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ARCING

If you see arcing, press the CLEAR/OFF pad and correct the problem.

Arcing is the microwave term for sparks in the

Metal, such as twist-ties, poultry pins or

oven. Arcing is caused by:

gold-rimmed dishes in the microwave.

Metal or foil touching the side of the oven. Recycled paper towels containing small

Foil not molded to food (upturned edges

metal pieces being used in the microwave.

 

act like antennas).

 

SUPER HEATED WATER

Microwaved water and other liquids do not always bubble when they reach the boiling point. They can actually get super heated and not bubble at all.

Safety Instructions Operating Instructions

Super heated liquid will bubble up out of the cup when it is moved or when something like a spoon or tea bag is put into it.

To prevent this from happening and causing injury, do not heat any liquid for more than 2 minutes per cup.

After heating, let the cup stand in the microwave for 30 seconds before moving it or putting anything into it.

Spontaneous boiling

Under certain special circumstances, liquids may start to boil during or shortly after removal from the microwave oven.

To prevent burns from splashing liquid, we recommend the following before removing the container from the oven:

Allow the container to stand in the oven for 30 to 40 seconds after the oven has shut off.

Do not boil liquids in narrow-necked containers such as soft drink bottles, wine flasks and especially narrow-necked coffee cups. Even if the container is opened, excessive steam can build up and cause it to burst or overflow.

Care and Cleaning Troubleshooting Tips Consumer Support

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GE JT96530 manual Arcing, Super Heated Water, Safety Instructions Operating Instructions

JT96530 specifications

The GE JT96530 is a cutting-edge jet engine that represents a significant advancement in aviation technology, specifically designed for use in regional and narrow-body aircraft. As the industry continues to evolve towards increased fuel efficiency and reduced emissions, the JT96530 stands out for its performance, state-of-the-art engineering, and innovative features.

One of the main highlights of the GE JT96530 is its high bypass ratio, which contributes to improved fuel efficiency. The engine's design allows for a larger volume of air to bypass the core engine compared to the amount that goes through the combustion chamber. This not only enhances fuel burn efficiency but also reduces noise, making it an environmentally friendly option for airlines and airports. The incorporation of advanced materials, including lightweight titanium and composite components, further optimizes performance and durability while keeping the engine lightweight.

Technologically, the JT96530 is equipped with advanced digital engine controls that enable precise management of engine performance throughout various phases of flight. This system enhances operational efficiency by allowing for real-time monitoring and adjustments, optimizing fuel consumption, and improving overall engine reliability. The engine's design incorporates a staggered fan blade layout, which enhances airflow and further increases efficiency and thrust.

Additionally, the JT96530 features a robust cooling system that ensures parts are maintained at optimal temperatures, enhancing overall engine longevity. The advanced thermal management techniques not only improve performance but also extend maintenance intervals, reducing operational costs for airlines.

The engine’s maintenance is simplified by the modular design, allowing for quick and efficient servicing. Operators benefit from reduced downtime, increasing aircraft availability and overall operational efficiency. The JT96530 is also designed with a focus on sustainability, aligning with global initiatives to decrease carbon emissions in aviation, making it a preferred choice for environmentally conscious operators.

In summary, the GE JT96530 engine combines advanced aerodynamics, innovative materials, and state-of-the-art technology, setting a new standard in the aviation industry. Its remarkable efficiency, reduced environmental impact, and ease of maintenance make it an ideal choice for airlines looking to modernize their fleet while meeting the demands of a rapidly changing world. This engine not only delivers exceptional performance but also reflects a commitment to sustainable aviation for the future.