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Safety

SUPERHEATED WATER

Liquids, such as water, coffee or tea, are able to be overheated beyond the boiling point without appearing to be boiling. Visible bubbling or boiling when the container is removed from the microwave oven is not always present.

THIS COULD RESULT IN VERY HOT LIQUIDS SUDDENLY BOILING OVER WHEN THE CONTAINER IS DISTURBED OR A SPOON OR OTHER UTENSIL IS INSERTED INTO THE LIQUID.

To reduce the risk of injury to persons:

Do not overheat the liquid.

Stir the liquid both before and halfway through heating it.

Do not use straight-sided containers with narrow necks.

After heating, allow the container to stand in the microwave oven for a short time before removing the container.

Use extreme care when inserting a spoon or other utensil into the container.

Avoid heating baby food in glass jars, even with the lid off. Make sure all infant food is thoroughly cooked. Stir food to distribute the heat evenly. Be careful to prevent scalding when warming formula. The container may feel cooler than the formula really is. Always test the formula before feeding

the baby.

Don’t defrost frozen beverages in narrow- necked bottles (especially carbonated beverages). Even if the container is opened, pressure can build up. This can cause the container to burst, possibly resulting in injury.

Hot foods and steam can cause burns. Be careful when opening any containers of hot food, including popcorn bags, cooking pouches and boxes. To prevent possible injury, direct steam away from hands and face.

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

Cook meat and poultry thoroughly—meat to at least an INTERNAL temperature of 160°F and poultry to at least an INTERNAL temperature of 180°F. Cooking to these temperatures usually protects against foodborne illness.

Instructions

Operating Instructions

Troubleshooting Tips

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GE PEM31 owner manual Instructions

PEM31 specifications

The GE PEM31 is an advanced industrial gas turbine developed by General Electric, designed to provide high-efficiency power generation with remarkable environmental performance. This gas turbine is part of GE’s Energy division and represents a significant advancement in turbine technology, reflecting industry demands for reliability, efficiency, and reduced emissions.

One of the standout features of the GE PEM31 is its ability to achieve high thermal efficiency, which is crucial for maximizing energy output while minimizing fuel consumption. Employing advanced aerodynamics and thermodynamic cycle techniques, the PEM31 operates effectively across a wide range of conditions. This feature makes it versatile, suitable for various applications in both simple and combined cycle plants.

The turbine integrates state-of-the-art materials and manufacturing processes, including advanced composites and heat-resistant alloys, which contribute to its operational reliability. These materials allow the PEM31 to withstand extreme temperatures and stresses, resulting in a longer operational life and reduced maintenance requirements. Furthermore, the turbine’s design emphasizes modularity, enabling easier and faster installation and servicing.

Another key characteristic of the GE PEM31 is its innovative combustion technology. The gas turbine employs dry low emissions (DLE) technology, which significantly reduces nitrogen oxide (NOx) emissions without the need for additional external control measures. This makes the PEM31 compliant with stringent environmental regulations while enhancing its attractiveness for use in areas with strict air quality standards.

The turbine is equipped with GE’s digital solutions, leveraging advanced analytics and predictive maintenance capabilities. These technologies provide real-time monitoring and performance optimization, enabling operators to anticipate issues before they escalate, thereby enhancing overall system reliability and efficiency.

Additionally, the PEM31 supports multi-fuel operation, allowing it to run on various types of fuel, including natural gas and liquid fuels. This flexibility is particularly valuable for operators seeking to adapt to changing energy markets and fuel availability.

In summary, the GE PEM31 gas turbine embodies the latest advancements in power generation technology. Its combination of high efficiency, robust design, reduced emissions, and digital integration positions it as a leading choice for modern power plants aiming to enhance both operational performance and environmental stewardship. As energy demands continue to grow, turbines like the PEM31 play a crucial role in transitioning towards a more sustainable energy future.