Your double oven has controls for the upper oven and the lower oven. Be sure to set the correct control. Pads on the left side of the panel are for the upper oven. Pads on the right side of the panel are for the lower oven. The TIMER ON/OFF, COOK TIME, STOP TIME, INCREASE and DECREASE pads can be used for either oven.

~ . — _ .

 

—-—-—.— 7

 

●Y(JU cannot clean both the upper find the lower

ovens at the same time.

●You will not be able to LISC Ti nle Bake in onc oven and Seli’-Clean in the other tit the same time.

Before a Clean Cycle

1.Remove the broiler pan, broiler grid, all coc~kwa[-c and any aluminum foil from the oven—they can.{ withstand the high cleaning ternpera[ares.

NOTE: The oven shelves may be cleaned in

the self-cleaning oven. However, they will darken. lose their luster and become hard to slide. Wipe [hc shelf supports with cooking oi 1 after self-cleaning to make shelves slide more easily.

2.Wipe up heavy soil on the oven bottom. If Y;OLI

use soap, rinse thoroughly before self-cleun ing to prevent staining.

Oven —

 

vent

0—0

grille

oven

 

 

light

Overl . .

front I I

Ihl

Area inside gasket

Area outside

Gpenings

Oven door

gasket

in door

gasket

~’i(:arl spat[ers or soi 1 on the oven front frame and

[iIc o~en Lloor outside the gasket with a dampened , i(.)(h, TjIc ()\er] front frame and the {~\Jerl door

~tside the gzlsket do not get cleaned by the self- :lcan cycle. On these areas. use detergent and hot tvater or a soap-filled steel woo] pad, Rinse well with a vinegar and w~lter solution. This will help

i)revcnt a hro~vrl residue from fermi ng when the

o\;erl is heated. Buff these areas with a dry cloth. 1)0 not clean the gasket. Never LISe a cornnlcrcid! oven cleaner in or around the self-c le~ul ing o\en.

~[’ lean the ou[side I.rent of the oven d~~or with soup und water, Also usc soap and water to clean under the oven \ent grille. Do not use abrasives

or oven cleaners.

~~lke sLIre the o\’en light bulb cover is in pl~~ce.

Do not rub or clean the door gasket— the fiberglass material of the gasket has an extremely low resistance to abrasion. An intact anci well-fitting o\ten door gasket is essent iai for energy-efficient oven operation an(l g~.)od baking results. If you notice the gasket becoming worn. [rtiyed or damaged in any way or if it h~s become displaced on the door, you slloLIld ha~e it replaced.

1)0 not let water run down through openings in

the top of the door. To help prevent water from

(~et[ing- in these slots when cleaning, open the door as far as it witl go.

4.Close the oven door and tnake sure the o\er~ light is et!. If the o~’en light is not turned off, the life of the bulb will be shortened or it may burn out immediately. The door latches automatically after the clean cycle is set.

Do not use commercial oven cleaners or oven protectors in or near the self-cleaning oven.

A combination of any of these products plus the high clean-cycle temperature may damage the porcelain finish of the oven.

—

—

30

Page 29 Page 31
Page 30
Image 30
GE 164D2966P126 warranty Before a Clean Cycle, ~’iarl spaters or soi 1 on the oven front frame, Or oven cleaners
Page 29 Page 31

164D2966P126 specifications

The GE 164D2966P126 is a critical component in the realm of industrial and aerospace applications, offered by General Electric. This part exemplifies advanced engineering designed to fulfill high-performance requirements in demanding environments. Its reliability and efficiency make it suitable for a variety of uses, with a particular focus on power generation and distribution systems.

One of the main features of the GE 164D2966P126 is its robust construction. Built to withstand extreme operating conditions, this part demonstrates exceptional durability in the face of thermal fluctuations, pressure variations, and mechanical stresses. This resilience is essential for components utilized in the aerospace industry, where failure is not an option.

The technology integrated into the GE 164D2966P126 is another standout characteristic. With advancements in materials science, the component is manufactured using lightweight yet strong materials that contribute to overall efficiency. This approach minimizes weight without compromising structural integrity, which is crucial in aviation applications where every ounce matters.

Additionally, the GE 164D2966P126 employs cutting-edge manufacturing techniques that ensure precision and quality. The use of CNC machining and additive manufacturing processes enhances the component's design flexibility while maintaining tight tolerances. This precision is vital for parts that must fit seamlessly within complex systems.

The electrical characteristics of the GE 164D2966P126 are optimized to handle varying loads, making it an indispensable part of electrical control and distribution systems. Its ability to maintain performance under fluctuating conditions aligns well with modern energy management strategies, promoting efficiency and sustainability.

Moreover, the GE 164D2966P126 is characterized by its ease of integration into existing systems. It is designed to work with other components seamlessly, reducing installation time and costs. This compatibility is essential for industries that require rapid upgrades and scalability.

In conclusion, the GE 164D2966P126 represents a pinnacle of engineering innovation, embodying durability, efficiency, and advanced technology. Its robust features and exceptional characteristics make it ideal for applications in power generation and aerospace, ensuring that it meets the high standards expected in these critical sectors. With General Electric's commitment to excellence, the 164D2966P126 continues to support industries that depend on reliable performance and cutting-edge technology.
Top Page Image Contents