GE ADEHSO Usingthe dehumidifier, Water Level, Thebucket mustbe replaced in the proper position

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Usingthe dehumidifier.

Always make sure the water bucketis locked intoplace on the dehumidifier.

Removing Collected Water

Thereare 2 ways to remove collected water:

[] Use a hose.Water can be automatically

[_ Use the bucket.When the bucket is removed,

the unit will shut off. Empty and replace

emptied into a floor drain by attaching

the bucket.

a garden water hose (not included).

 

1. Removethe bucket from the front of

 

the unit.

 

2. Open the drain cover on the side of

 

the unit.

 

3. Thread a garden hose (not supplied)

 

onto the nozzle,cut to length, and lead it

 

to the floor drain.

NOTE:Supportbucketwith

 

bothhandswhenemptying.

 

IMPORTANT"Donot use thehose ff using the bucket to collect water. Whenthe hose

is connected, water will flow through # onto the floor instead of into the bucket.

NOTES:

[] Donotremove the bucket while the

dehumidifieris operating or flit hasjust stopped operating.This might cause some water to drip from the drain pan.

[] Thebucket mustbe in place and securely seated for the dehumidifierto operate.

Sideof unit

4. Replacethe bucket in the unit.

NOTE:Thebucket must be in place and securely seated for the dehumidifierto operate.

Water Level

The dehumidifier will turn off automatically when the bucket isfull, or when the bucket is removed or not replaced in the proper position.

Thebucket mustbe replaced in the proper position

for the dehumidifierto work. Thelight will be on and the dehumidifier will not run ff the bucket b not

in the proper position.

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Contents Troubleshooting 49-7619-1 12-09GEModel # Serial # IMPORTANTSAFETYINFORMATION. Readall iNSTRUCTiONSBEFOREUSING Do not use an adapter plug with this applianceUseofextensioncords GEAppliance&comDelay Off About the controlson the dehumidifierFan Speed Pad Automatic Defrost UsingthedehumidifierHow the Behumidifier Operates Choosing a LocationThebucket mustbe replaced in the proper position Usingthe dehumidifierWater Level Proper positionCareandcleaningof thedehumidifier Grille and CaseDrythe airas #should Possible Causes What To DoDoesnotstart ToomuchOwhershjpregjstratjoh ONTARIO,L4Y461 GEAppliances.com We Will Replace We Will Replace Inscrivez ici les humerus de modele et de Entretien NettoyageSerie Numem de modele Numem de SerieNuti/isez PAS dadaptateurs avec cet apparel Conservezcesinstructions Affichage Proposdes commandosdu d .shumidificateurCompteurhorairedufiltre Touchesdereglagede IhumiditeFonctionnement flu B#shumidificateur #givrage Automatique Choix dun EmplacementUtilisationdudeshumidificateur Nutilisezpas le deshumidificateur Iexterieur×tr6mit6 au niveau du siphon de sol Niveau dEauRetrait de/Eau Co//ect#e SeauGrille et Bo#ier Miseen Garbe ai,MSsEntretienet nettoyagedu d#shumidificateur Filtre a AirOwnershipregjstratjoh Andto aflowforefficientcommunicalbnundertheterms Causes Possibles Conseilsde d#pannage El=,rome,agersge.caProbl#me Que faireDeshumidificateur GE Garantie LimiteeDun An Dachatinitial Dur6e de Igrntie dorigineduninServicea/a clientele Site IntemetGEAutomdtico Nivel de agua Selecci6n Del Lugar adecuado Acerca Los controles C6moEl agua Acumulada C6mo Funciona El deshumedificador Producto con la etiqueta ENERGYSTAR/EIADVERTENCIA B4sicas de seguridad, incluyendoComoconectarlaelectricidad No USEun enchufe adaptador con este aparatoBotonesparael Controlde humedad Retarde en apagade Delay OffPcerca de los controlesde/deshumedificador CEArplianoe .oom FanSpeedSeleccion de/lugar adecuado C6mo usar el deshumedificadorComofunciona el deshumedificador Descongelado automatico No use el deshumedificadoren exterioresComo desechar el agua acumulada Nivel de aguaHay 2 formasde desechar el agua acumulada Reji//a y gabinete Cuidadoy limpiezade/deshumedificadorPRECAUCIONNo el TanquedeaguaEldeshumedificador noenciende Causaspesibles Qu6hater La luzLEDde Tanque Uene destellay suenala alarmaIdeaspara la identificaci6ny soluci6n depmblemas HacemideGarantia de su deshumedificador--garantialimitada de un afio Piezos y occesorios ConsumerSupport GEAppliancesWebsite

ADERSO, ADEHSO specifications

GE ADEHSO (Advanced Electrical High-Density Switching Optimization) and ADERSO (Advanced Distributed Energy Resource Switching Optimization) are cutting-edge technologies developed by General Electric to address the evolving challenges in energy management and distribution. These systems are specifically designed to enhance the efficiency, reliability, and performance of electrical grids, particularly in a landscape where renewable energy and distributed generation sources are becoming more prevalent.

One of the main features of GE ADEHSO is its ability to optimize the switching operations in high-density electrical networks. It utilizes advanced algorithms and machine learning techniques to analyze real-time load conditions, allowing for dynamic reconfiguration of the network. This capability not only enhances the resilience of the grid but also minimizes downtime and enhances service reliability, thereby reducing operational costs for utilities.

ADERSO complements ADEHSO by focusing on distributed energy resources (DERs). With the increasing integration of solar panels, wind turbines, and battery storage systems, the need for sophisticated management of these resources has never been more critical. ADERSO provides a comprehensive framework for coordinating and optimizing DERs to ensure that they are utilized effectively while maintaining grid stability. It facilitates peer-to-peer energy trading and enhances demand response initiatives, contributing to a greener energy landscape.

Both ADEHSO and ADERSO utilize the Internet of Things (IoT) technologies to create smart grid systems. By leveraging IoT sensors and devices, these systems can gather and process data from various sources, providing utilities with unprecedented insights into grid operations. This data-driven approach allows for proactive maintenance and quicker response to potential outages or system failures.

In terms of characteristics, GE ADEHSO and ADERSO are designed to be scalable and adaptable. They can be integrated into existing grid infrastructures without significant overhauls, making them suitable for a wide range of applications—from urban centers to remote areas. Furthermore, their user-friendly interfaces allow operators to easily interact with the systems, facilitating intuitive management of complex energy networks.

In summary, GE ADEHSO and ADERSO represent a significant advancement in energy distribution and management technologies. By enhancing switching operations and optimizing the integration of distributed energy resources, these systems not only improve grid reliability but also play a crucial role in advancing the global transition towards sustainable energy sources.