Cookology CVIS600BKT2 60cm 3 Speed Slider Control Visor Hood – Black
- 3 speeds
- Slider controls
- Maximum Air Flow 217.6 m3/hr
- Carbon Filters inc
- Energy Rating C
Keep your kitchen fresher while cooking with the Cookology CVIS600T2 60cm Visor Cooker Hood. Available in a black finish as the CVIS600BKT2 or stainless steel as the CVIS600SST2, its compact design fits neatly beneath a kitchen cabinet or directly onto the wall.
The hood offers three extraction speeds, allowing you to adjust the airflow to suit different types of cooking. Select a lower setting when gently simmering food or increase the speed when boiling, frying or preparing dishes that create more steam and stronger aromas.
Simple slider controls make the hood straightforward to operate, while the built-in 2W light helps illuminate the hob and cooking area below. With a maximum extraction rate of 217.6m³/h, it helps remove airborne grease, steam and unwanted odours from your kitchen.
The CVIS600T2 is suitable for external extraction or internal recirculation, providing flexibility when planning your installation. Recirculation filters are included, while extraction ducting can be purchased separately if required.
Its slim, space-saving design makes it particularly suitable for smaller kitchens, rental properties and areas where a large chimney hood may not be practical.
### Key Features
* Compact 60cm visor cooker hood
* Available in black or stainless steel
* Three extraction speeds
* Maximum extraction rate of 217.6m³/h
* Simple slider controls
* Built-in 2W light
* Maximum noise level of 71dB
* C energy-efficiency rating
* Suitable for extraction or recirculation
* Recirculation filters included
* Wall-mountable design
### Dimensions
* Width: 600mm
* Depth: 465mm
* Height: 80mm
A minimum clearance of 650mm above the hob is required.
CVIS600BKT2
5060729979525
Black
3 Speed, Slider Controls, Maximum Airflow 217.6 m3/hr, Energy Rating C, 71db
CHINA
2
Cookology
590
80
465
5
6
C
71
Slider
Built-in
Electric
87
13
220-240
50-60
UK
2
Electric
2W
A
217.6 m3/hr
3
226
