GE JP326, JP626 Operating Instructions Safety, Tips Care and Cleaning, Surface Units, Drip Pans

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Instructions

Care and cleaning of the cooktop.

Operating Instructions Safety

Surface unit

 

Surface Units

 

 

 

 

 

To clean the surface units, turn the

 

 

 

control to the highest setting for a

 

 

 

minute. The coils will burn off any soil.

 

 

Drip pan

To remove a surface unit:

Receptacle

To remove the drip pans for cleaning, the

 

 

 

 

 

 

surface units must be removed first.

 

 

 

Lift the surface unit about 1 inch above

 

 

 

the drip pan and pull it out.

 

 

 

Do not lift the surface unit more than 1

 

 

 

inch. If you do, it may not lie flat on the

 

 

 

drip pan when you plug it back in.

 

 

 

Repeated lifting of the surface unit more

 

 

 

than 1 inch above the drip pan can

 

 

 

permanently damage the receptacle.

To replace a surface unit:

Replace the drip pan into the recess in the cooktop. Make sure the opening in the pan lines up with the receptacle.

Insert the terminals of the surface unit through the opening in the drip pan and into the receptacle.

Guide the surface unit into place so it rests evenly.

Do not immerse the surface units in liquids of any kind.

Do not clean the surface units in a dishwasher.

Do not bend the surface unit plug terminals.

Do not attempt to clean, adjust or in any way repair the plug-in receptacle.

Tips Care and Cleaning

Drip Pans

Remove the surface units. Then lift out the drip pans.

For best results, clean the drip pans by hand. Place them in a covered container (or a plastic bag) with 1/4 cup ammonia to loosen the soil. Then scrub with a soap- filled scouring pad if necessary. Rinse with clean water and polish with a clean soft cloth.

The drip pans may also be cleaned in a dishwasher.

Clean the area under the drip pans often. Built-up soil, especially grease, may catch fire.

Do not cover the drip pans with foil. Using foil so close to the receptacle could cause shock, fire or damage to the cooktop.

Porcelain Enamel Cooktop (on some models)

Customer Service Troubleshooting

The porcelain enamel finish is sturdy but breakable if misused. This finish is acid- resistant. However, any acidic foods spilled (such as fruit juices, tomato or vinegar) should not be permitted to remain on the finish.

If acids spill on the cooktop while it is hot, use a dry paper towel or cloth to wipe it up right away. When the surface has cooled, wash with soap and water. Rinse well.

For other spills such as fat spatterings, wash with soap and water or cleansing powders after the surface has cooled. Rinse well. Polish with a dry cloth.

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Contents CooktopBuilt-In Electric GE & You, a Service Partnership Congratulations You Are Now Part of the GE FamilySafety Instructions Customer ServiceInstructions Tips Customer Service Using the surface units Instructions SafetyCleaning Operating InstructionsCare and Cleaning Care and cleaning of the cooktopSafety Operating Instructions Safety Tips Care and CleaningSurface Units Drip PansCare and Cleaning Troubleshooting Tips Customer Service Lift-Up CooktopMetal Parts To raise the cooktopFunctioning properly Before You Call For Service…Surface units not GE Built-In Cooktop Warranty GE Will Replace, At No Charge To YouWhat GE Will Not Cover One YearService Telephone Numbers GE Answer Center
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JP626, JP326 specifications

The GE JP326 and JP626 are two advanced gas turbine models designed for efficiency, reliability, and versatility in power generation. Both turbines are a part of GE's portfolio of gas turbine technology, renowned for their ability to operate in various environments, from peaking power plants to base load operations.

The GE JP326 turbine boasts a nominal output of approximately 30 MW, making it a suitable choice for smaller power plants or distributed generation applications. Its design incorporates advanced aerodynamic concepts and materials, contributing to high thermal efficiency and lower emissions. The JP326 utilizes advanced control systems for optimal performance, ensuring precise operation even under varying load conditions. This turbine is particularly recognized for its quick start capabilities, enabling it to respond rapidly to fluctuating energy demands.

On the other hand, the GE JP626 is a larger model, offering a nominal output of around 60 MW. This turbine is ideal for larger power generation facilities and is optimized for combined cycle applications, which further enhances its fuel efficiency. The JP626 features high-pressure ratio technology and advanced cooling techniques for its hot components, which allow for greater operational flexibility and increased durability.

One of the standout characteristics of both turbines is their commitment to sustainability. Engineered to minimize greenhouse gas emissions, they meet today’s stringent environmental regulations while also providing outstanding performance. The implementation of digital controls and monitoring systems enhances reliability and allows for predictive maintenance, ultimately reducing downtime and operational costs.

In summary, both the GE JP326 and JP626 gas turbines exemplify the latest advancements in energy technology. Their features, including high efficiency rates and low emissions, coupled with reliability and quick start capabilities, make them suitable for a wide range of applications. With GE's commitment to innovation, these turbines are positioned to meet the evolving demands of the energy industry, ensuring reliable power generation while promoting environmental sustainability. Their robust engineering and advanced technologies signify GE's leadership in gas turbine manufacturing, making them preferred choices for power producers globally.
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