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How to Delay the Start of Cleaning

Safety

Make sure the clock shows the correct time of day.

Latch the door.

Touch the SELF CLEAN pad.

Using the INCREASE or DECREASE pads, enter the desired clean time.

Touch the START TIME pad. The earliest start time you can set will appear in the display.

Using the INCREASE or DECREASE pads, enter the time of day you want the clean cycle to start.

Touch the START pad.

The display will show the start time. It will not be possible to unlatch the oven door until the temperature drops below the lock temperature and the LOCKED door light goes off.

When the LOCKED door light is off, unlatch the door.

Instructions Operating Instructions Care and

After a Clean Cycle

You may notice some white ash in the oven. Wipe it up with a damp cloth after the oven cools.

If white spots remain, remove them with a soap- filled steel wool pad and rinse thoroughly with a vinegar and water mixture.

These deposits are usually a salt residue that cannot be removed by the clean cycle.

If the oven is not clean after one clean cycle, repeat the cycle.

You cannot set the oven for cooking until the oven is cool enough for the door to be unlatched.

While the oven is self-cleaning, you can press the CLOCK pad to display the time of day. To return to the clean countdown, press the COOKING TIME pad.

Apply a small amount of vegetable oil to a paper towel and wipe the edges of the oven shelves with the paper towel. Do not spray with Pam® or other lubricant sprays.

Cleaning Troubleshooting Tips Consumer Support

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GE JRP80 owner manual How to Delay the Start of Cleaning, After a Clean Cycle

JRP80 specifications

The GE JRP80 is a sophisticated jet engine developed by General Electric for a variety of regional and short-haul aircraft. Designed to combine efficiency, reliability, and performance, it has become a significant player in the aerospace industry, meeting the demands of modern aviation.

One of the main features of the JRP80 is its high bypass ratio. This design allows for increased thrust while maintaining reduced fuel consumption, making it particularly suitable for regional aircraft that operate on shorter routes. The engine’s advanced aerodynamics play a crucial role in improving overall efficiency, contributing to lower operational costs for airlines.

The GE JRP80 employs state-of-the-art materials and manufacturing techniques. The use of composite materials in the fan blades and other components reduces weight and enhances performance. This weight saving is critical in the aviation industry where fuel efficiency dictates operational viability. Furthermore, advanced alloys used in the turbine section enable the engine to withstand extreme temperatures, thereby improving its durability and maintenance intervals.

Another notable technological feature of the JRP80 is its digital engine control system. This system allows for real-time monitoring and adjustments to engine performance, ensuring optimal efficiency under various operating conditions. The digital controls enable predictive maintenance, which aids airlines in planning maintenance schedules proactively, reducing downtime and costs.

The JRP80 also incorporates a noise reduction technology, addressing environmental concerns within the aviation sector. The engine design minimizes noise levels, making it compliant with stringent regulations and improving the passenger experience.

Moreover, the engine is designed with modular components, simplifying maintenance and reducing the turnaround time for repairs. This modularity is a significant benefit for airlines operating on tight schedules, as it minimizes unexpected disruptions in service.

In summary, the GE JRP80 is a blend of advanced technology, high efficiency, and environmental responsibility. With its innovative features such as a high bypass ratio, lightweight construction, digital control systems, and noise reduction capabilities, the JRP80 offers airlines a competitive advantage in the rapidly evolving aviation market. As regional travel continues to grow, the JRP80 is poised to play a vital role in the fleet of many airlines around the world, combining performance with economic viability.