350W IP65 Waterproof RGBALC COB Mini Outdoor Blinder Light LED Par Light(GL-N352-RGBALC)
A compact IP65-rated blinder/par light that gives you complete control over color temperature—from warm 1800K to cool 8500K. No more carrying separate fixtures for tungsten vs. daylight matching.
- 176 x 2W RGBALC LEDs – red, green, blue, amber, lime, cyan for full-spectrum mixing
- 12,700 lumens output – bright enough for outdoor stages and architectural accents
- CRI 92+ – accurate color rendering for live and broadcast
- 16-bit adjustable color temp – 1800K–8500K, smooth transitions
- Beam angle: 65° (35° optional)
- DMX channels: 1–21, selectable
- RDM protocol support – remote device management
RGBALC adds lime and cyan for better pastels and deeper color mixing than standard RGBW
Modular design – run as single, double, or quad-lamp setup
AT A GLANCE
Specification
DOWNLOADS
VIDEO
Frequently Asked Questions
Q: Is this LED par light bright enough for outdoor events and professional stages?
A: Absolutely. With a massive output of 12,700 lumens from 176 high-power LEDs, this par light provides intense, vibrant illumination that cuts through ambient light, making it perfect for large stages and outdoor applications.
Q: Can I use this light outdoors in the rain?
A: Yes. Its IP65 protection rating means it is completely dust-tight and protected against water jets from any direction. You can confidently use it in rain, wind, and harsh outdoor conditions.
Q: How accurately can I control the white light and colors?
A: It offers exceptional control. You get precise 16-bit adjustment of color temperature from a warm 1800K to a cool 8500K for perfect whites. Combined with its RGBALC LED engine and CRI 92+, it delivers rich, accurate colors and realistic skin tones.
Q: Is it compatible with my existing DMX lighting controller?
A: Yes, it integrates seamlessly. It uses the standard DMX512 protocol with RDM support and offers multiple control channel options (from 1 to 21CH), ensuring compatibility with all professional DMX controllers and systems.





