GE ZIDS240, ZIDI240 installation instructions Custom Panel Models Only, Cutout depth should be 24″

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Design Guide

FOR MODEL ZIDI240 WITH CUSTOM DRAWER PANELS AND HANDLES

THE INSTALLATION SPACE

PRODUCT CLEARANCES

IMPORTANT: Double-Drawer Refrigerators are designed to be built-in only. They cannot be used free-standing.

When installed in a corner:

Countertop

Double-Drawer

Locate

Outlet

10-1/2"

34-1/2"-35" 9" Max.

1-1/2"

24"

23-1/8" min.

23-3/4" Min.

NOTE: Handles not supplied.*

24-7/8"

34-1/4" to 34-3/4"

23-3/4"

Clearance for Door

Opening 2-1/2" min.

Allow 2-1⁄2min. clearance between Double-Drawer and adjacent cabinet, wall or other appliances. Allow 23-1⁄8min. clearance from the front for drawer opening.

NOTE: Custom handle clearances may vary depending on the standoff of the custom handles.

• Test the drawer openings. Carefully open and close

the drawers. The drawers should not rub or catch on

adjacent cabinetry. Notify the installer if the drawers

*Custom handle clearances may vary, depending on the standoff of the custom handles.

The cutout depth should be 24

The cutout dimensions shown allow for full drawer extension.

NOTE: The drawers should be flush with the surrounding cabinets.

Additional Specifications

A 120 volt 60Hz., 15 or 20 amp power supply is required. An individual properly grounded branch circuit or circuit breaker is recommended. Install a properly grounded 3-prong electrical receptacle recessed into the back wall as shown. Electrical must be located on rear wall as shown. NOTE: GFCI (ground fault circuit interrupter) is not recommended.

make contact with cabinetry. NOTE: When installing

custom panels and handles, use above clearances as

a general guide but adjust according to the installation.

Choose the location:

These products may be closed in on the top and three sides as long as the front is unobstructed for air circulation and proper access to the drawers.

Do not install these products where the temperature will go below 55°F (13°C) or above 90°F (32°C).

These products are not designed to be stacked one over the other

Black or Stainless Steel Toekick Options

These products are shipped with two toekicks,

a stainless steel and a black toekick. For shipping purposes, one of the toekicks will be secured to the back of the unit and the second will be installed, in place, on the unit. Keep the unused toekick, and other unused or removed parts, for future use.

SIDE-BY-SIDE INSTALLATIONS –

Custom Panel Models Only

For a complete refreshment center, install a Double-Drawer Refrigerator beside a Beverage Center or Wine Chiller/ Wine Reserve.

A side-by-side installation requires at least a 47-1/2wide opening. No trim kits required.

Products must operate from separate, properly grounded receptacles.

 

Locate

 

Outlet

 

10-1/2" 14"

10-1/2" 24"

34-1/2"-35"

9"

9"

 

15"

1-1/2"

 

 

 

47-1/2" Min.

 

*NOTE: Additional clearances

 

may be required.

 

5

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Contents Monogram.com Installation InstructionsGrounding the DOUBLE-DRAWER Refrigerator Safety InformationRead these instructions completely and carefully Important Please read carefullyImportant Information ContentsCaring for Your Stainless Steel Tools RequiredSIDE-BY-SIDE Installations Installation Space Product ClearancesDesign Guide Stainless Steel Models OnlyBlack or Stainless Steel Toekick Options Custom Panel Models OnlyCutout depth should be 24″ Install Custom 3/4″ Drawer Panels and Handles Installation InstructionsInstall Custom 3/4″ Remove PackagingLevel Installation TIPSET Temperature Controls Slide Product Into Cutout Connect PowerPub. No Part No D5893P003 GE Consumer & Industrial

ZIDS240, ZIDI240 specifications

The GE ZIDI240 and ZIDS240 are state-of-the-art industrial microwave systems designed to meet the demands of various applications, particularly in the field of food processing and material drying. These innovative machines leverage advanced microwave technology, ensuring efficiency, precision, and flexibility in their operations.

The ZIDI240 and ZIDS240 models are equipped with a robust microwave generator capable of delivering 2.4 kW of microwave power. This high power output enables rapid heating and processing, significantly reducing cycle times compared to traditional heating methods. The systems utilize a magnetron design, which provides reliability and consistency in performance, crucial for industrial applications.

One of the standout features of the GE ZIDI240 and ZIDS240 is their sophisticated control systems. Users can monitor and adjust operational parameters such as power levels, time settings, and temperature in real-time, ensuring optimal performance tailored to specific processing needs. The intuitive user interface simplifies the process of managing microwave operations, allowing operators to easily set and modify parameters without the need for extensive training.

Another significant characteristic of these models is their energy efficiency. The microwave technology used in the ZIDI240 and ZIDS240 reduces energy consumption compared to conventional heating methods. This not only leads to lower operational costs but also contributes to a more sustainable production process.

The design of both systems emphasizes versatility, allowing them to be adapted for a wide range of applications. For food processing facilities, this means the ability to quickly thaw, cook, or dry products while maintaining quality and texture. In industrial settings, they can efficiently dry materials or enhance chemical processes, making them valuable tools across various industries.

The construction of the GE ZIDI240 and ZIDS240 is robust, with materials selected to withstand the rigors of industrial use. Their compact footprint ensures they can fit into various production lines seamlessly, maximizing space efficiency without compromising performance.

In summary, the GE ZIDI240 and ZIDS240 microwave systems exemplify innovation in industrial technology. With their powerful microwave capabilities, sophisticated control systems, energy efficiency, and versatile applications, these models are poised to redefine productivity and efficiency in their respective fields, setting new standards for industrial microwave systems.