14" Adjustable Square Solar Roof Exhaust Fan, 60W Dual Power Attic Ventilator
Sale price
$42295
Regular price
$58495
Unit price
/
Unavailable
.
Delivery & Shipping
Get it by Oct 22–Oct 24
Ships next business day
Free 30-day returns
SKU:
W540P503370
This 14" adjustable square solar roof exhaust fan in black is ideal for large attics, barns, greenhouses, and other spacious indoor areas where efficient ventilation is essential. Constructed with a durable die-cast aluminum alloy, it offers both reliability and weather resistance while enhancing indoor air quality through effective air circulation.
Key Features
- Adjustable Solar Panel with Dual Power: 60W monocrystalline panel shifts to electric backup for uninterrupted airflow even in low sunlight.
- Robust Construction: Die-cast aluminum alloy casing provides superior resistance to corrosion, rain, frost, and high temperatures.
- High Airflow Motor: 50W brushless DC motor delivers up to 2500m³/h airflow, efficiently expelling hot and humid air.
- 3-Speed Remote Control: Easily select the optimal ventilation speed using the included remote control for flexible operation.
- Tilt-Adjustable Bracket: Adaptable to various roof slopes to maximize sunlight exposure and performance.
- Automatic Startup: Integrated sensor automatically starts the fan at 25°C, ensuring temperature-responsive ventilation.
- Weather and Heat Resistant: Designed to perform reliably in harsh conditions all year round.
Specifications
| Dimensions | 27.95" W x 28.35" D x 14.57" H (shipping package) |
|---|---|
| Weight | 26.9 lb (product), 32.63 lb (shipping) |
| Material | Die-cast aluminum alloy |
| Color/Finish | Black |
| Power | 60W solar with electric backup |
| Motor | 50W brushless DC |
| Airflow | Up to 2500m³/h |
| Control | 3-speed remote & automatic temperature activation (25°C) |
What's Included
- Exhaust fan with tilt-adjustable solar panel
- Remote control
Assembly & Care
Assembly required; see included instructions for installation details. Routine cleaning is recommended to maintain optimal performance.









