LED-valonauha Nanoxia NRLED30R 300 mm punainen

The Nanoxia NRLED30R is a rigid 300 mm LED bar with 27 high-brightness red SMD5050 LEDs and a power consumption of 6.4 W. Designed for PC case lighting and general ambient illumination, the strip is manufactured to industrial quality standards and delivered with adhesive tape for straightforward mounting.

Advantages

The NRLED30R uses high-end SMD5050 LEDs to provide consistent, intense red illumination across its full length. It includes a 3-pin Molex power connector for simple connection to a power supply and supports dimming within a wide control range (approx. 7–12 V), enabling compatibility with common fan controllers. The strip is tested during and after production to ensure full illumination and reliable performance.

Suitable for

• PC case internal lighting
• Ambient lighting in living rooms or workspaces
• Car-modding and vehicle interior accent lighting

Key specifications

• Model: Nanoxia NRLED30R
• Length: 300 mm (30 cm)
• LED count and type: 27 × SMD5050 (red)
• Power consumption: 6.4 W
• Connector: 3-pin Molex
• Control/dimming range: approx. 7–12 V
• MPN: NRLED30R, EAN: 4260285294457

How to use

Peel the protective cover from the supplied adhesive tape and attach the LED bar to a clean, dry surface inside your PC case or other mounting location. Connect the 3-pin Molex plug to a compatible power source or to a fan controller that supports the specified voltage range to enable dimming. For multiple bars, use a separately sold adaptor cable or 3-pin Y-/extension cables to link strips to a single power supply. Observe polarity and connector orientation when making connections.

Recommendations

Pay attention to the power consumption of each LED bar and ensure your power supply can handle the total load when multiple strips are connected. Improper power connections or exceeding the supply capacity may cause hardware damage; the manufacturer is not liable for such damage. Use the provided adhesive only on appropriate surfaces and avoid mounting near heat sources or moving parts.