Thermador Sensor Cooking User manual

AN INNOVATIVE BREAK THROUGH IN THE SCIENCE OF COOKING

CONTENTS
WHAT IS SENSOR COOKING? 2
PERFORMANCE & BENEFITS 3
CONVENIENCE 3
PRECISION CUISINE 4
ENERGY SAVINGS 5
WHY SENSOR COOKING? 6
HOW DOES IT WORK? 6
TWO WAYS TO COOK USING THE
SENSOR DOME™TEMPERATURE SYSTEM 8
OPTION A: USING THE 5TEMPERATURE RANGES 9
OPTION B: USING THE 9PRE-PROGRAMMED SETTINGS 10
ACCESSORIES FOR MASTERPIECE®ELECTRIC COOKTOPS 11
PREMIUM SENSOR POTS 11
SENSOR STRIPS 12
CHEF’S PAN 12
PRODUCT SPECIFICATIONS
MASTERPIECE®DELUXE CES304FS (30" COOKTOP) 13
MASTERPIECE®DELUXE CES365FS (36" COOKTOP) 14
MASTERPIECE®DELUXE CES366FS (36" COOKTOP) 15
Q & A FOR SENSOR COOKING 16

COOKED PERFECTLY, EVERY TIME, FOR
MAXIMUM TASTE AND MINIMUM EFFORT
Thermador’s new electric cooktops now feature
exclusive infrared sensor technology called
Sensor Dome™on its new Masterpiece® Deluxe
Series. Sensor Dome works in conjunction with
the exclusive new CookSmart® programs, which
are currently available on Thermador’s advanced
Masterpiece wall ovens.
WHAT IS SENSOR COOKING?
Convenient Sensor Cooking: Energy savings
combined with superior cooking performance –
without the guesswork or the need to constantly
adjust the temperature.
To take advantage of this feature, simply
use your existing enamel-coated cookware or
attach the included dishwasher-safe strips
onto non-enamel cookware.
Sensor Dome cooking adds a world of
convenience to every meal.
W H AT I S
SENSOR COOKING?
2

CONVENIENCE
Concentrate on creating culinary masterpieces
with your sensor cooktop at your side and
serving as your sous chef.
No overboiling.
Less cleaning.
PERFORMANCE
& BENEFITS
3

PRECISION CUISINE
Sensor cooktop offers ultimate
temperature precision.
Stable temperatures retain nutrients.
No overcooking.
4

ENERGY SAVINGS
Sensor cooktop regulates amount of
energy needed – no wasted energy.
Because temperature is constantly
monitored, the need to check the
food by removing the lid is eliminated.
Cooktop provides exact amount of
energy for perfect food results.
5

HOW DOES IT WORK?
The Sensor measures the infrared beam emitted from the pot.
(Shown below with the Sensor Strip.)
Similar to a motion detector, the sensor detects the infrared beams
coming from the pot.
6
WHY SENSOR COOKING?
149.8ºC
-0.0ºC
0
20
40
60
80
100
120
140

7
The electronic circuit compares the actual temperature of the
pot with the programmed temperature and regulates the
element accordingly.
When the temperature is reached, the relay switch cycles the
element on and off, ensuring the precise temperature.

8
1. Press and release the temperature sensor to cause the
sensor to extend out.
2. Place food in the pot and add a minimum of 11⁄4"of liquid.
3. Place the pot in the center of the heating element and cover
with a lid.
4. Select the heating element. will appear in the display.
5. Now, you are ready to select temperature ranges or cooking programs.
T W O WAY S T O C O O K
USING THE SENSOR DOME™
TEMPERATURE SYSTEM