Because magnetic waves induce heat directly into the steel or iron cookware
directly, virtually 83% of the energy is transfered and not wasted. Of the energy
introduced,.gas transfers about 40%, electric cooktops about 47%. for more info
about how induction cooking work read below.
Four Reasons to buy:
SAFE: no flames, butane or burners! Eliminates the danger of gas jets and hot
burners. The innovative design of the ceramic plate creates instant heat, but
only to induction-compatible pans.
FAST: no waiting time, heat is instantly transferred to the pan
CLEAN: reduces pollution, fumes and offensive odor. Easily cleaned with a damp
cloth
CHEAP: induction heat costs 6 ~ 8¢ vs. $1.75 per hour for butane.
Features:
Dual functions: Cook & Warm
Cook: add heat to set temperature
Warm: keep at set temperature
9 levels of Heating Power with 5 indication lights (120°F ~ 420°F)
Up to 99 minutes of Timer Setting
3 temperature setting for Warm: L/M/H
Adjustable Power: 260W ~ 1200W
Smartscan Technology
Ceramic-glass surface made in Japan
Energy efficiency: 83%
Net Weight : 6 lb
Dimensions: 13.8 in x 11.8 in x 2.7 in.
ETL, FCC Approved.
Micro-Computer System.
Automatic cookware material suitability check.
Voltage: 120 V / 60 Hz
Safety Protections:
Under Pressure Protection
Auto Shut-Off Function
Overheat Protection
How Induction Cooking Works From the Michigan Technological University
Induction cooktops have many advantages over other cooking methods, including
efficiency, controllability, and safety. These advantages are easily explained
by discussing how they work. Each hob contains one or more coils made of ferromagnetic
material. When an alternating current is passed through these coils, a magnetic
field of the same frequency is produced. If a magnetic-based pan is placed on
the hob, the magnetic field induces a current in the pan. The internal resistance
of the pan causes heat to be dissipated, following the Joule effect. Thus it
is the pan itself, and not the cooktop, that heats up and cooks the food. Once
the pan is removed from the cooktop, the energy transfer stops. The result is
a flame-less method of cooking in which it is nearly impossible to start a fire
by forgetting to turn off the stove. Parents won't have to worry about their
child touching a hot burner because the cooktop surface remains cool. Changing
cooking temperatures is achieved quickly because there is no wait for the hob
to heat up, only the pan. Since there is no transfer of heat energy between
the hob and the pan, less heat is lost into the air, resulting in a more efficient
means of cooking, not to mention a more agreeable cooking environment. More
info about Induction cooktops click
here.
Provided for informational purposes only and is not meant to be construed
as an Endorsement