Selecting types of cookware.

Temperature Limiter

Every radiant surface unit has a temperature limiter.

The temperature limiter protects the glass cooktop from getting too hot.

The temperature limiter may cycle the units off for a time if:

■The cooktop is on while cooking.

■The pan boils dry.

■The pan bottom is not flat.

■The pan is off-center.

■There is no pan on the unit.

Observe the Following Points in Canning

Consumer Support Troubleshooting Tips Care and Cleaning Operating Instructions Safety Instructions

Right!

Wrong!

Note: Flat-bottomed canners are required for glass cooktops.

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Pots that extend beyond 1″ of the surface unit’s circle are not recommended for most surface cooking. However, when canning with water-bath or pressure canner, larger-diameter pots may be used. This is because boiling water temperatures (even under pressure) are not harmful to the cooktop surfaces surrounding the surface units.

HOWEVER, DO NOT USE LARGE- DIAMETER CANNERS OR OTHER LARGE-DIAMETER POTS FOR FRYING OR BOILING FOODS OTHER THAN WATER. Most syrup or sauce mixtures—and all types of frying—cook at temperatures much higher than boiling water. Such temperatures could eventually harm the glass cooktop surfaces.

Be sure the canner fits over the center of the surface unit. If your cooktop or its location does not allow the canner to be centered on the surface unit, use smaller- diameter pots for good canning results.

Flat-bottomed canners must be used. Do not use canners with flanged or rippled bottoms (often found in enamelware) because they don’t make enough contact with the surface units and take a long time to boil water.

When canning, use recipes and procedures from reputable sources. Reliable recipes and procedures are available from the manufacturer of your canner; manufacturers of glass jars for canning, such as Ball and Kerr brand; and the United States Department of Agriculture Extension Service.

Remember that canning is a process that generates large amounts of steam. To avoid burns from steam or heat, be careful when canning.

NOTE: If your house has low voltage, canning may take longer than expected, even though directions have been carefully followed. The process time will be shortened by:

(1) using a pressure canner, and

( 2) starting with HOT tap water for fastest heating of large quantities of water.

CAUTION:

■Safe canning requires that harmful microorganisms are destroyed and that the jars are sealed completely. When canning foods in a water-bath canner, a gentle but steady boil must be maintained for the required time. When canning foods in a pressure canner, the pressure must be maintained for the required time.

■After you have adjusted the controls, it is very important to make sure the prescribed boil or pressure levels are maintained for the required time.

■Since you must make sure to process the canning jars for the prescribed time, with no interruption in processing time, do not can on any cooktop surface unit if your canner is not flat.

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GE JP350 owner manual Temperature Limiter, Observe the Following Points in Canning, Using a pressure canner
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JP350 specifications

The GE JP350 is a cutting-edge gas turbine designed for power generation applications, specifically tailored to meet the demands of the modern energy landscape. It boasts impressive features, advanced technologies, and robust characteristics that make it a popular choice for utilities and independent power producers worldwide.

One of the standout features of the GE JP350 is its exceptional efficiency. With a thermal efficiency rating exceeding 60%, this gas turbine is engineered to maximize fuel utilization, thereby reducing operational costs and environmental impact. This efficiency is particularly critical in today's energy market, where reducing carbon emissions is a priority for many operators.

In terms of size and capacity, the GE JP350 is designed to deliver a robust output of approximately 350 megawatts. Its compact design allows for easier integration with existing power plants, enabling facilities to expand their capacity without the need for extensive modifications.

The JP350 incorporates advanced aerodynamics and combustion technologies, which contribute to its high performance and low emissions. The turbine features sophisticated airfoils and optimally designed combustion chambers that ensure a stable and efficient combustion process. This design helps achieve ultra-low nitrogen oxide (NOx) emissions, aligning with stringent environmental regulations and fostering sustainable energy generation.

Another notable aspect of the GE JP350 is its modular architecture. This design principle allows for simplified maintenance and reduced downtime. Components can be easily accessed and replaced, minimizing the impact on overall plant operations. This reliability makes the JP350 an attractive option for facilities that require consistent, uninterrupted power supply.

Smart technologies are also integrated into the JP350, enhancing its operational efficiency and reliability. The turbine is equipped with advanced sensors and digital monitoring systems that provide real-time data on performance and diagnostics. This feature enables operators to optimize load management effectively and perform predictive maintenance, thus extending the lifespan of the turbine.

In summary, the GE JP350 gas turbine stands out with its high efficiency, large power output, low emissions performance, modular design, and smart technologies. These characteristics make it a versatile and reliable solution for modern power generation needs, supporting energy transition efforts and contributing to a sustainable energy future.
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