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Other Speedcooking Tips. . .

Safety

You must preheat your oven.

Put the food in the oven after the preheat beep when the oven control displays “Put Food In Oven” and then press START. You must press the START key after placing the food in the oven to start the speedcook mode.

When choosing a speedcook food category, refer to the chart on page 16.

All frozen foods should be speedcooked using the FROZENFOODS category.

When baking potatoes, the recommended cooking temperature is 350°F and cooking time is 90 minutes for medium sized potatoes. Add an additional 15–30 minutes for large potatoes or when baking more than four potatoes.

In general, when cooking meats wrapped in dough or refrigerated dough product, use the Biscuit/Roll or BakedGoods category.

For recipes using a large quantity of cheese, milk and/or eggs, use the BakedGoods category.

Larger amounts of food or multiple racks of food may require additional time. Check food doneness as prompted and continue cooking as needed.

Items such as appetizers, cookies, biscuits and rolls can be speed baked on multiple racks. Cooking time may increase slightly for some foods, but since two or three racks of food are being cooked at the same time, the overall result is substantial time saved.

When cooking multiple items or pans, leave space between them for maximum air circulation.

Cakes and quick breads (banana, zucchini or pumpkin bread) are not recommended for multiple rack speed baking. Place cakes side-by-side on one rack if speed baking. When using more than one rack to cook these foods, use CONV MULTI mode. See Using the convection modes section.

Meats/Poultry

Cooking times will vary depending on the cut of meat. Check for doneness at minimum time. Note: Meats will continue to cook and internal temperatures will rise after they are removed from the oven (standing time).

Use the broiler pan and grid provided with your oven for best results.

As in a conventional oven, aluminum foil may be used to shield food—to prevent overbrowning or overcooking (i.e., placing small strips of foil on tips of wings and legs of poultry). Also, foil covers may be tented over food (i.e., large frozen casseroles) toward the end of their cook time to prevent overbrowning or overcooking. Make sure that the foil is securely attached to the food. However, large amounts of foil or fully enclosing food in foil blocks the microwave energy, which eliminates time savings.

Do not use oven thermometers, meat thermometers or wire twist-ties in the oven while speedcooking.

Pop-up thermometers in your meat

may be inaccurate. Check the temperature of the meat with a thermometer after removing the meat from the oven.

For best results, speed bake turkeys unstuffed.

Instructions Operating Instructions Care and Cleaning Troubleshooting Tips

Rack Positions for Speed Baking. . .

If cooking on one rack, place food so that it is approximately centered in the oven.

Rack Positions and Examples

C Cookies, pizza, pie, muffins, cakes, biscuits, casseroles

B Loaves of bread, bundt cakes, meat loaf, small and medium roasts, whole chicken

A Very tall items: turkey, large roasts, angel food cakes

 

If cooking on two racks, use rack positions A and D to provide lots of space between

Rack positions, TrivectionOven.

items for optimal results.

If cooking on three racks, use rack positions A, C and E.

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Consumer Support

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GE JT930, JT980 owner manual Consumer Support, Other Speedcooking Tips, Rack Positions for Speed Baking

JT930, JT980 specifications

General Electric (GE) has made significant strides in the power generation and industrial equipment sectors, and their models ZET3038, ZET3058, JT980, and JT930 are testament to this commitment to excellence. Each of these models offers a unique blend of features, technologies, and characteristics designed to meet the diverse needs of modern industries.

The GE ZET3038 is a robust turbine engine that excels in flexibility and efficiency. Its design incorporates advanced materials that enhance durability while minimizing weight. One of the outstanding features of the ZET3038 is its modular architecture, which allows for easy maintenance and upgrades. The engine is equipped with a state-of-the-art digital control system, providing real-time monitoring and optimization of performance. This capability reduces downtime and maximizes operational efficiency, making it an ideal choice for industries requiring reliable and consistent energy output.

Moving on to the GE ZET3058, this model builds on the strengths of the ZET3038 but offers enhanced power and efficiency. It features a larger turbine and advanced aerodynamic profiles, resulting in improved fuel efficiency and reduced emissions. The ZET3058 is known for its operational versatility, being suitable for both peaking and base-load operations. Its integrated diagnostic systems allow for predictive maintenance, which significantly extends the lifespan of the components and reduces overall operational costs.

The JT980 is one of GE's high-performance jet engines, designed primarily for commercial aviation. It boasts advanced combustion technologies that ensure lower NOx emissions, meeting stringent environmental regulations. The JT980 incorporates sophisticated electronic systems for enhanced fuel management and efficiency optimization, greatly improving operational economics for airlines. Its lightweight construction contributes to overall aircraft performance, enabling higher payload capacities and reduced fuel consumption.

Lastly, the JT930 engine is tailored for regional and business aviation markets. It features a compact design and employs the latest in materials technology to achieve a balance between performance and cost-efficiency. The JT930 is recognized for its quiet operation and low environmental impact, making it a favorable choice for operators concerned about sustainability. Its straightforward maintenance procedures ensure that aircraft downtime is kept to a minimum, allowing for more flights and increased revenue potential.

In summary, the GE ZET3038, ZET3058, JT980, and JT930 showcase a spectrum of innovative technologies and design philosophies aimed at delivering high performance, efficiency, and reliability across various applications. Each model reflects GE's commitment to advancing industrial capabilities through cutting-edge engineering solutions.