GE B480DR dimensions Features and Benefits

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ZISW/B480DR – GE Monogram 48" Built-In Side-by-Side Refrigerator with Dispenser and Water Filter

Features and Benefits

• 30.7 cu. ft. total capacity

• Overhead evaporator

• Integrated Ice™ System – The ice bucket is integrated into the icemaker, not the freezer door, freeing up valuable storage space

• Upfront electronic controls with digital readout

• Multi-shelf halogen light tower (Both fresh food and freezer section)

• Multi-shelf air management tower

• Climate control drawer with Express Chill, Express Thaw and Select Temp

• Sealed adjustable humidity produce pan with easy access lid and full extension slides

• Disappearing electronic glass touch dispenser controls with proximity sensor

• Model ZISW480DR – White dispenser

• Model ZISB480DR – Black dispenser (shown)

Specification Revised 3/08

110179

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Contents Electrical Dimensions and Clearances in inches The Installation SpaceCutout depth must be Door Swing Clearances Cutout depth beneath a soffitFramed Panels Optional Accessory KitAccessory Panels Trimmed RefrigeratorsDispenser Cutout Position in inches Overlay Panel DimensionsRaised Overlay Panel Design On Dispenser Models Side-by-Side in inchesDispenser Cutout Framed Panel DimensionsDispenser Models Framed PanelOr countertops Door Swing Factory setting ScaleUse this page to determine door swing Interaction with adjacent cabinetsDoor Door Swing Optional setting ScaleOr countertops Refrigerator Case TrimFeatures and Benefits

B480DR specifications

The GE B480DR is an advanced boiler control system designed to enhance the operational efficiency and performance of industrial boilers. This cutting-edge technology combines precise monitoring and control functionalities to optimize the combustion process, ensuring safety and reliability while reducing emissions and fuel consumption.

One of the standout features of the GE B480DR is its integration of state-of-the-art digital control technology. The system leverages advanced algorithms to manage the various parameters influencing boiler performance, including temperature, pressure, and flow rates. By continuously analyzing real-time data, the B480DR enables operators to make informed decisions that maximize efficiency and minimize operational costs.

Another notable characteristic of the GE B480DR is its user-friendly interface. The control system is designed with an intuitive graphical user interface (GUI) that allows operators to easily navigate through various settings and parameters. This ease of use is complemented by comprehensive data visualization capabilities, enabling users to monitor boiler performance at a glance, thus facilitating quick reaction times in critical situations.

The B480DR also incorporates several safety features that are essential for safe boiler operation. It includes multiple levels of alarms and safety interlocks that ensure the system can detect potential issues before they escalate into hazardous conditions. These proactive safety measures help to protect both equipment and personnel, establishing a reliable operational environment.

In addition to its monitoring and control functionalities, the GE B480DR is equipped with connectivity capabilities that allow for remote monitoring and troubleshooting. This feature is especially beneficial for industrial facilities that may not have dedicated personnel on-site around the clock. The remote diagnostics capability enables technicians to assess and address issues from a distance, improving response times and reducing downtime.

Overall, the GE B480DR is an innovative boiler control solution that demonstrates the convergence of advanced technologies and practical applications. Its combination of precise control, user-friendly design, and robust safety features makes it an ideal choice for industries looking to enhance their boiler operations. With the B480DR, companies can achieve not only improved efficiency but also greater sustainability in their energy practices, marking a significant step forward in industrial combustion technology.
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