GE PT960, PT920 Oven support, For 27 models, Built-in microwave double oven dimensions in inches

Page 22

27" built-in double ovens (continued)

ge.com

27" built-in double oven dimensions (in inches) 27" models PK956, JKP75, JKP55, JKP35

Oven support

C

L

2" x 4" or equivalent

Locate

10

junction box for 27"models either 5" MIN. below cutout floor or 44" MIN. above cutout floor

Locate junction box for 24"models 56" MIN. above cutout floor

Allow 3/4"

Afor overlap over all edges of cutout

for 27" models

Suitable bracing to support runners

18"

Over centerline

of cabinet

runners

C

(Must support 300 lbs.)

B

Oven support for 24" models

C

L

2 x 4 or equivalent

D

 

 

G

E

 

21

 

 

Conduit

 

2" X 4" or

(48-1/2" Long)

Minimum

equiv. runners

F

(cutout floor)

 

cutout location

21" MIN.

 

Suitable bracing to support runners

11"

over centerline

of cabinet

runners

from floor

door opening

 

allowance

Note: Cabinets installed adjacent to wall ovens must have an adhesion spec of at least a 194°F temperature rating.

Note: If marks, blemishes or the cutout opening is visible above the installed oven, it may be necessary to add wood shims under the runners and front trim until the marks or openings are covered.

Note: Door handle protrudes 3" from door face. Cabinets and drawers on adjacent 45° and 90° walls should be placed to avoid interference with the handle.

27" built-in microwave double oven dimensions (in inches)

 

 

(Must support 275 lbs.)

 

 

 

Cabinet

JPK956/JKP75/55/35

A – Cabinet width required

27" min.

B – Minimum cabinet depth

23-5/8"

C – Opening width

25" min. - 25-1/4" max.

D – Opening height

50-1/8" max.

E – Recommended minimum

 

cutout location from floor

13-1/4"

Oven

 

F – Overall depth*

23-5/8"

 

w/o trim

51"

G – Overall height with trim

51-7/8" - 52-3/4"

H – Overall width

26-5/8"

Model JKP90

10

 

Recommended

 

junction box

A

locations.

 

Locate junction

 

box either 5" MIN.

 

below cutout

 

floor or 48" MIN.

C

above cutout

floor

 

Allow 3/4" for overlap of oven over all edges of cutout

*Depth including door handle is approximately 26-7/10" min. to 26-8/10" max. on models PK956, JKP75/55/35.

C

L

2 x 4 or equivalent runners

 

D

 

2" X 4" or

 

 

 

 

 

 

 

B

equiv. runners

 

 

 

H

 

 

 

 

 

 

 

 

G

Minimum

E

 

 

21

cutout location

 

Conduit

 

from floor

 

 

 

 

 

(48-1/2"

 

 

 

 

F

 

 

 

long)

Allow minimum of 21" for clearance to adjacent corners, drawers, walls, etc.

Note: Door handle protrudes 3" from door face. Cabinets and drawers on adjacent 45° and 90° walls should be placed to avoid interference with the handle.

Note: Cabinets installed adjacent to wall ovens must have an adhesion spec of at least a 194°F temperature rating.

Note: If marks, blemishes or the cutout opening is visible above the installed oven, it may be necessary to add wood shims under the runners and front trim until the marks or openings are covered.

Electric wall ovens are not approved for installation with a plug and receptacle. They must be hard wired in accordance with installation instructions.

Installation information: Before installing, consult installation instructions packed with product for current dimensional data.

Suitable

 

 

 

 

 

 

bracing

18"

to support

 

over centerline

runners

 

of cabinet

(Must support 275 lbs.)

Cabinet

 

27"

A – Cabinet width required

 

27" min.

B – Minimum cabinet depth

 

23-5/8"

C – Opening width

 

25" min. - 25-1/4" max.

D – Opening height

 

41-1/4" max.

E – Minimum cutout location from floor

 

22"

Oven

 

 

F – Overall depth*

 

23-5/8"

 

w/o trim

42-1/8"

G – Overall height

with trim

43" - 43-7/8"

H – Overall width

 

26-5/8"

*Depth including door handle is approximately 26-7/10" min. to 26-8/10" max.

Image 22
Contents Wall ovens What’s new GE Profile wall ovens Easy CleanabilityNew Distinguished Appearance Superior Performance Remarkable VersatilityGE Profile model PT960 All-new control panel Feature gallery GE Profile wall ovens Window Certified Sabbath modeLCD touch screen Glass touch controls 3Beveled edgesInside story GE Profile wall ovens Faster preheat Broil element and reflectorTrue Hidden Bake Improved air flowFeature gallery GE wall ovens Improved fit/finish Gloss handlesBigger hearth window Heavy-duty racksGE Profile Single oven PT920 GE Profile wall ovensGE Profile Double oven PT960 PT956 GE Profile Double oven PK956GE Profile Single oven PK916 GE Profile Single oven PT916GE Profile Combination double oven PT970 Double oven JTP75 GE wall ovensDouble oven JKP75 Single oven JTP30 Single oven JTP70Single oven JKP70 Single oven JKP30Superb performance Remarkable cleanabilityElectric wall oven quick pitch Exceptional versatilityPower/Ratings FeaturesWeights & Dimensions AppearanceCabinet JTP55, JTP35Oven Built-in single ovens GE Profile Convection single ovens Single ovensExcept wall ovens with Trivection technologyGE Profile Convection Double ovens Microwave For 27 models Built-in microwave double oven dimensions in inchesOven support Model JKP90GE Profile Convection Single ovens Models PK916, JKP70, JKP30, JKS10 27/24 built-in single oven dimensions in inchesInstallation dimensions in inches Sealed burner gas cooktop

PT920, PT960 specifications

The GE PT960 and PT920 are advanced power transformers that exemplify General Electric's commitment to innovation and performance in electrical engineering. Designed for versatility and efficiency, these transformers are pivotal in various industrial applications, including energy generation, transmission, and distribution.

The PT960 is known for its high power rating and robust construction, making it ideal for demanding tasks in heavy industry. With a power rating of up to 960 MVA (megavolt-amperes), it ensures reliable voltage transformation in large-scale power systems. Meanwhile, the PT920 is slightly smaller, yet it retains exceptional capability with a power rating of up to 920 MVA, suitable for a different range of applications without compromising performance.

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The transformers also utilize GE's advanced electromagnetic modeling techniques, ensuring minimized losses during operation. This efficiency translates into reduced operational costs and a smaller carbon footprint, aligning with global trends towards sustainability.

Moreover, both models support a variety of configuration options to meet specific client needs, including different voltage levels and winding arrangements. This flexibility makes them suitable for integration into various power networks worldwide.

In summary, the GE PT960 and PT920 transformers stand out for their high power ratings, durable insulation, efficient cooling, modular construction, digital monitoring capabilities, and operational efficiency. These attributes make them a preferred choice for power utilities and industries seeking reliable and innovative solutions for their electrical infrastructure needs.