~fore Using Your Oven, Oven Light, Shelf Positions

USING YOUR OVEN

~fore Using Your Oven

1.Look at the controls. Be sure you understand

how to set them properly. Read over the directions for the Oven Controls so you understand how to use them.

2.Check the oven interior. Look at the shelves.

Take a practice run at removing and replacing them properly, to give sure, sturdy support.

3.Read over the information and tips that follow.

4.Keep this guide handy so you can refer to it, especially during the first weeks of using your new range.

NOTE:

●You may notice a “burning” or “oily” smell the first few times you turn your oven on. This is normal in a new oven and will disappear in a short time. To speed the process, set a self-clean cycle for a minimum of 3 hours. See the Operating the Self- Cleaning Oven section.

●A fan may automatically turn on and off to cool internal parts. This is normal and the fan may continue to run even after the oven is turned off.

Oven Light

Use the switch on the control panel to turn the oven light on and off.

Shelf Positions

The oven has four shelf supports identified in this illustration as A (bottom), B, C and D (top).

‘Shelf positions for cooking are suggested in the aking, Roasting. and Broiling sections.

Oven Shelves

The shelves are designed with stop-locks so when placed correctly on the shelf supports, they will stop before coming completely out of the oven and

will not tilt when you are removing food from them e or placing food on them.

When placing cookware on a shelf, pull the shelf out to the “stop” position. Place the cookware on the shelf, then slide the shelf back into the oven. This will eliminate reaching into the hot oven.

To remove the shelf from the oven, pLIll it toward you, tilt the f’rent end upward, and pull it out.

To replace, place the shelf on the shelf support with the st~p-locks (curved extension of the shelf) facing LIp and toward the rear of the oven. Tilt up the front and push the shelf toward the back of the oven until it Toes past the bump on the shelf support. Then lower

.he front of the shelf, and push it all the way back.

JSP38, JSP40 specifications

The GE JSP40 and JSP38 are advanced gas turbine models developed by General Electric, renowned for their efficiency, reliability, and cutting-edge technology in power generation. These turbines are designed to meet the demanding requirements of modern energy markets, providing flexible solutions for various applications, including peaking power and baseload generation.

One of the main features of the JSP40 and JSP38 is their advanced aerodynamics, which contribute to high thermal efficiency and reduced emissions. The innovative design of the turbine blades enhances airflow and maximizes energy extraction from the combustion process, leading to improved overall performance. With a base load efficiency exceeding 40 percent, these turbines are positioned as leaders in their class, offering significant fuel savings for operators.

The JSP40 and JSP38 utilize advanced materials and coatings that enhance durability and resistance to high temperatures. This enables them to operate at higher pressure ratios and temperatures compared to earlier models, thereby increasing power output. The use of advanced nickel-based superalloys in the manufacturing of turbine components ensures long service life even under harsh operational conditions.

Additionally, these turbines are equipped with GE’s proprietary DLN (Dry Low NOx) combustion technology. This technology minimizes nitrogen oxide emissions, making the JSP40 and JSP38 compliant with stringent environmental regulations. The DLN systems achieve stable combustion across a wide range of loads, providing operators with the flexibility to efficiently manage varying demand levels while maintaining low emissions.

Both models feature integrated digital controls that provide real-time monitoring and analytics, improving operational efficiency and reducing downtime. GE's sophisticated control systems enable predictive maintenance, ensuring that potential issues are identified before they escalate, thus optimizing maintenance schedules and maximizing turbine availability.

Furthermore, the JSP40 and JSP38 are designed with adaptability in mind. They can be configured to burn a variety of fuels, including natural gas and distillate fuels, allowing fleets to respond to market changes and regulatory requirements seamlessly. This versatility empowers operators to take advantage of different fuel prices while maintaining a reliable power supply.

In summary, the GE JSP40 and JSP38 gas turbines represent a significant advancement in energy technology, combining high efficiency, reliability, and environmental performance. Their innovative features and advanced technologies make them an excellent choice for energy producers looking to meet the challenges of today’s dynamic energy landscape. With continued investment in research and development, GE is poised to maintain its position as a leader in the global power generation market.