JennAir

JGRP436WP

This system features a 1,200-watt oval heating element and two round fans that distribute heat evenly and thoroughly throughout the oven. Six different convection cooking modes, including bake, roast and broil, all deliver superbly consistent results.

Each PowerBurner features two burners stacked in one location on the cooking service with a maximum output of 20,000 BTUs providing the power for high-temperature cooking techniques such as wok cooking and flash frying.

Three high-heat burners offer powerful output, allowing you to cook several dishes at maximum heat at the same time.

With a power output ranging from 5,000 BTUs to a gentle 700 BTUs, this simmer burner gives you maximum control while simmering sauces and melting delicate ingredients like chocolate and butter.

This luxury double wall oven's stylish LCD control panel features dynamic touch-screen technology, which allows you to navigate effortlessly through settings like temperature and cooking time.

This convenient feature automatically converts conventional cook time and/or temperature from any recipe to the appropriate convection settings, taking the guesswork out of convection cooking for consistent, effortless results.

The sealed burners, which prevent spills and drips from entering the burner box, make it easy to maintain a pristine cooking surface.

This range allows you to easily adapt your energy source from natural gas to propane.

If the flame is accidentally blown out by a draft, a spark occurs that automatically re-ignites the extinguished burner.

Ideal for entertaining, this oven offers generous capacity to cook multiple dishes at once.

This range's superb ventilation allows for closed-door broiling, which ensures consistent cooking. Variable temperature control provides precise heat tailored to different foods and preferences.

This control panel combines up to three modes, selecting the time and temperature for each mode. Settings can be saved for later use or deleted when no longer needed.

These heavy-duty grates heat up evenly, for consistent heat distribution across the surface.