www.GEAppliances.com

How to Set Delay Start and Automatic Stop

Safety

CAUTION: To avoid possible burns, place the shelves in the correct position before you turn the oven on.

You can set the control to delay the start of cooking, cook for a specific length of time and then turn off automatically.

Touch the BAKE pad.

Touch the + or pad to set the oven temperature.

Touch the COOKING TIME pad.

NOTE: If your recipe requires preheating, you may need to add additional time to the length of the cooking time.

Touch the + or pad to set the baking time.

Touch the DELAY START pad.

Touch the + or pad to set the time of day you want the oven to turn on and start cooking.

Touch the START pad.

If you would like to check the times you have set, touch the DELAY START pad to check the start time you have set or touch the COOKING TIME pad to check the length of cooking time you have set.

When the oven turns on at the time of day you have set, the display will show the changing temperature (starting at 100°F) and the cooking time countdown.

At the end of cooking time the oven will turn off and the end of cycle tone will sound.

Touch the CLEAR/OFF pad to clear the end of cycle tone if necessary.

NOTES:

The low temperature zone of this oven (between 170°F and 200°F) is available to keep hot cooked foods warm. Food kept in the oven longer than two hours at these low temperatures may spoil.

Foods that spoil easily, such as milk, eggs, fish, stuffings, poultry and pork, should not be allowed to sit for more than one hour before or after cooking. Room temperature promotes the growth of harmful bacteria. Be sure the oven light is off because heat from the bulb will speed harmful bacteria growth.

Instructions

Operating Instructions

Troubleshooting Tips

Consumer Support

17

Page 17
Image 17
GE JGRP20 owner manual How to Set Delay Start and Automatic Stop

JGRP20 specifications

The GE JGRP20 is a prominent jet engine widely used in modern aviation, recognized for its efficiency, power, and advanced engineering. Developed by General Electric, this engine serves as a key component in various commercial and military aircraft, offering a blend of performance and reliability that meets the demands of today's dynamic air transport sector.

One of the primary features of the JGRP20 is its advanced turbofan design, which allows for improved fuel efficiency and lower emissions compared to older engine models. The engine incorporates cutting-edge materials such as advanced composites and titanium alloys, which contribute to its lightweight structure while ensuring durability and longevity. This makes the JGRP20 an environmentally friendly choice, aligning with global efforts to reduce the carbon footprint of aviation.

The engine boasts a high bypass ratio, which enhances its thrust capabilities while operating at lower noise levels. This is particularly advantageous for urban airports where noise regulations are stringent. The combination of high bypass ratio and advanced aerodynamics enables the JGRP20 to deliver superior performance during takeoff and cruising phases of flight.

Advanced technologies integrated into the GE JGRP20 include digital engine control systems, which optimize performance and efficiency throughout the flight. With real-time monitoring and data analysis, the engine can adapt to varying flight conditions, ensuring optimal fuel consumption and thrust. Furthermore, the engine's component health monitoring system provides invaluable insights into the operational status, allowing for predictive maintenance and minimizing downtime.

In terms of operational versatility, the JGRP20 can be tailored to suit a range of aircraft configurations, making it a flexible solution for airlines and military operators alike. Its capacity for various thrust settings allows it to power a wide array of aircraft from regional jets to larger commercial airliners.

In summary, the GE JGRP20 represents the pinnacle of jet engine design and technology. With its commitment to efficiency, reduced emissions, and noise reduction, alongside its robustness and adaptability, it stands as a trusted choice for aviation stakeholders seeking reliable and high-performing engines for their fleets. This engine not only exemplifies GE's engineering prowess but also highlights the industry's ongoing evolution towards more sustainable air travel practices.