Automatic3-in4 SurfaceUnitMA1JPWonly, Howto UseIt

Automatic3-in4 SurfaceUnit(MA1JPWonly)

Theautomaticsurfaceunitcontrols

kwn~pemnweofyw cookware to givejhe samery~eof automatic co&ing thatyoumayhave experiencedwitha well-controlled electricskilletor saucepan.

Thespring-mountedsensor, locatedin the centerof thesurface unit,measumsandcontrolsthe heatto the pan on the unit.

2.ThrnAutomaticUnitSelector knobto select unitsize. The unit maybe used as an 8-inch,6-inchor4-inchunitto accommodatelarge, medium-sizedor smallcookware. Matchunit sizeselectionto size ofcookware.

3.Selectheatsettingas

recommendedon the Auwnwfk m

Unit Cooking(hide. (Settingswere chosenusingmedium-weight aluminumpans.)

oFor cookingwith liquids,use settingsanywherein the area markedI-H,MED,LOWBOIL, SIMor settingin betweento obtain desiredrateofcooking.

Howto UseIt

1.Set panonunit.Usea coveron

cookwarewhensuggestedon	L
AutomuticUnit CookingGuide	LARGE-8-inch unit. ‘Ihrnswitch
on nextpage.	LARGE-8-inch unit. ‘Ihrnswitch
	to 8 whenusinglargecookware
	thatcompletelycoversthe unit
	(3-quartto 6-quartsaucepansor 8
	to 10-inchskillets).Then select
	desiredheat setting,

MEDIUM—6-inchunit. ‘hm switchto 6 when usingmedium- sizedcookwarethatdoes not completelycoverthe unit (2 to

2%-quartsaucepansor 6 to 7-inch skillets).Then selectdesiredheat setting.

SMALL-4-inch unit. Tbrn switch to 4 when usingsmallcookware about4 inchesin diameter(as a l-quartsaucepan).Then select desiredheat setting.

eFor fryingoperationsusesettings anywherein area numbered200 to 500.

0 For warmingoperationsuse settingsmarked200 and the line just below200.

4.Whencookingis finished,turn AutomaticUnitcontroldialto OFF.

13psforBestResuks

●Use flat-bottomedmedium-weight aluminumcookware,in relationto sizeof unitin use. Use tight-fitting lidswith foodswhichrequirea

cover;looselidsor no cover	e
lengthencookingtime. Warped,
concaveor convex-bottomedpans
maynottouchsensorin centerof
AutomaticUnit;if not, sensor
cannotcontrolheatsuppliedto pan.

@Use amountof watersuggested on AutomaticUnitguide;if moreis used, higherheatsettingand longer cookingtimemaybe required.

eCookwareof othermaterials mayrequiredifferentheatsettings and/orcookingtime.

@Use a minutetimer to time TWI’ALcooking.Includetime usuallyrequiredto bring foodto boil, switchingheats, etc. Do not judgecookingtimeby visible steamingonly.Foodwill cookin coveredcookwareeventhoughno steammaybe apparentduringthe cookingprocess.

JP661, JP651 specifications

The GE JP651 and JP661 models represent a significant leap forward in electric power generation and propulsion technologies. These generators are designed for use in various applications, including power generation, industrial processes, and emergency backup systems. Both models are engineered to meet the rigorous demands of modern energy requirements while ensuring reliability and efficiency.

One of the standout features of the GE JP651 and JP661 is their advanced generator design, which incorporates high-efficiency components to maximize power output. The JP651 is rated at 650 kVA, while the JP661 boasts an impressive capacity of 660 kVA. This power enables them to support essential operations in both commercial and industrial settings, making them versatile solutions for businesses seeking uninterrupted power supply.

The technology integrated into these models includes state-of-the-art electronic controls that optimize performance and enhance user-friendliness. The intuitive interface allows operators to monitor generator performance in real time, facilitating prompt decision-making and troubleshooting. Furthermore, these generators are equipped with automatic voltage regulation (AVR) systems that ensure consistent voltage output, protecting connected equipment from damage due to fluctuations.

In terms of durability, both the JP651 and JP661 are built with robust materials designed to withstand challenging environments. This durability extends to their components, which are designed for longevity and hassle-free maintenance. The generators also feature advanced cooling systems that enhance their performance and lifespan even in high-temperature conditions.

Another essential characteristic is their fuel efficiency. Both models employ advanced engine technology that not only meets stringent emissions standards but also minimizes fuel consumption, helping businesses reduce their operating costs while adhering to environmental regulations.

Moreover, the GE JP651 and JP661 are designed with flexibility in mind. They can be easily integrated into existing power systems and can operate in parallel with other generators, providing scalability to meet growing energy demands.

In summary, the GE JP651 and JP661 generators exemplify cutting-edge technology, outstanding efficiency, and robust performance. Their high power ratings, advanced control systems, and durable construction make them a compelling choice for a wide range of applications, ensuring businesses have access to reliable and efficient power generation solutions.