GE ZET3058, ZET3038, JT980, JT930 warranty Min

Page 5

Installation Instructions

BWALL MOUNT—SINGLE BUILT-IN OVEN BELOW AN ADVANTIUM OVEN OPTION

CWALL MOUNT—SINGLE BUILT-IN OVEN ABOVE A WARMING DRAWER OPTION

30”

24”

Min.

 

Advantium

Construct solid bottom min. 3/8” plywood supported

by 2 x 4 or 1

23 1/2” Min.

inside

Construct solid bottom min. 3/8” plywood

cutout x 2 runners, all four sides

2” Min.

Oven

cutout

•When installed over a single wall oven, allow at least 2” between the two openings. This separation will provide clearance for bottom overlap of the Advantium oven and top overlap of the single wall oven.

•If you are replacing a GE/Monogram electric double oven with the combined installation of an Advantium and single wall oven, the middle rail separating the two openings may need to be larger than the 2” min. shown.

•Always maintain 36 3/4” min. distance from the floor to the Advantium oven cutout in any installation combination.

•When installed in combination with a GE/Monogram single wall oven, use separate electrical junction boxes.

•Refer to Advantium oven installation instructions for electrical requirements and installation details of that product.

•Advantium ovens are approved for installation above only certain specified wall oven models. See the label attached to the top of the oven for approved Advantium oven models.

5

Oven

cutout

2” Min.

Warming

drawer cutout

A

Bottom of warming drawer must be 1” above toekick

•A 2” min. clearance between oven and warming drawer cutouts is required.

•Additional clearance may be required if

2 x 4 blocks are used to support the solid floor of the oven above. Check to be sure that oven supports above the Warming Drawer location do not obstruct the required interior depth and height.

•Refer to warming drawer installation instructions for electrical requirements and installation details of that product.

•Warming drawers are approved for installation below only certain specified wall oven models. See the label attached to the top of the oven for approved warming drawer models.

NOTE: A single wall oven can be installed in combination with the Advantium oven above and a warming drawer below as long as the dimensions and information on this page are applied to the combination installation.

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Contents Before YOU Begin For Your SafetyTools YOU will Need Prepare to Install the OvenParts Included Materials YOU MAY NeedDo not Lift the Oven by the Handle PRE-INSTALLATIONCutout Options for Single BUILT-IN Ovens Single BUILT-IN Oven Cutout OptionsMin Under COUNTER-SINGLE BUILT-IN Oven Option Cutout for Double BUILT-IN Oven Double BUILT-IN Oven CutoutOn Double Wall Oven MODELS, Remove the Lower Door only Remove the Lower Oven Door On Double Wall Oven Models onlyElectrical Requirements Electrical ConnectionsConnect Conduit Electrical ConnectionsTurn OFF Electricity THREE-CONDUCTOR Branch Circuit Connection Drill the Pilot Holes and Mount the Oven Secure the Oven in the OpeningSlide the Oven Into the Opening Install the Metal Bottom Trim On Double Wall Oven MODELS, Replace the Lower Door Replace the Lower Oven Door on Double Wall Oven ModelsOperation Checklist Final ChecklistsPRE-TEST Checklist
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JT930, JT980, ZET3058, ZET3038 specifications

General Electric (GE) has made significant strides in the power generation and industrial equipment sectors, and their models ZET3038, ZET3058, JT980, and JT930 are testament to this commitment to excellence. Each of these models offers a unique blend of features, technologies, and characteristics designed to meet the diverse needs of modern industries.

The GE ZET3038 is a robust turbine engine that excels in flexibility and efficiency. Its design incorporates advanced materials that enhance durability while minimizing weight. One of the outstanding features of the ZET3038 is its modular architecture, which allows for easy maintenance and upgrades. The engine is equipped with a state-of-the-art digital control system, providing real-time monitoring and optimization of performance. This capability reduces downtime and maximizes operational efficiency, making it an ideal choice for industries requiring reliable and consistent energy output.

Moving on to the GE ZET3058, this model builds on the strengths of the ZET3038 but offers enhanced power and efficiency. It features a larger turbine and advanced aerodynamic profiles, resulting in improved fuel efficiency and reduced emissions. The ZET3058 is known for its operational versatility, being suitable for both peaking and base-load operations. Its integrated diagnostic systems allow for predictive maintenance, which significantly extends the lifespan of the components and reduces overall operational costs.

The JT980 is one of GE's high-performance jet engines, designed primarily for commercial aviation. It boasts advanced combustion technologies that ensure lower NOx emissions, meeting stringent environmental regulations. The JT980 incorporates sophisticated electronic systems for enhanced fuel management and efficiency optimization, greatly improving operational economics for airlines. Its lightweight construction contributes to overall aircraft performance, enabling higher payload capacities and reduced fuel consumption.

Lastly, the JT930 engine is tailored for regional and business aviation markets. It features a compact design and employs the latest in materials technology to achieve a balance between performance and cost-efficiency. The JT930 is recognized for its quiet operation and low environmental impact, making it a favorable choice for operators concerned about sustainability. Its straightforward maintenance procedures ensure that aircraft downtime is kept to a minimum, allowing for more flights and increased revenue potential.

In summary, the GE ZET3038, ZET3058, JT980, and JT930 showcase a spectrum of innovative technologies and design philosophies aimed at delivering high performance, efficiency, and reliability across various applications. Each model reflects GE's commitment to advancing industrial capabilities through cutting-edge engineering solutions.
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