B project requirements.
Does DENO LED offer customization options for this product?
DENO LED provides customizable lengths and color temperatures for B2B orders of the 2-6891. Please contact our sales team for specific project needs and minimum order quantities.
What is the power consumption of this ultra-narrow LED strip?
The power consumption for this LED strip ranges from 4.8W to 19.2W per meter, depending on the specific configuration and operational conditions.