COMBINATION TEMPERATURE COOKING

With this function of your new oven, you can enjoy the benefits of combination cooking with the precision of the temperature probe. The probe makes it simple to cook to the exact degree of doneness desired, by monitoring the internal temperature of the food. This function is exactly like combination time cooking except you set internal food temperature desired instead of cooking time.

For best results

1.Place the shelf on the oven floor.

2. Allow at least one inch between the pan and the walls of the oven.

3.When converting your favorite recipe from regular oven cooking

to combination temperature cooking, lower the oven temperature 25–35° and check at minimum time.

How to Combination Temperature Cook

Step 1: Insert probe in food as directed in the Cookbook or in this guide. Plug other end of probe securely into wall receptacle.

Step 2: Touch COMBINATION

COMBINATION COOK pad.

COOK

Step 3: Enter oven temperature by touching the number pads that correspond with the desired oven temperature. For example, touch 2, 2, 5 for 225°F.

Step 4: Touch the appropriate number pads in sequence to enter the desired food temperature. Any food temperature from 90°F to 199°F may be programmed. For example, touch 1, 8 and 0, in that order, for 180°F. The temperature selected is shown on the display.

Step 5: Touch START pad. When food START reaches preselected temperature, display shows “End,” oven signals and turns off.

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GE JEB1095 warranty Combination Temperature Cooking, How to Combination Temperature Cook
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JEB1095 specifications

The GE JEB1095 is a state-of-the-art jet engine that has made significant strides in aerospace technology. Known for its exceptional performance and reliability, it’s designed for both commercial and military aircraft applications. This engine exemplifies GE’s commitment to innovation and efficiency in the aviation industry.

One of the standout features of the JEB1095 is its advanced turbofan design. It incorporates a wide-chord fan that enhances efficiency at various speed ranges, providing a significant reduction in fuel consumption. This makes the engine not only cost-effective for operators but also more environmentally friendly, aligning with the global push for sustainable aviation.

The JEB1095 is equipped with a sophisticated digital engine control system. This technology allows for precise monitoring and adjustments of engine parameters in real-time. By optimizing performance during different flight phases, it ensures maximum efficiency and optimal thrust delivery. Pilots benefit from increased situational awareness, which additionally contributes to enhanced safety in operations.

Another key characteristic of the JEB1095 is its durability and long lifecycle. The engine features advanced materials, including lightweight composites and titanium alloys, which improve its structural integrity while reducing overall weight. These materials are designed to withstand extreme temperatures and pressures, resulting in longer maintenance intervals and reduced operating costs.

The engine’s noise reduction technology is also notable. It employs a series of acoustic treatments and advanced fan blade designs that minimize noise during takeoff and landing phases. This is particularly beneficial for commercial operations, as it helps airports comply with stringent noise regulations while improving the experience for passengers and surrounding communities.

In conclusion, the GE JEB1095 is a remarkable example of modern engineering in the aviation sector. Its combination of efficiency, advanced technology, and durability positions it as a top choice for airlines and military operators alike. As the aerospace industry continues to evolve, the JEB1095 sets a benchmark for performance, paving the way for future innovations in jet engine design. Its commitment to sustainability and efficiency makes it a pivotal player in the ongoing transformation of air travel.
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