.ts cooked in a convection oven are dark brown

011 the outside and tender and juicy on the inside. In most cases, cooking time will be less when using the Convection Roast feature. Sometimes cooking time is reduced by 10 minutes per hour.

To make sure the meat is cooked the way you want it, we recommend using the temperature probe provided with the oven. Your double oven has a probe in the upper oven only.

Adapting Recipes for Convection Roasting

Use the temperature recommended in the

Convection Roasting Guide.

Preheating is not necessary.

Check foods for doneness at the minimum sllggested time.

The special roasting rack and broiler pan allow heated air to circulate over and under the meat. This allows the meat to brown on all sides.

Use the special roasting rack with the broiler pan and grid.

For more information on adapting recipes, see the Convection Cookbook.

Convection Roasting Rack

Roasts or poultry should be cooked on the lowest shelf position (A) on the offset shelf.

en you are convection roasting you will use the

. .~iler pan and grid and the special roasting rack.

The pan is used to catch grease spills and the grid is used to prevent grease spatters. The rack holds the meat.

This rack allows the heated air to circulate under the meat and increase browning on the underside of the meat or poultry.

1.Place the offset shelf in the lowest shelf position (A).

2.Place the grid on the broiler pan and put the roasting rack over them making sure the posts on the roasting rack fit into the holes in the broiler pan.

3.Place the meat on the special roasting rack.

See the Regular Roasting with the Probe section to insert the probe correctly.

NOTE: It is important that the broiler pan and grid be used with the roasting rack for best

convection roasting results.

Post

Gnd

Broiler pan

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GE JTP54, JTP55, 164D2966P087 warranty Adapting Recipes for Convection Roasting, Convection Roasting Rack
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164D2966P087, JTP55, JTP54 specifications

The GE JTP54 and JTP55 series, with associated part number 164D2966P087, are notable offerings in the realm of jet engine technology, specifically designed for use in various commercial aircraft. These engines exhibit a combination of advanced engineering and reliable performance, making them a popular choice among aircraft manufacturers.

One of the key features of the JTP54 and JTP55 engines is their high-bypass turbofan design, which promotes fuel efficiency while delivering optimal thrust. This turbofan architecture allows for a greater percentage of airflow to bypass the combustion engine core, resulting in reduced fuel consumption and lower emissions. The engines are well-suited for long-haul flights, where fuel efficiency is critical to operating costs.

The JTP54 and JTP55 models leverage a range of advanced materials and technologies to enhance durability and performance. The compressor sections utilize composite fan blades made from lightweight materials, which contribute to improved aerodynamic efficiency. High-temperature super alloys in the turbine sections provide superior resistance to thermal fatigue, allowing the engine to operate effectively under high-stress conditions.

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Connectivity and diagnostic capabilities are also integral to the JTP series. Integrated health management systems monitor engine performance in real time, enabling predictive maintenance strategies that can significantly reduce downtime. This technology allows operators to anticipate potential issues before they become critical, ensuring flight safety and enhancing overall operational efficiency.

In conclusion, the GE JTP54, JTP55, and 164D2966P087 engines epitomize advanced aerospace engineering with their high-bypass turbofan design, utilization of cutting-edge materials, emphasis on noise reduction, and incorporation of smart technologies. These features not only improve operational performance and fuel efficiency but also contribute to a more sustainable and comfortable flying experience. For airlines and operators, choosing the JTP series means investing in a technology that aligns with modern aviation demands for safety, performance, and environmental responsibility.
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