Zetlight X9 Bluetooth & WiFi 96W LED – Advanced Smart Aquarium Lighting
The Zetlight X9 delivers powerful, colour‑accurate illumination for reef aquariums, while its Bluetooth and Wi‑Fi modules let you adjust intensity, colour balance, and schedules from any mobile device. With a 96W LED array, a spherical quartz lens, and a 395 nm UV channel, this fixture promotes healthier, more colourful corals and reduces the need for manual lighting tweaks.
Its energy‑efficient design runs cooler than conventional lights, thanks to a six‑level smart cooling fan and a 360° all‑round heat sink, extending the lifespan of both the LEDs and the surrounding equipment.
Specifications for Zetlight X9 Bluetooth & WiFi 96W LED
- Power Consumption: 96 W
- LED Technology: RGB Tri‑phosphor
- Connectivity: Dual Bluetooth & Wi‑Fi
- Cooling System: 6‑level smart fan with 360° heat sink
- Lens: Spherical quartz for UV resistance and natural diffusion
- UV Wavelength: 395 nm colour‑inducing UV
- Adjustable Colour Channels: 4 main channels
- App Features: Lighting filters, scheduling, remote control
How to Use This LED Aquarium Light
- Mount the Zetlight X9 securely above the aquarium according to the installation guide.
- Connect the unit to a stable power source.
- Download the Zetlight mobile app (available for iOS and Android).
- Pair the fixture with the app using either Bluetooth or Wi‑Fi.
- Adjust colour intensity, UV output, and create lighting schedules to match your reef’s natural cycle.
- Save your settings and let the app automate daily lighting routines.
Care & Maintenance Tips
- Wipe the spherical quartz lens with a soft, damp cloth every 2–4 weeks to remove dust and algae.
- Ensure the cooling fan and heat‑sink are free of debris for optimal airflow.
- Check for firmware updates in the Zetlight app and install them regularly.
- Monitor the fixture’s temperature; if it feels unusually hot, verify fan operation.
- Avoid direct water splashes on the LED housing; keep the unit sealed.
- Use the recommended power adapter to prevent voltage fluctuations.
