90cm Kitchen Island Cooker Hood Black

LA-90-MODA-ISL-BLK

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

Island Cooker Hood - Brushless Motor & Quiet Silent Extraction

With its sleek minimalistic design and modern stylish looks, the all new MODA Island cooker hood will grace any modern kitchen design of today and with its powerful energy efficient 780m³/hr brushless motor, it will remove your cooking odours for you in no time at all.

Flat island cooker hoods are very popular for many reasons. Their slim, sleek design give you the option to fit them in some of the most height restricted kitchens due to their slim, shelf like body! Unlike other island cooker hoods, the MODA island model has only a 40mm body, so even the lowest of ceilings shouldn't be a problem for this super slim island cooker hood!

The Moda has simple and easy to use electronic controls with the option to turn off the LED back light if required. Simply hold the timer button to turn the back light on or off if you wish and with it being available in a choice of Matt Black or Stainless Steel, you are sure to find the right choice for your kitchen here.

Featuring 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 the minus button then press 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.

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. Brushless motors consume 85% less than conventional electric motors on lower speeds, and 35% less at high speeds.