Jennair Black Floating Glass 36" Induction Cooktop

This luxury induction cooktop can be installed over a single built-in wall oven, offering additional design flexibility.

Separate timers for each element allows you to easily time several dishes at once.

Five induction elements, in a variety of sizes to match cookware, generate heat directly into the cookware while keeping the surface cool.

Cooks like gas, looks like electric, outperforms both. By converting cookware into the heat source, induction technology gives you fast, efficient and outstanding cooking power.

Our newest induction cooktops feature the industry s most powerful induction element, delivery fast & consistent results.

The kettle will maintain water at the desired temperature for up to 30 minutes with the Keep Warm function.

One of the Low Settings, each element features a Keep Warm(TM) Function which may be used to keep cooked food or delicate sauces warm until you're ready to serve. Having the function available on each element allows you to cook and warm food on the same element.

Available on all five elements, this function allows you to cook at minimal power, ideal for cooking delicate sauces or melting chocolate or butter.

This feature allows you to quickly turn off the cooktop with a single touch. A tone sounds to confirm that the element has been turned off.

A sensor detects your cookware before enabling an element. When it is removed, the element automatically switches off.

Quickly heat cookware, boil liquids and sear meats by raising the cooking temperature above the highest setting for up to 10 minutes, available on all induction elements.

This induction cooktop s intuitive option selects the optimal power level to quickly bring water to a boil, beeps it reaches the boiling point, then adjusts the power level to minimize the possibility of boiling over.

This convenient Simmer Function provides the low, steady heat required for simmering sauces and soups.

These controls are activated by the simple movement of a finger sliding across the sensitized surface.