GE JET342G warranty Automatic Microwave CooKng Recipe Guide, Wsy to Use, Foods Recommended

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Automatic Microwave CooKng Recipe Guide

Automatic cooking control is a fully automatic electronic control system that lets your microwave oven do the cooking for you. The guides and recipes in this section are designed to help you make the most of this truly new feature.

Standard cooking techniques require setting the oven for a specified cooking time or a selected finished temperature. And that means looking up recipes in a cookbook . . trying to convert old recipes for microwave cooking. . or just resorting to guesswork. This control method works on

an entirely different basis—with a special electronic sensor that detects steam from cooking food. The oven “knows” how the food

is cooking; so it can automatically set the correct cooking time and maintain the proper power level for different types and amounts of food.

N~E: Oven will not accept “Auto Cook code” if the oven is hot. If the word “Hot” appears, you must cool the oven before using Auto Cook or you may choose

to use time or temperature microwave cooking.

Wsy to Use

Simply touch two control pads— AU~ COOK and the desired code number—and then START. Refer to cooking guide for a complete list of codes for frequently prepared foods. The display shows Auto until steam is sensed and

then signals, and displays time counting down. During Auto, oven should not be opened, but when oven signals, most foods should be turned, stirred, or rotated. Check the Automatic Cooking Guide on pages 17 and 18 for suggestions.

Appropriate containers and coverings help assure good cooking results. Containers should match in size to the size of the food being cooked. Coverings such as plastic wrap secured on all sides, the lid that came with the container, or microwave-safe plastic domes are ideal. For examples of containers and coverings, see page 8 and the following recipe section on pages 10-16 of this book.

Foods Recommended

Foods Not Recommended

A wide variety of foods including meats, fish, casseroles, vegetables, leftovers, and convenience foods can be Auto cooked. Match container size with the food, cover securely, and do not open door during Auto cycle. When oven signals, turn, rotate or stir as recommended in recipe or guide on pages 17 and 18.

Reci~es and foods which must be cooked uncovered, or -,

which require constant attention, or adding ingredients during cooking should be microwaved by microwave time cooking (see page 22). For foods that microwave best using temperature probe, use Temp Cook, or Auto Roast. Foods requiring a dry or crisp surface after cooking cook best with microwave temperature cooking (see page 23), convection (pages 24, 25 and 31) or combination (pages 26-28) cooking. Note the cooking reference guide on page 29.

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Contents Microwave electric Combination CookingConvection Cooking Microwave CookingSave time and money Help us help youMicrowaving~ps Do Not Attempt to operate Optio~l AccessoryJWG Installation Kit converts Do Not Operate the ovenAvoid heating baby food When using the convection orMO~~T S~TY Instructions continu~ Cooked in liquids suchFeatures of Your Microwave/Convection Oven ?? ? ? ????? ?’ When You Plug in the OvenFeatures of Your Touch Control ~nel Comparison Guide What Your Oven Can DoMicrowaveConvectionCombination Combination Cooking Cookware and AccessoriesCookware ~ps Convection Cooking Cookware Microwave ConvectionAutomatic Microwave Cooking Setting the Oven ControlsQuestions and Answers Arethere some foods which do not Auto Cook well?Foods Recommended Automatic Microwave CooKng Recipe GuideWsy to Use Foods Not RecommendedAutomatic Cooking Main Dishes How to Adapt Microwave Casserole RecipesMeat, Fish & Poultry Chicken Teriyaki Meat or Main Dish RecipesMexican Meatball Casserole Chicken and ~ceFrozen Vegetables Automatic Cooking VegetablesFresh or Canned Vegebbles ’- ~Zucchini Casserole Vegetible RecipesStir fiy Vegetables Green RiceFruits Automatic Cooking Ruits and DessertsDesserts & Bream Cherry Cobbler Dessert Recipes~sy Chocolate Cake Hneapple Upside Down CakeAutomatic Cooting Control Guide Microwave-sate containerHrk Auto Stirt How to Time a 3-~ute Phone CdMinute/Second ~mer Conversion Guide How to Set Auto DefrostAutomatic Defrosti~ Automatic Defrosting GuideBy ~me How to Microwave Defrost and Microwave CookDefrosting by ~me Can I open the door during the Microwave Defrost cycle?Microwave Time Cooking How to Change Power hvel~o-Stige Microwave ~me Cooking Temperature cooking uses Microwave Temperature Cooking &w6aHow to Use Temperature Probe Are there any foods I can’t temperature cook?How to Convection Reheat and Time Cook Convection ~me CootingMay I cook two or more items at one time using the shelfl How to Convection Temperature CookCan I store the probe in the oven when it is not in use? Convection Tempemture CookingCombination Codes How to Combination ~me CookCombination ~me CooKng RememberCombination Temperature Cooking How to Combination Temperature CookCombination Auto Roast How to Combination Auto RoastAuto RoM Codes use Probe Cooking Reference Guide Foods Microwave Combination ConvectionPage Should I salt the meat before broiling? Oven Cleaning Guide Care of Your OvenUse of Extension Cords Use of Adapter PlugsDo not use an adapter plug Questiom? ~= Use This Roblem Solver Come onIf You Need Service All These Things Are Normal with Your Microwave OvenWarranty

JET342G specifications

The GE JET342G is a sophisticated and innovative jet engine that exemplifies the latest advancements in aerospace technology. As part of GE Aviation's renowned product line, this engine is specifically designed for various commercial aircraft, combining high performance with groundbreaking efficiency.

One of the primary features of the JET342G is its exceptional thrust capabilities. With a thrust rating of approximately 34,000 pounds, it is engineered to provide robust performance during takeoff and ascent, while maintaining efficiency during cruise conditions. This powerful thrust enables it to operate effectively across a range of aircraft sizes, making it a versatile choice for airlines around the globe.

The engine incorporates state-of-the-art turbofan technology, which allows for lower fuel consumption and reduced emissions compared to older models. The JET342G's advanced materials, including lightweight composite fan blades and high-temperature superalloys, contribute to its durability and reliability. These materials enable the engine to withstand the rigors of flight, thereby extending its lifecycle and minimizing maintenance costs for operators.

Another standout characteristic of the JET342G is its advanced aerodynamics. The design features an optimized fan and high bypass ratio, which enhances the engine’s overall efficiency. These aerodynamic improvements help reduce drag and enhance the aircraft's performance, resulting in lower operational costs for airlines as fuel efficiency becomes increasingly crucial in a competitive market.

In addition to its performance specifications, the GE JET342G is equipped with sophisticated digital engine control systems. These systems utilize advanced algorithms and sensors to monitor engine performance in real-time, allowing for immediate adjustments to maintain optimal efficiency and safety. This level of monitoring enhances the reliability of the engine, providing operators with confidence in its performance over long distances.

Safety also remains a top priority within the design of the JET342G. The engine incorporates multiple redundancies and advanced diagnostic tools that enable early detection of potential issues, ensuring that any maintenance needs can be addressed promptly.

Overall, the GE JET342G is a remarkable achievement in jet engine technology. With its combination of power, efficiency, and advanced monitoring systems, it continues to set the standard for modern aviation engines, reinforcing GE Aviation's commitment to innovation and excellence in the aerospace industry. As airlines seek to strike a balance between performance and sustainability, the JET342G is poised to play a key role in the future of aviation.