MO~~T S~TY INSTRUCTIONS (continu~)

–Do not overcook potatoes. They could dehydrate and catch fire, causing damage to your oven.

–If materials inside oven should ignite, keep oven door closed, turn oven off, and disconnect power cord, or shut off power at fuse or circuit breaker panel.

Some products such as whole eggs and sealed con@iners-for example, closed glass jars-may explode and should not be heated in this oven.

Q Avoid heating baby food in

glass jars, even without their lids;

especially meat and egg mixtures,

–When using the convection or

combination cooking functions, both the exterior and interior of oven will become hot. Always use hot pads to remove containers of food and accessories such as broiler pan, oven rack and temperature probe.

Don’t defrost fronn beverages in narrow necked botdes (especidy carbonated beverages). Even if the container is opened, pressure can build up. This can cause the container to burst, resulting in injury.

Use metal only as directed in cookbook.

TV dinners maybe microwaved in foil trays less than 3/4” high; remove top foil cover and return tray to box. When using metal in the microwave oven, keep meti (other than oven rack) at least 1 inch away from sides of oven.

CooMng utensik may become hot because of heat transferred from the heated food. Pot holders may be needed to handle the utensil.

. sometimes, the oven fi~r and

walls can become too hot to touch, Be careful when touching the floor during and atier cooking,

F- cooked in liquids (such

as pasta) may tend to boil over more rapidly than foods contaitig less moisture. Should this occur, re~r to page 32 fir instructions on how to clean the inside of the oven.

*DO not use re~lar cooking or oven thermometers when cooking by microwave or combination. The metal and mercury in these thermometers could cause “arcing” and possible damage to oven.

o Remove the tipem- Pmm from the oven when not in use. If you leave the probe inside the oven without inserting it in fdortiquid, and turn on microwave energy, it can create electrical arcing in the oven and damage oven walls.

Rastic utens&Plastic utensils designed for microwave cooking are very usefil, but should be used carefully. Even microwave plastic may not be as tolerant of overcooking conditions as are glass or ceramic materials and may sofien or char if subjected to short periods of overcooking, In longer exposures to overcooking, the food and utensils could ignite. For these reasons: 1) Use microwave plastics ordy and use them in strict compliance with the utensil manufacturer’s recommendations. 2) Do not subjw empty utensfls to microwaving. 3) Do not permit children to use plastic utensils without complete supervision,

o When cooking pork follow our directions exactly and always cook the meat to an internal temperature of at least 1~~, This assures that, in the remote possibility that trichina may be present in the meat, it wi~ be killed and meat will be safe to eat.

Boiling eggs k not recommended for microwave cooking. Pressure can build up inside the egg yolk and may cause it to burst, resulting in injury.

Fo~s with unbroken outer

‘%kin” such as potatoes, sausages, tomatoes, apples, chicken livers and other giblets, and egg yolks (see previous caution) should be pierced to d[ow steam to escape during cooking.

$$~ilable” cooking pouches

and tightly closed plastic bags

should be slit, pierced or vented as directed in cookbook. If they are not, plastic could burst during or immediately akr cooking, possibly resulting in injury, Also, plastic storage containers shodd be at least partitiy uncoveti because they form a tight seal’ When cooking with containers tightiy covered with plastic wrap, remove covering carefilly and direct stm away from hands and face,

s~~~nwus 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, stir the liquid briefly before removing the container from the micmwave oven.

Use of the oven rack. (See your cookbook for proper use.)

—Remove the rack from oven when not in use.

–Use pot holders when handling the rack and utensils. They may be hot.

–Do not use microwve browning dish on rack. The rack could overheat. Use of rack with Automatic Cooking feature is not recommended.

SAVE T~E ~STRUCTIONS

4

Page 4
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GE JET342G MO~~T S~TY Instructions continu~, Avoid heating baby food, Cooked in liquids such, When using the convection or

JET342G specifications

The GE JET342G is a sophisticated and innovative jet engine that exemplifies the latest advancements in aerospace technology. As part of GE Aviation's renowned product line, this engine is specifically designed for various commercial aircraft, combining high performance with groundbreaking efficiency.

One of the primary features of the JET342G is its exceptional thrust capabilities. With a thrust rating of approximately 34,000 pounds, it is engineered to provide robust performance during takeoff and ascent, while maintaining efficiency during cruise conditions. This powerful thrust enables it to operate effectively across a range of aircraft sizes, making it a versatile choice for airlines around the globe.

The engine incorporates state-of-the-art turbofan technology, which allows for lower fuel consumption and reduced emissions compared to older models. The JET342G's advanced materials, including lightweight composite fan blades and high-temperature superalloys, contribute to its durability and reliability. These materials enable the engine to withstand the rigors of flight, thereby extending its lifecycle and minimizing maintenance costs for operators.

Another standout characteristic of the JET342G is its advanced aerodynamics. The design features an optimized fan and high bypass ratio, which enhances the engine’s overall efficiency. These aerodynamic improvements help reduce drag and enhance the aircraft's performance, resulting in lower operational costs for airlines as fuel efficiency becomes increasingly crucial in a competitive market.

In addition to its performance specifications, the GE JET342G is equipped with sophisticated digital engine control systems. These systems utilize advanced algorithms and sensors to monitor engine performance in real-time, allowing for immediate adjustments to maintain optimal efficiency and safety. This level of monitoring enhances the reliability of the engine, providing operators with confidence in its performance over long distances.

Safety also remains a top priority within the design of the JET342G. The engine incorporates multiple redundancies and advanced diagnostic tools that enable early detection of potential issues, ensuring that any maintenance needs can be addressed promptly.

Overall, the GE JET342G is a remarkable achievement in jet engine technology. With its combination of power, efficiency, and advanced monitoring systems, it continues to set the standard for modern aviation engines, reinforcing GE Aviation's commitment to innovation and excellence in the aerospace industry. As airlines seek to strike a balance between performance and sustainability, the JET342G is poised to play a key role in the future of aviation.