90cm Angled Curved Black Glass Extractor With Brushless Motor

LA-90-CURVA-BR

** Energy Efficient Brushless Motor with Dynamic LED's **

90cm Curva Cooker Hood - Unique curved designer hood in black glass

Introducing the all new and improved 90cm CURVA extractor in black glass, featuring the same energy efficient A+ rated brushless motor as featured in our ceiling range!

Newly upgraded and Featuring the all new Dynamic LED Lights, that allow you to change the colour temperature to a setting of your choice, these can be adjusted due to new technology and a new led lighting solution that will allow you to match your current kitchen LED lights if required. Simply press and hold the light button and then the (+) or (-) button to increase or decrease the kelvin rating through 10 different temperature settings from (Warm) 2950° kelvins all the way up to (Cool) 6500° kelvins.

This hood comes with A powerful 800m³/hr brushless motor, 4 speed settings and a timer function. The LED strip is made up of 6x 1w led lights and is complimented by our new touch sensitive control switch. The timer function is available on all settings, simply set the timer and let the hood turn off automatically for you.

You can gain easy access to grease filters via the curved black glass magnetic door.
All our Angled hoods are designed with an open/close central door panel that can be opened during cooking to allow for maximum extraction when needed which can be closed again after cooking. This feature allows you to keep the hood looking as good as new with its easy to clean glass door, discretely hiding the metal grease filters out of sight.
 

Brushless Energy Efficient Motor - Reduces noise up to 3dB(A) and increase efficiency by 30% even in the presence of a long stretch of ducting, so even the most powerful extractors stay quieter on average across all power levels due to the tone the motors produce.

Guaranteed considerable energy saving, coupled with high extraction efficiency. They consume 85% less than conventional electric motors on lower speeds, and 35% less at high speeds.