ZISW/B360DR – GE Monogram 36" Built-In Side-by-Side

Refrigerator with Dispenser and

Water Filter

Advance Planning for Built-In Custom Side-by-Side Refrigerators

Use this page to determine door swing

interaction with adjacent cabinetsRefrigerator or countertops.

Frameless Cabinets: The case trim overlaps cabinets at the top and sides. Therefore, frameless cabinets may require filler strips

to prevent interference with cabinet door swing. The opening must allow for filler strips.

Case Trim

23-7/8" From Rear of Refrigerator

Top View

90° Door Swing (Optional setting) Scale 1:1

IMPORTANT NOTE –

FOR DISPENSER MODELS

Dispenser models are supplied with two dispenser trims, one to fit framed panels and one for overlay panels. Dispenser trim fit to the custom panel depends on correct panel thickness. Framed panels must be 1/4" nominal. Overlay panels should be constructed as shown to accomplish

a total 1.100" thickness.

Door

Listed by

Underwriters

Laboratories

As an Energy Star® partner, GE has determined that this product meets the Energy Star guidelines for energy efficiency.

For answers to your Monogram,® GE Profileor

GE® appliance questions, visit our website at

GEAppliances.com or call

GE Answer Center® service, 800.626.2000.

Specification Revised 3/08

1/4"

1/2"

3/4"

1"

1-1/4"

1-1/2"

1/4"

1/2"

3/4"

1"

1-1/4"

3/4" Overlay

Panel

(Nominal Size)

110108

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Image 6
GE ZISW/B360DR dimensions Door Swing Optional setting Scale, Total 1.100 thickness Door

ZISW/B360DR specifications

The GE ZISW/B360DR is a sophisticated industrial transformer recently introduced by General Electric, known for its advanced features and reliable performance in power distribution applications. Designed for use in various industries, this transformer stands out due to its innovative technologies and robust characteristics.

One of the main features of the GE ZISW/B360DR is its enhanced efficiency, which significantly reduces energy losses during operation. This efficiency is achieved through optimized windings and core design, allowing it to operate effectively under varying load conditions. The transformer is built to withstand harsh environmental conditions, making it suitable for both indoor and outdoor installations.

The GE ZISW/B360DR is equipped with the latest insulation technology. This enables the transformer to maintain high dielectric strength, ensuring long-term reliability and reducing maintenance needs. The incorporation of this technology not only enhances the transformer's durability but also contributes to safety by minimizing the risk of electrical faults.

Another critical aspect of the GE ZISW/B360DR is its versatility in voltage regulation. It comes with integrated voltage control systems that allow for precise voltage adjustment, ensuring optimal operation across different operational settings. This feature is particularly beneficial in applications where voltage stability is crucial, such as in industrial plants or critical infrastructure.

The transformer also incorporates advanced monitoring and diagnostic capabilities. With built-in sensors and IoT connectivity, users can access real-time data on performance metrics, allowing for predictive maintenance and improved reliability. This innovative feature helps organizations optimize their maintenance schedules, ultimately leading to reduced operational costs and increased uptime.

In terms of environmental impact, the GE ZISW/B360DR is designed with sustainability in mind. GE has prioritized the use of eco-friendly materials and manufacturing processes, minimizing the transformer's carbon footprint. This commitment to sustainability not only complies with regulatory standards but also resonates with organizations focused on reducing their environmental impact.

Overall, the GE ZISW/B360DR combines cutting-edge technology and robust features, making it an excellent choice for industries seeking a reliable and efficient power transformer. With its advanced insulation, precise voltage regulation, monitoring capabilities, and commitment to sustainability, the transformer is poised to play a significant role in the future of industrial power management.