Safety Instructions

IMPORTANT SAFETY INFORMATION.

READ ALL INSTRUCTIONS BEFORE USING.

WARNING!

SURFACE BURNERS

Use proper pan size—avoid pans that are unstable or easily tipped. Select cookware having flat bottoms large enough to cover burner grates. To avoid spillovers, make sure cookware is large enough to contain the food properly. This will both save cleaning time and prevent hazardous accumulations of food, since heavy spattering or spillovers left on range can ignite. Use pans with handles that can be easily grasped and remain cool.

Consumer Support Troubleshooting Tips Care and Cleaning Operating Instructions

Always use the LITE position when igniting the top burners and make sure the burners have ignited.

Never leave the surface burners unattended at high flame settings. Boilovers cause smoking and greasy spillovers that may catch on fire.

Adjust the top burner flame size so it does not extend beyond the edge of the cookware. Excessive flame is hazardous.

Use only dry pot holders—moist or damp pot holders on hot surfaces may result in burns from steam. Do not let pot holders come near open flames when lifting cookware. Do not use a towel or other bulky cloth in place of a pot holder.

When using glass cookware, make sure it is designed for top-of-range cooking.

To minimize the possibility of burns, ignition of flammable materials and spillage, turn cookware handles toward the side or back of the range without extending over adjacent burners.

Carefully watch foods being fried at a high flame setting.

Always heat fat slowly, and watch as it heats.

If a combination of oils or fats will be used

in frying, stir together before heating or as fats melt slowly.

Use a deep fat thermometer whenever possible to prevent overheating fat beyond the smoking point.

Do not operate the burner without all burner parts in place.

Use the least possible amount of fat for effective shallow or deep-fat frying. Filling the pan too full of fat can cause spillovers when food is added.

When preparing flaming foods under the

Do not use a wok on the cooking surface if the wok has a round metal ring that is placed over the burner grate to support the wok. This ring acts as a heat trap, which may damage the burner grate and burner head. Also, it may cause the burner to work improperly. This may cause a carbon monoxide level above that allowed by current standards, resulting in a health hazard.

Foods for frying should be as dry as possible. Frost on frozen foods or moisture on fresh foods can cause hot fat to bubble up and over the sides of the pan.

Never try to move a pan of hot fat, especially a deep fat fryer. Wait until the fat is cool.

Do not leave plastic items on the cooktop— they may melt if left too close to the vent.

Keep all plastics away from the surface burners.

To avoid the possibility of a burn, always be certain that the controls for all burners are at the OFF position and all grates are cool before attempting to remove them.

If range is located near a window, do not hang long curtains that could blow over the surface burners and create a fire hazard.

If you smell gas, turn off the gas to the range and call a qualified service technician. Never use an open flame to locate a leak.

Always turn the surface burner controls off before removing cookware.

Do not leave any items on the cooktop. The hot air from the vent may ignite flammable items and will increase pressure in closed containers, which may cause them to burst.

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hood, turn the fan on.

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GE J2S968 manual Surface Burners

J2S968 specifications

The GE J2S968 is a high-performance jet engine that has carved a niche for itself in the aviation industry, particularly in corporate and regional jet markets. Designed with the latest technologies, the J2S968 combines efficiency, reliability, and advanced engineering to meet the demands of modern aviation.

One of the standout features of the J2S968 is its turbofan design, which significantly enhances its operational efficiency compared to traditional turbojet engines. The engine employs a wide-chord fan blade technology that not only improves thrust but also minimizes noise levels, adhering to strict environmental regulations. This makes the J2S968 an ideal choice for operators prioritizing sustainability without compromising performance.

Another key characteristic of the J2S968 is its power and thrust capabilities. With a thrust range that typically exceeds 4,000 pounds, this engine can support a variety of aircraft sizes. This engine is particularly favored in the business aviation sector, where performance and range are critical. The advanced materials used in its construction also contribute to weight reduction, further enhancing fuel efficiency and overall performance.

The GE J2S968 incorporates advanced digital engine control systems, which facilitate precise power management and optimize fuel consumption. This technology allows for more efficient operation throughout different phases of flight, translating into reduced operational costs for operators. Enhanced diagnostic capabilities are also a key component, enabling real-time monitoring of engine performance, which aids in maintenance and prolongs service life.

In terms of maintenance, the J2S968 is designed with accessibility in mind. Its modular architecture allows for quick and easy servicing, reducing downtime and ensuring higher aircraft availability. This is particularly important for business aviation where time is often of the essence.

The engine's reliability is further underscored by its track record. Built on GE's extensive experience in the aerospace sector, the J2S968 benefits from rigorous testing and certification processes, ensuring it meets the highest safety and performance standards.

In summary, the GE J2S968 represents a fusion of cutting-edge technology, efficient performance, and reliability. Its significant advancements in turbofan design, power management, and maintenance make it a preferred choice for regional jets and business aircraft. As the aviation industry continues to evolve, the J2S968 stands as a testament to GE's commitment to innovation and excellence in aerospace engineering.