QUESTIONS?

USE THIS PROBLEM SOLVER

PROBLEM

POSSIBLE CAUSE

 

 

OVEN WILL NOT

• A fuse in your home may be blown or the circuit breaker tripped. Replace fuse or

COME ON

reset circuit breaker.

 

• Set the circuit breaker to the off position. Wait 30 seconds. Reset the circuit breaker

 

to the on position.

 

 

CONTROL PANEL

• Door not securely closed.

LIGHTED, YET OVEN

• START pad must be touched after entering cooking selection.

WILL NOT START

• Another selection entered already in oven and CLEAR/OFF pad not touched

 

 

to cancel it.

 

• Make sure you have entered cooking time or temperature after touching

 

MICRO COOK or TEMP COOK/HOLD pads.

 

• CLEAR/OFF pad was touched accidentally. Reset cooking program and touch

 

START pad.

 

• Temperature probe not inserted properly or not being used during Combination

 

Roast or Temp Cook/Hold.

 

• Make sure you have entered a desired finished food temperature or oven temperature

 

after setting temperature cooking programs.

 

• Make sure you have entered a code number after touching SENSOR COOK.

 

 

“PRObE” APPEARS

• Temperature probe is missing or not plugged in securely when using cooking

ON DISPLAY

functions that measure food temperature.

 

• Temperature probe is inserted for a program that does not use the probe.

 

 

“Error” APPEARS

• During Sensor Cook, Sensor Reheat, Sensor Beverage or Sensor Popcorn program,

ON DISPLAY

the door was opened before steam could be detected, or steam was not detected in

 

maximum time.

 

 

“HOT” APPEARS

• This is normal when the temperature inside the oven is greater than 200 degrees

ON DISPLAY

and the door is opened.

 

• One of the sensor cooking pads was touched when the temperature inside the oven

 

was greater than 200 degrees. These features will not operate when the oven is hot.

 

 

 

All these things are normal with your microwave oven:

•Dimming oven light and change in blower sound may occur while operating at power levels other than high.

•Dull, thumping sound while oven is operating.

•Some TV-Radio interference might be noticed while using your microwave oven. It’s similar to the interference caused by other small appliances and does not indicate a problem with your oven.

•Steam or vapor escaping from around the door.

•Light reflection around door.

•During cooking you will hear “cracking” and “popping” noises which are nothing more than normal expansion of the oven.

•At the end of microwave cycles you will hear a slight thump. This is normal.

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GE JEB1095 warranty QUESTIONS? USE this Problem Solver, All these things are normal with your microwave oven
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JEB1095 specifications

The GE JEB1095 is a state-of-the-art jet engine that has made significant strides in aerospace technology. Known for its exceptional performance and reliability, it’s designed for both commercial and military aircraft applications. This engine exemplifies GE’s commitment to innovation and efficiency in the aviation industry.

One of the standout features of the JEB1095 is its advanced turbofan design. It incorporates a wide-chord fan that enhances efficiency at various speed ranges, providing a significant reduction in fuel consumption. This makes the engine not only cost-effective for operators but also more environmentally friendly, aligning with the global push for sustainable aviation.

The JEB1095 is equipped with a sophisticated digital engine control system. This technology allows for precise monitoring and adjustments of engine parameters in real-time. By optimizing performance during different flight phases, it ensures maximum efficiency and optimal thrust delivery. Pilots benefit from increased situational awareness, which additionally contributes to enhanced safety in operations.

Another key characteristic of the JEB1095 is its durability and long lifecycle. The engine features advanced materials, including lightweight composites and titanium alloys, which improve its structural integrity while reducing overall weight. These materials are designed to withstand extreme temperatures and pressures, resulting in longer maintenance intervals and reduced operating costs.

The engine’s noise reduction technology is also notable. It employs a series of acoustic treatments and advanced fan blade designs that minimize noise during takeoff and landing phases. This is particularly beneficial for commercial operations, as it helps airports comply with stringent noise regulations while improving the experience for passengers and surrounding communities.

In conclusion, the GE JEB1095 is a remarkable example of modern engineering in the aviation sector. Its combination of efficiency, advanced technology, and durability positions it as a top choice for airlines and military operators alike. As the aerospace industry continues to evolve, the JEB1095 sets a benchmark for performance, paving the way for future innovations in jet engine design. Its commitment to sustainability and efficiency makes it a pivotal player in the ongoing transformation of air travel.
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