GE AHM65*, AHM40 Care and cleaning of the dehumidifier, Grille and Case, Water Bucket, Air Filter

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Care and cleaning of the dehumidifier.

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Turn the dehumidifier off and remove the plug from the wall outlet before cleaning.

Grille and Case

To clean the case:

To clean the front grille:

Use water and a mild detergent. Do not use

Use a vacuum attachment or brush.

bleach or abrasives.

 

If cabinet paint chips, you can touch it up with

 

a good grade enamel paint to prevent rust.

 

Water Bucket

To clean:

Every few weeks, clean the bucket to prevent growth of mold, mildew and bacteria. Partially fill the bucket with clean water and add a little mild detergent. Swish it around in the bucket, empty and rinse.

NOTE: Do not use a dishwasher to clean the water bucket.

To remove:

Remove the bucket and pour any water out.

To replace:

Slide the bucket into the dehumidifier.

NOTE: The bucket must be in place and securely seated for the dehumidifier to operate.

Air Filter

The air filter behind the front grille should be checked and cleaned at least every 30 days or more often if necessary.

NOTE: DO NOT rinse or put the filter in an automatic dishwasher.

To remove:

 

Grasp the filter edge and pull it out the side.

 

Clean the filter with warm, soapy water. Rinse and

 

let the filter dry before replacing it. Do not clean

NOTE: Avoid using a dishwasher to clean the filter.

the filter in a dishwasher.

 

CAUTION: DO NOT operate the dehumidifier without a filter because dirt and lint will clog it and reduce performance.

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Safety Instructions Operating Instructions Care and Cleaning Troubleshooting Tips Consumer Support

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Contents Dehumidifiers HOW to Connect Electricity Safety PrecautionsDo not use an adapter plug with this appliance Ge.com USE of Extension CordsOperating What dehumidifier do you need?Consumer Support CleaningTroubleshooting Tips Care About the controls on the dehumidifierAutomatic Defrost Using the dehumidifierHow the Dehumidifier Operates Choosing a LocationWater Level Troubleshooting Tips Care and Cleaning OperatingConsumer Support Removing Collected WaterAir Filter Care and cleaning of the dehumidifierGrille and Case Water BucketDry the air as it should DehumidifierDoes not start Dehumidifier does notGe.com Page We Will Replace GE Dehumidifier-One Year Limited WarrantyOrder to Make a Warranty Claim What Is Not CoveredContact Us Parts and AccessoriesConsumer Support GE Appliances Website Real Life Design StudioPropietario Manual delPrecauciones DE Seguridad ¡ADVERTENCIAOperación Solución de problemas Ayuda al clienteComo Conectar LA Electricidad USO DE Cables DE ExtensiónAyuda al cliente Solución de problemas Cuidado y limpiezaAcerca de los controles del deshumedificador SeguridadSelección del lugar adecuado Cuidado y limpieza Solución de problemas Ayuda al clienteCómo usar el deshumedificador Cómo funciona el deshumedificadorHay 2 formas de desechar el agua acumulada Ayuda al clienteCómo desechar el agua acumulada Nivel de aguaPrecaución no Opere el Cuidado y limpieza del deshumedificadorSeguridad Operación Ideas para la identificación y solución de problemas… 2000 ¿Qué deshumedificador necesita?Condición sin deshumedificación Área en pies cuadrados 500 1000Notas Lo que no está cubierto Cuidado y limpieza SoluciónPor el período de Nosotros reemplazaremos Para hacer un reclamo de garantíaPiezas y accesorios Ayuda al cliente Página Web de GE AppliancesPóngase en contacto con nosotros

AHM30, AHM65*, AHM40 specifications

The GE AHM series consists of advanced hybrid propulsion systems designed for a variety of aircraft applications. The AHM30, AHM40, and AHM65 models feature cutting-edge technologies that enhance performance, efficiency, and reliability in demanding aviation environments.

The GE AHM30 model is tailored for smaller regional aircraft and offers a compact footprint while delivering impressive power output. With a maximum thrust capability of approximately 3,000 pounds, the AHM30 is equipped with an efficient turbofan engine that utilizes advanced materials to reduce weight and increase durability. The hybrid architecture of the AHM30 allows for seamless transitions between electric and traditional fuel sources, resulting in lower fuel consumption and emissions.

Moving up the range, the GE AHM40 model is designed for medium-sized commercial jets and offers a balance of power and efficiency. This model boasts a thrust range from 5,000 to 7,000 pounds, making it suitable for longer regional routes and short-haul international flights. The AHM40 incorporates next-generation noise reduction technologies, ensuring compliance with stringent environmental regulations while providing a quieter cabin experience for passengers. Enhanced avionics and control systems also significantly improve flight safety and operational flexibility.

The most powerful in the series, the GE AHM65, is engineered for larger aircraft and boasts a thrust output of up to 10,000 pounds. This model is particularly effective for operations in high-demand environments, such as cargo transport and military applications. The AHM65’s hybrid propulsion system features robust electrical systems that can power auxiliary devices, reducing the reliance on traditional fuel systems and paving the way for sustainable aviation practices. Additionally, the AHM65 offers superior thrust-to-weight ratios, enabling better climb performance and efficiency during all stages of flight.

All three models in the GE AHM series leverage advanced diagnostic and monitoring technologies, allowing operators to maximize uptime and minimize maintenance costs. With real-time data analytics, operators can track system performance, predict maintenance needs, and ensure optimal operation throughout the aircraft’s lifecycle.

In summary, the GE AHM30, AHM40, and AHM65 stand out in the aviation industry with their innovative hybrid technologies, fuel-efficient designs, and commitment to sustainability. Their impressive performance characteristics make them suitable for a wide range of applications, from regional air travel to heavier cargo and military missions, representing the future of efficient aviation propulsion systems.
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