Instructions

Care and cleaning of the oven.

Be sure electrical power is off and all surfaces are cool before cleaning any part of the oven.

Safety

How to Remove Packaging Tape

To assure no damage is done to the finish of the product, the safest way to remove the adhesive left from packaging tape on new appliances is an application

of a household liquid dishwashing detergent, mineral oil or cooking oil.

Apply with a soft cloth and allow to soak. Wipe dry and then apply an appliance polish to thoroughly clean and protect the surface.

NOTE: The plastic tape must be removed from all chrome trim. It cannot be removed if it is baked on.

Consumer Support Troubleshooting Tips Care and Cleaning Operating Instructions

Socket

31⁄2”

Maximum length

Bulb

Tab

Glass cover

Oven Light Bulb

NOTE: The glass cover (on some models) should be removed only when cold. Wearing latex gloves may offer a better grip.

Before replacing the bulb, disconnect electrical power to the oven at the main fuse or circuit breaker panel. Let the bulb cool completely before removing it. For your safety, do not touch a hot bulb with a damp cloth. If you do, the bulb will break.

To remove:

Turn the glass cover counterclockwise 1/4 turn until the tabs of the glass cover clear the grooves of the socket. Remove the bulb.

To replace:

Put in a new 40-watt appliance bulb. Place the tabs of the glass cover into the grooves of the socket. Turn the glass cover clockwise 1/4 turn.

NOTE:

■A 40-watt appliance bulb is smaller than a standard 40-watt household bulb.

■Install and tighten the cover clockwise.

■Reconnect electrical power to the oven.

■For improved lighting inside the oven, clean the glass cover frequently using a wet cloth. This should be done when the oven is completely cool.

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GE JT95230, JT91230 Care and cleaning of the oven, How to Remove Packaging Tape, Oven Light Bulb, To remove, To replace
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JT91230, JT95230 specifications

The GE JT95230 and JT91230 are advanced jet engines designed by General Electric, renowned for their cutting-edge technologies and performance efficiencies. These engines are primarily utilized in the commercial aviation sector, equipping several popular aircraft models with the power and reliability needed for modern air travel.

One of the principal features of the GE JT95230 and JT91230 is their high thrust-to-weight ratio, which translates into improved aircraft performance and fuel efficiency. These engines are engineered with a focus on aerodynamic optimization, resulting in enhanced airflow and reduced drag. This design approach allows for superior fuel economy, ultimately contributing to lower operational costs for airlines.

The JT95230, a part of the GE80 series, incorporates a two-spool high bypass turbofan configuration. This configuration includes a large fan at the front, which significantly contributes to the engine's thrust. Meanwhile, the high bypass ratio allows the engine to operate at lower speeds, thereby reducing fuel consumption while maintaining high efficiency during various flight phases.

In contrast, the JT91230 features a more compact design, yet still retains robust performance capabilities. This engine is particularly noted for its durability and reliability, essential characteristics for commercial operators facing stringent safety and maintenance demands. The JT91230’s design also emphasizes noise reduction, aligning with modern regulations and environmental standards.

Technologically, both the JT95230 and JT91230 utilize advanced materials like titanium and composite structures, enhancing structural integrity while keeping weight to a minimum. Precise manufacturing techniques, including additive manufacturing, allow for greater accuracy and performance optimization in component production.

Another significant aspect is the incorporation of digital engine control systems, which enable real-time monitoring and adjustments of engine performance parameters. This technology enhances operational efficiency and allows for predictive maintenance, reducing downtime and increasing reliability. Furthermore, the engines are designed to be easily maintainable, ensuring that airline operators can quickly service and return them to operation.

Overall, the GE JT95230 and JT91230 embody a blend of advanced technology, efficiency, and reliability. Their innovative designs and features position them as leading choices for airlines looking to enhance their fleet performance, reduce fuel costs, and meet modern aviation regulations.
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