LED pixel strip EUROLITE 50530210 2.5m RGB 5V – addressable LED strip, 2.5 m length, 5V supply, RGB

EUROLITE 50530210 is an addressable RGB LED pixel strip with a 2.5 m length and 5V supply, designed for pixel-level color control in lighting installations. The strip contains individually addressable RGB pixels that enable dynamic color changes, animations and fine-grained lighting effects for signage, stage accents, decorative elements and architectural highlights. It is intended for use with compatible 5V LED controllers and appropriate power supplies to ensure reliable operation and predictable color rendering.

Advantages

The addressable design allows independent control of each pixel, enabling complex color patterns, chasing effects and animated sequences across the entire 2.5 m length. Operating at 5V reduces the risk of voltage-related compatibility issues with low-voltage controllers and simplifies power distribution for short- to medium-length runs. The RGB configuration provides a wide palette of colors and smooth color transitions, while the flexible strip format supports installations on curved or irregular surfaces.

Suitable for

Key specifications

How to use

Install the LED pixel strip on a clean, dry surface using the adhesive backing or appropriate mounting track. Connect the strip to a compatible 5V power supply and a controller that supports addressable RGB pixels; ensure correct wiring for data, ground and 5V power and observe polarity. Configure the controller software to match the number of pixels and desired data protocol, then upload or select color patterns and animations. For longer runs or multiple strips, plan power injection points to maintain consistent brightness and color accuracy across the installation.

Recommendations

Use a power supply with sufficient current capacity and a controller matched to the strip's data protocol. Avoid exposing the strip to water or high humidity unless an IP-rated version is specified. When cutting or joining segments, follow the strip's marked cut points and use proper soldering or connector techniques to maintain signal integrity and safe power distribution.