CAm AND CLEAN~G

(continued)

Probe

The temperature probe may be cleaned with soap and water or a soap-filled scouring pad. Cool the temperature probe before cleaning. Scour stubborn spots with a soap-filled scouring pad, rinse and dry.

Do not immerse the temperature probe in water.

Do not store the temperature probe in the oven.

Oven Light Bulb

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

The light bulb is located on the top of the oven. 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 to remove the cover, then remove the bulb.

To replace: Put in a new 40-watt appliance bulb.

NOTE:

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

Install and tighten the cover.

Reconnect electrical power to the oven.

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Bulb

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Glass

Oven Heating Elements

Do not clean the bake element or the broil element. Any soil will burn off when the elements are heated.

The bake element can be lifted gently to clean the oven floor. If spillovers, residue or ash accumulate around the bake element gently wipe around the element with warm water.

Broil Element

Bake Element

Control Panel

It’s a good idea to wipe the control panel after each use. Clean with mild soap and water or vinegar and water, rinse with clean water and polish dry with a soft cloth.

Do not use abrasive cleansers, strong liquid cleaners, plastic scouring pads or oven cleansers on the control panel—they will damage the finish. A 50/50 solution of vinegar and hot water works well.

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GE JTP54, JTP55, 164D2966P087 warranty Probe, Oven Light Bulb, Oven Heating Elements, Control Panel

164D2966P087, JTP55, JTP54 specifications

The GE JTP54 and JTP55 series, with associated part number 164D2966P087, are notable offerings in the realm of jet engine technology, specifically designed for use in various commercial aircraft. These engines exhibit a combination of advanced engineering and reliable performance, making them a popular choice among aircraft manufacturers.

One of the key features of the JTP54 and JTP55 engines is their high-bypass turbofan design, which promotes fuel efficiency while delivering optimal thrust. This turbofan architecture allows for a greater percentage of airflow to bypass the combustion engine core, resulting in reduced fuel consumption and lower emissions. The engines are well-suited for long-haul flights, where fuel efficiency is critical to operating costs.

The JTP54 and JTP55 models leverage a range of advanced materials and technologies to enhance durability and performance. The compressor sections utilize composite fan blades made from lightweight materials, which contribute to improved aerodynamic efficiency. High-temperature super alloys in the turbine sections provide superior resistance to thermal fatigue, allowing the engine to operate effectively under high-stress conditions.

Another notable characteristic of the JTP54 and JTP55 engines is their noise reduction technologies. The application of chevrons on the engine nacelles and the use of advanced acoustic liners minimize the noise generated during operation, making these engines compliant with stringent noise regulations set by aviation authorities. This focus on quiet operation enhances passenger comfort, especially on short-range flights and takeoffs or landings in urban areas.

Connectivity and diagnostic capabilities are also integral to the JTP series. Integrated health management systems monitor engine performance in real time, enabling predictive maintenance strategies that can significantly reduce downtime. This technology allows operators to anticipate potential issues before they become critical, ensuring flight safety and enhancing overall operational efficiency.

In conclusion, the GE JTP54, JTP55, and 164D2966P087 engines epitomize advanced aerospace engineering with their high-bypass turbofan design, utilization of cutting-edge materials, emphasis on noise reduction, and incorporation of smart technologies. These features not only improve operational performance and fuel efficiency but also contribute to a more sustainable and comfortable flying experience. For airlines and operators, choosing the JTP series means investing in a technology that aligns with modern aviation demands for safety, performance, and environmental responsibility.