276 lm. @4.88W/ft RGBW (W-4000K) · Indoor
• UL-listed
• Field cuttable & joinable
• Channel-free, easy to mount on smooth surface
• Slim and elegant, ideal for indoor applications
• 3M tape on the back makes it easy to install
• 5 years warranty
• RGBW allows for versatile lighting effects
Example: NOVA- RGBW40-488-OW-20-11'
NOVA TAPE RGBW has a seamless glow with continuous luminance, perfect for dynamic designs. Its slim form factor ensures discreet placement, while its visually light-diffused output eliminates the need for channels, creating a clean aesthetic. You can tailor your ambiance with an wide array of CCT and color options, offering a palette for every mood.
PCB Width | 0.47'' |
Cutting Interval | 1.97'' |
Beam Angle | 150° |
CRI | N/A |
IP Rating | IP20 |
Environment | Dry location |
Warranty | 5 years |
Certifications | UL |
Series | NOVA |
0.68'' x 0.28'', Surface
- Standard length is 3.28ft./pcs
- Included 3.28ft cover, 2 pcs end caps, 4 pcs mounting clips
- Consult factory for customization
0.68'' x 0.28'', Recessed
- Standard length is 3.28ft./pcs
- Included 3.28ft cover, 2 pcs end caps, 4 pcs mounting clips
- Consult factory for customization
0.71'' x 0.71'', Angled
- Standard length is 3.28ft./pcs
- Included 3.28ft cover, 2 pcs end caps, 4 pcs mounting clips
- Consult factory for customization
0.62'' x 0.59'', Mud-in
- Standard length is 3.28ft./pcs
- Included 3.28ft cover, 2 pcs end caps
- Consult factory for customization
96W/150W/200W/300W, UL-listed, 24V
• Dimming options: DMX512
• Constant Voltage Driver
• Input Voltage: 100-277VAC
• Slightly adjustable output voltage
• Built-in active PFC
• RDM (Remote Device Management)
• Protection: short circuit/over load/over heat
• Dry/damp/wet locations
• Flicker-free
• 0-100% dimmable
• Read and write DMX512 address or fine-tune output voltage with mobile ProNFC app or special NFC device
30W/60W/96W/150W/200W/300W, UL-listed, 24V
• Non-dimmable
• UL-listed
• Constant Voltage Driver
• Universal Input: 100-277VAC
• Protection: short circuit/over load/over heat