Roasting is cooking by dry heat. Tender meat or poultry can be roasted uncovered in your oven. Roasting temperatures, which should be low and steady, keep spattering to a minimum.

Roasting is redy a baking procedure used for meats. Roasting is easy; just follow these directions:

1.Place the shelf in the A or B position. No preheating is necessary.

2.Check the weight of the meat. Place it, fat side up, (or for poultry, breast- side-up) on the roasting rack in a shallow pan. The

melting Fat will baste the meat. Select a pan m close to the size of the meat as possible. (The broiler pan with rack is a good pan for this.) Line the broiler pan with rduminum foil when using the pan for marinating, cooking witi fruits, cooking heavily cured meats, or basting food during cooking. Avoid spilling these materials inside the oven or inside the oven door.

3.Turn the OVEN TEMP knob to the desired setting.

4.After roasting is complete, turn the OVEN TE~ knob to OFF and then remove the food from

the oven.

Most meats continue to cook stightiy while standing, after being removed horn the oven. Standing time recommended for roasts is 10 to 20 minutes. This allows roasts to fm up and makes them easier to carve. ktemd temperature will rise about 5° to 10°F. To compensate for temperature increase, if desired, remove the roast from the oven sooner (at 5° to 10°F. less than the temperature in the Roasting Guide).

NOTE: Remember that the food wfl continue to cook in a hot oven and therefore should be removed when the desired intemd temperature has been reached.

Frozen Romk

Frozen roasts of beef, pork, lamb, etc. can be started without thawing, but allow 10 to 25 minutes per pound additiond time (10 minutes per pound for roasts under 5 pounds, more time for larger roasts).

Thaw most frozen poultry before roasting to ensure even doneness. Some commercial frozen poultry can be cooked successfully without tiawing. Follow the directions given on the package label.

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GE JMS02PN, JGAS02EN, JGAS02PN manual Frozen Romk
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JGAS02PN, JGAS02EN, JMS02PN specifications

The GE JMS02PN, JGAS02EN, and JGAS02PN are advanced gas turbine products developed by General Electric, renowned for their application in various energy and industrial sectors. These turbines represent cutting-edge engineering and design, focusing on delivering high efficiency, reliability, and sustainability.

The JMS02PN model is notable for its performance in power generation applications. With a significant output capacity, it is designed to operate efficiently across a wide range of conditions. Its advanced aerodynamics and combustion technologies allow for reduced emissions while maximizing fuel efficiency. The turbine also features a sophisticated control system that optimizes performance in real-time, ensuring that it can adapt to varying load demands.

Moving on to the JGAS02EN model, this turbine is engineered for enhanced environmental performance. It incorporates GE’s innovative dry low NOx combustion technology, which minimizes nitrogen oxide emissions, making it compliant with stringent environmental regulations. The JGAS02EN is suitable for both industrial and commercial applications due to its flexibility and scalability, allowing users to implement it in diverse operational contexts.

Similarly, the JGAS02PN shares several characteristics with the JGAS02EN but is tailored for specific industrial needs. The JGAS02PN is designed to operate in more challenging environments, offering exceptional durability and long service intervals. This model features advanced materials and coatings that withstand high temperatures and corrosive conditions, ensuring reliability and longevity in operation.

All three models leverage advanced technologies such as digital twin simulations and predictive maintenance capabilities, enabling operators to monitor performance accurately and perform proactive interventions. This technology ensures not only efficiency but also a significant reduction in downtime, leading to lower operational costs.

In summary, the GE JMS02PN, JGAS02EN, and JGAS02PN turbines exemplify the pinnacle of gas turbine technology. They are designed to meet the demands of today's energy landscape, emphasizing performance, sustainability, and adaptability. With their innovative features and robust construction, these turbines are set to play a pivotal role in the future of power generation and industrial applications. Whether aiming for high efficiency, lower emissions, or superior durability, these models offer unparalleled solutions for modern energy challenges.
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