Product comparison · 2 steam cookers

Philips RI9120 900 W Steamer vs Philips Pure Essentials Collection RI9140

Key differences

Product colour
- RI9120 900 W Steamer:Transparent, White
- Pure Essentials Collection RI9140:Black, Transparent
Control type
- RI9120 900 W Steamer:Rotary
- Pure Essentials Collection RI9140:Buttons
Material
- RI9120 900 W Steamer:Plastic
- Pure Essentials Collection RI9140:Plastic, Stainless steel
Timer type
- RI9120 900 W Steamer:Mechanical
- Pure Essentials Collection RI9140:Digital
Depth
- RI9120 900 W Steamer:228 mm
- Pure Essentials Collection RI9140:227 mm

Differences highlightedShow differences only

Comparison of RI9120/56, RI9140/91
34 specifications	A Philips RI9120 900 W Steamer Model RI9120/56 View product	B Philips Pure Essentials Collection RI9140 Model RI9140/91 View product
Features3 differ
Number of baskets	1 basket(s)	1 basket(s)
Appliance placement	Freestanding	Freestanding
Product colourDiffers	Transparent, White	Black, Transparent
Control typeDiffers	Rotary	Buttons
Control position	Front	Front
MaterialDiffers	Plastic	Plastic, Stainless steel
Interior capacity	9 L	9 L
Water tank capacity	1.1 L	1.1 L
Rice bowl	1.2 L	1.2 L
Cool touch handle(s)	Yes	Yes
Variable bowl capacity	Yes	Yes
Number of tiers	3	3
Cord length	1 m	1 m
Ergonomics1 differ
Integrated timer	Yes	Yes
Timer typeDiffers	Mechanical	Digital
Easy to clean	Yes	Yes
Dishwasher-proof parts	Yes	Yes
Non-slip feet	Yes	Yes
Cord storage	Yes	Yes
Water level indicator	Yes	Yes
Indication light	Yes	Yes
LED indicators	Yes	Yes
Power LED	Yes	Yes
Auto power offKnown for one	Unknown — not stated by the source	Yes
Cooking functions & programsidentical
Automatic keep warmKnown for one	Unknown — not stated by the source	Yes
Poweridentical
Power	900 W	900 W
AC input voltage	110-127 V	110-127 V
AC input frequency	50 - 60 Hz	50 - 60 Hz
Weight & dimensions1 differ
Width	312 mm	312 mm
DepthDiffers	228 mm	227 mm
Height	450 mm	450 mm
Weight	2.3 kg	2.3 kg
Packaging contentidentical
Recipe book	Yes	Yes
Other featuresidentical
Egg tray	Yes	Yes

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.