GE DH2000 operation manual Rinse Sentry Operation Mode, Automatic Drain Cycle

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Operation

Rinse Sentry Operation Mode

The final rinse water temperature must be a minimum of 180ºF/82ºC during the final rinse cycle to ensure that all wares are sanitized. If for any reason, the hot water temperature in the booster tank cannot provide this temperature, the dishwasher will enter a Rinse Sentry Mode of operation and extend the cycle time.

The Rinse Sentry changes the Normal Operation Mode as described below:

1.The Rinse Sentry constantly monitors the water temperature inside final rinse booster.

2.If the temperature inside the booster heater falls below 180ºF/82ºC then the Rinse Sentry will extend the wash cycle time until the booster heater water temperature reaches the proper temperature.

3.The in-cycle light will remain illuminated during the Rinse Sentry Mode.

4.The RINSE water temperature gauge must be monitored to ensure that a minimum of 180ºF/82ºC is maintained during the rinse cycle.

5.The temperature range for the final rinse water is 180-195ºF/82-91ºC.

6.An extraordinarily long wash cycle may indicate a low incoming water temperature or a problem with the booster heater operation.

DO NOT REMOVE WARES UNTIL THE FINAL RINSE CYCLE HAS

SANITIZED THE WARES AND THE GREEN CYCLE LIGHT GOES OUT.

Automatic Drain Cycle

The dishwasher can be drained automatically when the dishwasher has completed a normal wash cycle or whenever the dishwasher is idle.

To drain the dishwasher:

1.Turn the dishwasher Power Switch OFF. The automatic drain valve will open and the machine will drain.

2.The drain valve will remain open for 10-minutes to allow time to flush the interior with fresh water during a cleaning operation.

3.When 10-minutes has elapsed the drain, the drain valve will close. The automatic drain cycle is complete.

NOTE:

The automatic drain cycle can be repeated after 10-minutes by turning the power Switch ON and immediately OFF. The dishwasher will drain for another 10-minutes and then turn off.

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Contents Model 2000 Series Manual P/N 114614 rev. JNational Service Department Register Your Product Online Model Serial # Product Registration By FAXRevision History Limited Warranty Table of Contents Model Description Installation Receiving Converting Straight-through Operation to Corner Operation Wall Electrical Connections Three Phase Operation1PH Drain Connection Hot Water ConnectionChemical Dispenser Provisions Vent Fan ControlInstallation Check List Normal Operation Mode Final Rinse Pressure 150F/66C Wash Temperature 180-195F 82-91CFinal Rinse Temperature 20-25 PSIAutomatic Drain Cycle Rinse Sentry Operation ModeAfter Each Meal Period or every 8 Hours of Operation CleaningPaper Clip De-liming Daily Maintenance MaintenanceWeekly Maintenance Condition Cause Solution Service Replacement Parts Wash Pump/Motor Assembly Part Description Qty 622 JUMPER, Strip spares used for conversion Control Panel Assembly Control Panel Assembly 2815 3324 Wash and Rinse Spray Arm Assemblies Hood and Door Assembly Hood and Door Assembly Track Assemby Track Assembly 24 23 JUMPER, Strip spare for conversrion Dish Racks, Line Strainer, PRV Dish Racks, Line Strainer, PRV Timer Chart Electrical Schematic Timer Chart, Electrical SchematicSeconds Total Cycle Phase

DH2000 specifications

The GE DH2000 is a powerful and versatile gas turbine engine developed by General Electric, renowned for its high efficiency and reliability. As part of GE’s advanced hybrid technology lineup, the DH2000 is designed to cater to various applications, particularly in the power generation and industrial sectors.

One of the primary features of the GE DH2000 is its advanced aerodynamic design. The engine utilizes a high-efficiency compressor system, which enhances overall performance while reducing fuel consumption. This feature is essential in today’s energy-conscious world, where businesses are looking to minimize operational costs while meeting growing energy demands.

The DH2000 incorporates cutting-edge materials and manufacturing techniques, including advanced ceramic matrix composites and single-crystal superalloys. These materials provide excellent thermal resistance, allowing the engine to operate at higher temperatures, which directly contributes to improved efficiency. This design philosophy not only maximizes power output but also extends the lifespan of critical components.

In terms of technology, the GE DH2000 leverages digital solutions for monitoring and optimization. Its integrated control system allows real-time diagnostics and predictive maintenance, which are crucial for minimizing downtime and ensuring smooth operations. This digital capability enhances the engine's responsiveness and adaptability to changing load demands.

Moreover, the DH2000 features a modular design, which simplifies maintenance and repair processes. This modularity ensures shorter turnaround times during maintenance schedules, thus optimizing the overall operational efficiency of the system.

One of the standout characteristics of the GE DH2000 is its environmental performance. The engine is designed to meet stringent emissions regulations, ensuring that it produces minimal environmental impact. The incorporation of advanced combustion technologies reduces nitrogen oxides and carbon monoxide emissions, contributing to a cleaner operational footprint.

Finally, the GE DH2000’s versatility allows it to be utilized in various settings, from combined cycle power plants to industrial applications. With its robust performance, high efficiency, and flexible operation, the DH2000 is poised to meet the challenges of modern energy requirements while paving the way for a sustainable future. In conclusion, the GE DH2000 is a cutting-edge gas turbine engine that embodies innovation and efficiency, making it a preferred choice for industries seeking reliable and environmentally friendly power solutions.
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