Changing the microwave power level, Instructions

Instructions

Changing the microwave power level.

The power level may be entered or changed immediately after entering the feature time for Time Cook, Time Defrost or Express Cook. The power level may also be changed during time countdown.

Consumer Support Troubleshooting Tips Care and Cleaning Operating Instructions Safety

To change the power level…

Press the TIME COOK pad or the

DEFROST AUTO/TIME pad.

Enter cooking or defrosting time. Press the POWER LEVEL pad.

Select desired power level 1–10.

Press the START/PAUSE pad.

Variable power levels add flexibility to microwave cooking. The power levels on the microwave oven can be compared to the surface units on a range. Each power level gives you microwave energy a certain percent of the time.

■Power level 7 is microwave energy 70% of the time.

■Power level 3 is energy 30% of the time.

■Most cooking will be done on High (power level 10) which gives you 100% power. Power level 10 will cook faster but food may need more frequent stirring, rotating or turning over.

A lower setting will cook more evenly and need less stirring or rotating of the food. Some foods may have better flavor, texture or appearance if one of the lower settings is used. Use a lower power level when cooking foods that have a tendency to boil over, such as scalloped potatoes.

Rest periods (when the microwave energy cycles off) give time for the food to “equalize” or transfer heat to the inside of the food. An example of this is shown with power level 3—the defrost cycle.

If microwave energy did not cycle off, the outside of the food would cook before the inside was defrosted.

Here are some examples of uses for various power levels:

■High 10: Fish, bacon, vegetables, boiling liquids.

■Med-High 7: Gentle cooking of meat and poultry; baking casseroles and reheating.

■Medium 5: Slow cooking and tenderizing for stews and less tender cuts of meat.

■Low 2 or 3: Defrosting; simmering; delicate sauces.

■Warm 1: Keeping food warm; softening butter.

JTP95 specifications

The GE JTP95 is a notable entry in General Electric's line of high-performance jet engines, designed primarily for commercial aviation applications. Known for its advanced technological features, the JTP95 integrates innovative design elements that enhance efficiency, performance, and reliability while minimizing environmental impact.

At the heart of the JTP95 engine is its turbofan configuration, which combines superior thrust capabilities with reduced noise levels. This design not only provides the necessary power for larger aircraft but also adheres to increasingly stringent noise regulations, making it a favorite among carriers operating in noise-sensitive areas.

One of the standout features of the GE JTP95 is its advanced materials technology. The engine incorporates lightweight composite materials and high-strength alloys, which contribute to fuel efficiency while ensuring durability under stress. These materials allow for higher operating temperatures, leading to improved thermal efficiency and overall performance.

The engine utilizes an innovative full authority digital engine control (FADEC) system, which optimizes fuel consumption and engine performance in real-time. This system ensures that the engine operates at peak efficiency throughout various flight conditions, providing pilots with valuable performance data and enhancing safety measures.

Moreover, the JTP95 is designed with a bypass ratio that significantly reduces emissions when compared to older engine models. The high bypass ratio means that a larger proportion of air is directed around the engine core, which not only improves fuel efficiency but also results in lower carbon emissions, aligning with the industry's shift towards more sustainable aviation solutions.

Maintenance is another area where the GE JTP95 excels. The engine features modular design components, allowing for easier access to critical parts during servicing. This reduces downtime and associated costs for airlines, while also enhancing the overall reliability of the engine over its lifespan.

In summary, the GE JTP95 stands out in the aviation sector for its combination of innovative technologies, advanced materials, and efficient design. It exemplifies GE's commitment to developing engines that meet modern demands for performance, reliability, and environmental stewardship, making it a key player in the future of commercial aviation. Organizations looking for a high-performance and environmentally friendly solution for their fleet will find the JTP95 to be an ideal choice.