Using the warming drawer (on some models).

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The warming drawer will keep hot, cooked foods at serving temperature. Always start with hot food. Do not use to heat cold food other than crisping crackers, chips or dry cereal.

Safety

WARMING DRAWER

To Use the Warming Drawer

Push and turn the control knob to any desired setting.

Instructions Operating

When Using the Warming Drawer

The warming drawer will keep hot, cooked foods warm. Always start with hot food. Do not use to heat cold food other than crisping crackers, chips or dry cereal.

Do not line the warming drawer or pan with aluminum foil. Foil is an excellent heat insulator and will trap heat beneath it. This will upset the performance of the drawer and could damage the interior finish.

Allow approximately 25 minutes for the warming drawer to preheat.

Do not put liquid or water in the warming drawer.

All foods placed in the warming drawer should be covered with a lid or aluminum foil. When warming pastries or breads, the cover should be vented to allow moisture to escape.

Food should be kept hot in its cooking container or transferred to a heat-safe serving dish.

CAUTION: Plastic containers or plastic wrap will melt if in direct contact with the drawer, pan or a hot utensil. Melted plastic may not be removable and is not covered under your warranty.

Remove serving spoons, etc., before placing containers in warming drawer.

Instructions Care and Cleaning Troubleshooting Tips Consumer Support

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GE PB750 owner manual Using the warming drawer on some models, To Use the Warming Drawer, When Using the Warming Drawer

PB750 specifications

The GE PB750 is a notable addition to the field of power generation, specifically designed for high-efficiency and reliability in the gas turbine market. This model represents a significant advancement in gas turbine technology, providing operators and utilities with an effective solution for meeting growing energy demands while minimizing environmental impact.

At the heart of the GE PB750 is its advanced aerodynamics and materials technology, which contribute to its superior performance. The turbine features a robust design that allows for increased efficiency and flexibility, making it capable of operating in various conditions. The incorporation of advanced cooling techniques ensures that the turbine can maintain optimal performance even at high temperatures, which is essential for meeting peak demand periods in electricity generation.

One of the standout features of the PB750 is its combined cycle capability, which maximizes the energy extracted from the fuel. This technology enables the turbine to use both gas and steam cycles, leading to a significant reduction in carbon emissions compared to traditional single-cycle plants. Furthermore, the GE PB750 is equipped with advanced emissions control systems, which help to further reduce NOx and CO2 emissions, making it compliant with stringent environmental regulations.

The control system of the GE PB750 is designed with digital technology that enhances operational efficiency. Advanced analytics and monitoring capabilities provide real-time insights into performance, allowing operators to make informed decisions. This digital integration also facilitates predictive maintenance, reducing downtime and ensuring the turbine operates at peak performance.

The PB750’s modular design provides greater flexibility in installation and maintenance, making it an attractive option for utility operators. The ability to perform maintenance and upgrades while the unit is operating contributes to overall efficiency and reduces outages.

In summary, the GE PB750 gas turbine exemplifies cutting-edge technology in the power generation sector. Its high efficiency, reduced emissions, and advanced digital controls make it a suitable choice for meeting the energy demands of the future while ensuring compliance with environmental standards. As the world shifts towards cleaner energy solutions, the PB750 stands out as a reliable and innovative option for power generation.