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SAFETY PRECAUTIONS

Safety Instructions

Always keep dish towels, dishcloths, pot holders and other linens a safe distance away from your cooktop.

Always keep wooden and plastic utensils and canned food a safe distance away from your cooktop. They may become hot and could cause burns.

Never wear loose-fitting or hanging garments while using the appliance. Flammable material could be ignited if brought in contact with hot surface units and may cause severe burns.

Use only dry pot holders—moist or damp pot holders on hot surfaces may result in burns from steam. Do not let pot holders touch hot surface units. Do not use a towel or other bulky cloth. Such cloths can catch fire on a hot surface unit.

For your safety, never use your appliance for warming or heating the room.

Do not use water on grease fires. Never pick up a flaming pan. Turn the controls off. Smother a flaming pan on a surface unit by covering the pan completely with a well-fitting lid, cookie sheet or flat tray. Use a multi-purpose dry chemical or foam-type extinguisher.

Flaming grease outside a pan can be put out by covering with baking soda or, if available, by using a multi-purpose dry chemical or foam-type fire extinguisher.

When preparing flaming foods under the hood, turn the fan on.

Operating Instructions Care and

COOK MEAT AND POULTRY THOROUGHLY…

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.

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Cleaning Troubleshooting Tips Consumer Support

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GE JP350 owner manual Cook Meat and Poultry THOROUGHLY…

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.