ADJUST THE OVEN THERMOSTAT—

DO IT YOURSELF!

You may find that your new oven cooks differently than the one it replaced. We recommend that you use your new oven for a few weeks to become more familiar with it, following the times given in your recipes as a guide.

If you think your new oven is too hot or too cool, you can adjust the thermostat yourself. If you think it is too hot, adjust the thermostat to make it cooler. If you think it is too cool, adjust the thermostat to make it hotter.

We do not recommend the use of inexpensive thermometers, such as those found in grocery stores, to check the temperature setting of your new oven. These thermometers may vary 20–40 degrees.

To Adjust the Thermostat:

1.Press BAKE and BROIL HI/LO

BAKE

BROIL

at the same time for 2 seconds until

HI/LO

 

 

the display shows “SF.”

BAKE

2. Press BAKE. A two digit number

shows in the display.

3.The oven temperature can be

adjusted up to (+) 35°F. hotter or

TEMP(-) 35°F. cooler. Press the TEMP + pad to increase the temperature in 1 degree increments. Press the TEMP – pad to decrease the temperature in 1 degree increments.

 

4. When you have made the

START

adjustment, press START to go

 

back to the time of day display. Use

 

your oven as you would normally.

NOTE: This adjustment will not affect the broiling temperature. It will be retained in memory after

a power failure.

Timed Baking

Adjust the Oven Thermostat

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GE JGRS14 warranty Adjust the Oven Thermostat, Do IT Yourself

JGRS14 specifications

The GE JGRS14 (General Electric Joint Tactical Ground Station - Ground Radar Sensor 14) is a groundbreaking piece of technology designed for advanced surveillance and reconnaissance missions. It showcases GE's commitment to pushing the boundaries of ground-based radar capabilities, making it a critical asset for military and defense operations.

One of the main features of the JGRS14 is its high resolution imaging radar system, which allows for exceptional target detection at various ranges. This capability is crucial for identifying both stationary and moving targets in complex environments, ensuring operational effectiveness even in challenging weather conditions. The radar system uses advanced signal processing techniques to enhance image clarity, enabling users to achieve more accurate situational awareness and decision-making.

The JGRS14 employs a modular and scalable architecture, meaning it can be adapted to different operational needs while maintaining optimal performance. This flexibility is essential for military units that may require varying levels of surveillance capabilities depending on their mission profiles. Additionally, the system is designed for easy integration with existing military command and control networks, enabling seamless data sharing and improved collaboration among units.

A significant technological advancement in the JGRS14 is its use of artificial intelligence (AI) and machine learning algorithms. These technologies allow the system to process large volumes of data in real time, automatically identifying potential threats and providing actionable intelligence to operators. By reducing the time needed for human analysis, the JGRS14 enhances response times and operational effectiveness.

Another characteristic of the JGRS14 is its rugged design, built to withstand harsh operational environments. This durability ensures that the system remains functional during extreme conditions—whether in deserts, jungles, or cold climates. The compact and lightweight nature of the radar system also allows for easy transport and deployment, making it a valuable tool for rapid response teams.

In summary, the GE JGRS14 demonstrates cutting-edge features and technologies that significantly advance ground surveillance capabilities. With its high-resolution radar, modular design, AI integration, and robust construction, the JGRS14 is positioned to play a critical role in modern military operations, enhancing situational awareness and ensuring mission success in dynamic environments. It exemplifies the future of military radar systems, bridging the gap between technology and operational needs.