GE TBX20 Adjusta-FreshDrawer 3jL . ’, Cool’n Fresh Drawer, Adjusta-Temp Drawer, DrawerRemovalc3-I

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General Electric Food-Saver System

Adjusta-FreshDrawer 3jL . ’

(on models so equipped)

This drawer has a second, inside cover. The adjustable humidity control lets you regulate the amount of coldair entering the drawer.

Slide the control all theway to the rightto the “VEGETABLES” setting and the cover closesfully to provide a high humidity storage area.

Cool’n Fresh Drawer

(on nlodels so equipped)

This refrigcrated 1/3-width drawer is designed t o provide temporary lower humidity storage for itenis such as:

Apples

Oranges

Squash,

Apricots

Peaches

summer

Grapes

Pears

Strawberries

Mushrooms

Raspberries

Tangerines

Nectarines

 

 

Adjusta-Temp Drawer

(on models so equipped)

This V3-width drawer in some mtdels has an adjustable two- position temperature control which let! you regulate the amount of cold air entering the drawer.

When controlis all theway to the left at the “MEATS” setting,baffle

is fully open to provide coldest storage area.

When controlis all theway to

the right at the‘‘FRUITS” setting, baffle is fully closed to provide normal refrigerator temperature.

Moist’n Fresh Drawer

(on mtdels so equipped)

This refrigerated drawer is designed to keepunwrapped foodsfresh by retaining the natural moisture content of f i ~ dsuch as:

Artichokes

Cherries

Plums

Asparagus

Corn

Radishes

Beets, topped

Currants

Rhubarb

Blueberries

Greens, leafy

Spinach

Carrots

Lettuce

Tomatoes,

Celery

Parsley

ripe

 

Peas, green

 

As in any refrigerated storage area,

it is recommended that odorous foods be stored wrapped-foods

such as:

Broccoli Cabbage Parsnips

Brussels Cauliflower Turnips

Green Onions

Storage time will depend upon the type of food andits condition when placed in the drawer.

Excess water which may accumulate in the bottomof the Moist’n Fresh drawer should be poured out and the drawer wiped dry.

The Moist’n Fresh drawer is partially sealed by gaskets attached to the cover at the front and back edges. Always replaceit in this cover and

push the drawerall the wayin.

Slide the control all theway to the left to the“FRUITS” setting

and the cover stays partially open to provide a less humid storage area.

Variable settings between“FRUITS” and “VEGETABLES” can be selected as user desires.

DrawerRemovalc3-I

Drawers will stop before coming all theway out of the refrigerator to help prevent contents from spilling onto the floor. Drawers can be removed easily by tilting up slightly and pulling past “stop” location.

To remove drawers when the fresh food compartment door cannot be opened fully, followthe procedure thatapplies to your model.

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Contents Contents Help us helpyou Energy-saving tipsRead thisbook carefully Write downthe model and serial numbersSave These Use of Extension Cords Refrigerator LocationClearances Water Supply to IcemakerSet the Temperature Controls How to Test TemperaturesEnergy Saver Switch Operating Your RefrigeratorFood Storage Suggestions Spacemaker Door Two-PositionShelf Freezer CompartmentPartial-WidthShelfin Freezer Compartment To relocate shelfAdjusta-FreshDrawer 3jL . ’ Adjusta-Temp DrawerCool’n Fresh Drawer Moist’n Fresh DrawerSealed Snack Pack Detachable Meat Drawer or Meats’n Snacks DrawerIf your refrigerator hastwin fruit and vegetable drawers To relocate meat drawerIce Trays Automatic IcemakerAutomatic Icemaker Accessory Kit Water Filter AccessoryMove icemaker feeler arm to OFF up position when If ice is used infrequently,oldCare and Cleaning = Questions?- r Use This Problem Solver Rapid Electrical DiagnosisProblem Solver Problem Possible Cause AndremedyIf You Need Service Warranty

TBX18, TBX20 specifications

The GE TBX20 and TBX18 are advanced turbine control systems designed to optimize the performance and reliability of gas turbine operations. As part of General Electric's commitment to innovation in energy solutions, these systems integrate cutting-edge technologies that enhance efficiency, reduce emissions, and improve overall operational capabilities.

One of the standout features of the TBX series is its advanced control algorithms. These algorithms are designed to dynamically adapt to changing operational conditions, ensuring optimal performance across a range of scenarios. This adaptability is essential for maximizing fuel efficiency while minimizing environmental impact. Both the TBX20 and TBX18 utilize model-based control strategies that leverage real-time data to enhance decision-making and response times.

Another key characteristic of the TBX systems is their state-of-the-art human-machine interface (HMI). The HMI is designed for intuitive operation, providing operators with clear insights into turbine performance and health. It offers customizable dashboards that display critical metrics, enabling quick assessments and facilitating proactive maintenance strategies. This focus on user experience helps to reduce the likelihood of operational errors and supports efficient decision-making processes.

The TBX20 and TBX18 are also built to support digital connectivity. With the integration of the Industrial Internet of Things (IIoT), these systems can communicate with other components within the power generation ecosystem. This connectivity allows for remote monitoring and diagnostics, empowering operators to identify and address potential issues before they escalate. Enhanced data analytics capabilities further refine operational strategies, driving continuous improvement.

In addition to their technological prowess, GE's TBX series emphasizes reliability and robustness. Engineered for harsh operational environments, these control systems are built to withstand the rigors of gas turbine operation while maintaining high levels of performance. Their modular design simplifies installation and allows for easy upgrades, ensuring that users can keep pace with evolving technology.

In conclusion, the GE TBX20 and TBX18 are sophisticated turbine control systems that embody the latest advancements in energy technology. With their advanced control algorithms, intuitive human-machine interfaces, and strong digital connectivity, they are essential tools for modern gas turbine operations. These systems not only enhance performance and efficiency but also contribute to a greener, more sustainable energy future.