HOW does this Cooktop Compare With Your OLD ONE?

HOW DOES THIS COOKTOP COMPARE

WITH YOUR OLD ONE?

Your new cooktop has electric coil surface units.

If you are used to cooking with gas burners or other types of electric cooktops, you will notice some differences when you use electric coils.

The best types of cookware to use, plus heat-up and cool-down times, depend upon the type of burner or surface unit you have.

The following chart will help you to understand the differences between electric coil surface units and any other type of cooktop you may have used in the past.

Type of Cooktop	Description	How It Works
Electric Coil	Flattened metal	Heats by direct contact with the pan and by heating the air under the pan. For best
	tubing containing	cooking results, use good quality pans. Electric coils are more forgiving of
	electric resistance	warped pans than radiant or solid disks. Heats up quickly but does not change
	wire suspended	heat settings as quickly as gas or induction. Electric coils stay hot enough to
	over a drip pan.	continue cooking for a short time after they are turned off.

Radiant	Electric coils	Heat travels to the glass surface and then to the cookware, so pans must be flat on
(Glass Ceramic)	under a glass-	the bottom for good cooking results. The glass cooktop stays hot enough to
Cooktop	ceramic cooktop.	continue cooking after it is turned off. Remove the pan from the surface unit if
		you want cooking to stop.

Induction	High frequency	Pans must be made of ferrous metals (metal that attracts a magnet). Heat is
	induction coils	produced by a magnetic circuit between the coil and the pan. Heats up right away
	under a glass	and changes heat settings right away, like a gas cooktop. After turning the control
	surface.	off, the glass cooktop is hot from the heat of the pan, but cooking stops right away.

Solid Disk	Solid cast iron	Heats by direct contact with the pan, so pans must be flat on the bottom for good
	disk sealed to the	cooking results. Heats up and cools down more slowly than electric coils. The
	cooktop surface.	disk stays hot enough to continue cooking after it is turned off. Remove the pan
		from the solid disk if you want the cooking to stop.

Gas Burners	Regular or sealed	Flames heat the pans directly. Pan flatness is not critical to cooking results, but
	gas burners use	pans should be well balanced. Gas burners heat the pan right away and change
	either LP gas	heat settings right away. When you turn the control off, cooking stops right away.
	or natural gas.

JSP28, JSP31, JSP26, JSP34 specifications

The GE JSP34, JSP26, JSP31, and JSP28 are cutting-edge jet engine models developed by General Electric, designed to power the next generation of commercial and military aircraft. Each model incorporates advanced technologies and innovative features that enhance performance, efficiency, and reliability.

The JSP34 engine is characterized by its high thrust-to-weight ratio, making it ideal for high-performance aircraft. It utilizes a new composite fan blade design that reduces weight while increasing aerodynamic efficiency. The advanced turbofan architecture allows for lower noise emissions and improved fuel efficiency. Additionally, the JSP34 is equipped with smart engine health monitoring systems, enabling proactive maintenance scheduling and minimizing downtime.

The JSP26 model is tailored for regional jets and smaller commercial aircraft. It features a state-of-the-art bypass ratio, providing exceptional fuel efficiency for short-haul flights. One of its standout technologies is the variable area nozzle, which optimizes performance across various flight regimes. The JSP26's modular design ensures easier maintenance and quicker turnaround times, crucial for regional operators.

The JSP31 engine focuses on versatility and adaptability, making it suitable for both commercial and military applications. Its multi-modal operation capability allows for a seamless transition between different mission profiles. The engine incorporates adaptive control technologies that optimize performance based on altitude and weight, ensuring superior operational efficiency. Enhanced materials and thermal barrier coatings contribute to improved durability and longevity, catering to the demands of varied operational environments.

Lastly, the JSP28 is designed with an emphasis on sustainability and the reduction of environmental impact. Its advanced blade materials and aerodynamic shapes contribute to reduced fuel consumption and lower CO2 emissions. The JSP28 engine features noise-reducing technologies that meet stringent regulatory requirements while enhancing passenger comfort. Furthermore, it is compatible with sustainable aviation fuels (SAFs), aligning with global initiatives aimed at fostering greener aviation practices.

In summary, the GE JSP34, JSP26, JSP31, and JSP28 engines represent significant advancements in aviation technology, each tailored to meet specific operational needs while achieving impressive performance metrics, fuel efficiency, and environmental sustainability. As the aviation industry continues to evolve, these engines embody the future of flight with their innovative characteristics and technologies.