Mantra AVDF1 Deluxe 30 in. Convertible Under Cabinet Range Hood with Light in Stainless Steel

Mantra AVDF1 is a 30 in. under-cabinet convertible range hood in stainless steel finish that features a refined, yet substantial shape to bring a fresh look to any traditional or transitional kitchen design. Equipped with the exclusive Broan Captur system, which combines advanced blower design with new filter technology, this 300 CFM-rated hood provides 98.1% removal of smoke and odor to protect your home and family from airborne pollutants caused from cooking. The quiet-running Mantra is also designed with Smooth Flow technology, which streamlines the path of air for improved efficiency and virtually eliminates noise. Tap Touch electronic controls operate Mantra’s 3 fan speeds and advanced LED lighting system. Using the included EZ1 system, the hood can easily be installed by one person in up to half the time of a standard install.

• Convertible range hood can be installed as venting or non-venting to fit a variety of installation needs
• Tap touch electronic controls feature LED indicators that display fan speed, lighting levels and signal filter replacement reminders
• Quiet operation at any of the 3 fan speeds
• Captur exhaust system and 300 CFM blower is 98.1% efficient in removal of smoke and odor from cooking
• Convertible to accommodate either top or rear venting applications, or non-ducted operation using broan type Xc non-ducted filters (sold separately, Model HPF30 or S97020466)
• 2 dishwasher-safe micromesh filters feature advanced high-flow technology to grab more airborne grease
• Heat-resistant, 2-level LED lighting with 3-year warranty provides crisp, even light over the entire cook surface
• Hidden louvers on top of hood exhaust away from cabinetry
• Under-cabinet convertible range hood features refined shape that blends perfectly with a sleek, electronic control panel to bring a fresh look to nearly any kitchen
• 1-year limited manufacturer’s warranty
• EZ1 system enables easy single-person installation in up to half the time of traditional methods