Product comparison · 2 cooker hoods

Electrolux CA6400I-X cooker hood Built-in Stainless steel 352 m³/h vs Electrolux CA9400I-X cooker hood Built-in Stainless steel 352 m³/h

Key differences

Lighting efficiency class
- CA6400I-X cooker hood Built-in Stainless steel 352 m³/h:E
- CA9400I-X cooker hood Built-in Stainless steel 352 m³/h:F
Number of filters
- CA6400I-X cooker hood Built-in Stainless steel 352 m³/h:1 pc(s)
- CA9400I-X cooker hood Built-in Stainless steel 352 m³/h:2 pc(s)
Washable filter
- CA6400I-X cooker hood Built-in Stainless steel 352 m³/h:No
- CA9400I-X cooker hood Built-in Stainless steel 352 m³/h:Yes
Width
- CA6400I-X cooker hood Built-in Stainless steel 352 m³/h:597.2 mm
- CA9400I-X cooker hood Built-in Stainless steel 352 m³/h:897.2 mm

Differences highlightedShow differences only

Comparison of CA6400I-X, CA9400I-X
25 specifications	A Electrolux CA6400I-X cooker hood Built-in Stainless steel 352 m³/h Model CA6400I-X View product	B Electrolux CA9400I-X cooker hood Built-in Stainless steel 352 m³/h Model CA9400I-X View product
Performance1 differ
Maximum extraction power	352 m³/h	352 m³/h
Type of extraction	Ducted	Ducted
Fluid dynamic efficiency class	E	E
Lighting efficiency classDiffers	E	F
Grease filtering efficiency class	F	F
Number of speeds	3	3
Noise level	60 dB	60 dB
Noise level (low speed)	46 dB	46 dB
Noise level (high speed)Known for one	Unknown — not stated by the source	60 dB
Designidentical
Type	Built-in	Built-in
Product colour	Stainless steel	Stainless steel
Built-in display	No	No
Number of motors	1	1
Filtering2 differ
Number of filtersDiffers	1 pc(s)	2 pc(s)
Washable filterDiffers	No	Yes
Lightingidentical
Bulb power	40 W	40 W
Number of bulbs	2 bulb(s)	2 bulb(s)
Bulb type	Halogen	Halogen
Poweridentical
Motor power	131 W	131 W
Annual energy consumption	111 kWh	111 kWh
AC input voltageKnown for one	230 V	Unknown — not stated by the source
Energy efficiency class (legacy scale)	E	E
Weight & dimensions1 differ
WidthDiffers	597.2 mm	897.2 mm
Depth	330 mm	330 mm
Height	340 mm	340 mm

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.