Faber NICE LED SRM X/V NS A60 cappa da parete, 60 cm, acciaio inox

For home cooks who want a reliable and stylish extraction solution, the Faber NICE LED SRM X/V NS A60 is a wall-mounted cooker hood that fits seamlessly above a 60 cm hob. It efficiently pulls smoke, steam, and odours from the air, keeping your kitchen fresh and comfortable during and after cooking. With its brushed stainless steel finish, it complements a variety of kitchen designs, from contemporary to classic.

Key specifications

• Mounting type: Wall-mounted
• Width: 60 cm
• Maximum extraction rate: 330 m³/h
• Number of fan speeds: 3
• Noise level: 55 – 69 dB(A)
• Lighting: 2 x 3 W LED
• Control: Slider mechanical
• Grease filter: Aluminium cassette, dishwasher safe
• Energy efficiency class: C
• Ducting diameter: 120 mm
• Recirculation capable (charcoal filter required)
• Motor power: 120 W
• Total power consumption: 126 W
• Voltage: 220 – 240 V

Why choose it

The Faber NICE LED SRM X/V NS A60 stands out with its bright LED lighting that illuminates your cooking area, the sturdy aluminium cassette filters that are easy to remove and clean in the dishwasher, and the flexibility to be used in ducted or recirculating mode. Its mechanical slider control makes operation intuitive and reliable, while the three fan speeds let you adjust extraction power based on what's on the stove.

Ideal use cases

• Kitchens with a 60 cm wide hob
• Wall installation against a chimney or wall face
• Ducted extraction to the outside, or recirculating installation where outdoor venting is not possible
• Daily cooking that produces moderate amounts of steam and odours

Good to know

When using the hood in recirculation mode, a charcoal filter (not included) must be fitted to remove odours effectively. The hood connects to a 120 mm ducting system for external venting. Always follow the manufacturer's instructions for installation and maintenance to ensure optimum performance and safety. The aluminium filters are washable and will need periodic cleaning to maintain extraction efficiency.