Admiral AAW-06CR1FHUE, AAW-06CM1FHUE, AAW-05CR1FHUE, AAW-05CM1FHUE manual Espuma

Page 23

Instrucciones de instalacin

5.Instale los soportes en L en el umbral externo, de modo que la parte ms corta del soporte apoye contra la parte posterior del umbral interno. Instale un soporte en L a 7.5" de cada lado de la l nea central. Vea la Fig. 5.

6.Levante el aire acondicionado con mucho cuidado y desl celo por la ventana abierta. Asegrese de que la gu a inferior del aire acondicionado se inserte en las ranuras de los soportes en L. Cuando el aire acondicionado apoye en los soportes en L, quedar centrado en la abertura de la ventana tal como se indica en la Fig.6.

Mientras acomoda el aire acondicionado, baje el

marco de la ventana con mucho cuidado y apyelo en el canal superior del aire acondicionado, tal como se indica en la Fig. 7. Primero, ajuste ambos lados al umbral de la ventana con dos tornillos de 3/4" y uno de 2/5" (que se destornilla de cada lado de la unidad). Luego ajuste el canal superior al marco de la ventana con un tornillo de 3/4" y ajuste los marcos de la cortina lateral con cuatro tornillos de 3/4", tal como se indica en la Fig. 6.

7.Si una ventana resistente a huracanes interfiere, adhiera una tabla de madera de 2" de ancho al umbral interno de la ventana, a lo largo de todo el ancho del umbral. La tabla de madera deber ser lo suficientemente gruesa como para elevar la altura del umbral de la ventana, de modo que la unidad pueda instalarse sin que el marco de la ventana resistente a huracanes interfiera, tal como se indica en la Fig. 8.

Para que sea til, la parte superior de la tabla de madera deber estar aproximadamente 3/4" ms arriba que el marco de la ventana resistente a huracanes para sumidero. Instale una segunda tabla de madera (de aproximadamente 6" de largo por 1 1/2" de ancho y el mismo grosor de la primera tabla) en el centro del umbral externo contra la parte posterior del umbral interno. Atornille los soportes

en L a esta tabla. Esto elevar el soporte en L tal como se indica en la Fig. 8.

Umbral Externo

4 Umbral Interno

 

Tornillo de 3

 

 

L nea Central

 

 

Tornillo de 3

4

 

7.

 

 

5

 

 

7.

 

Lado Corto

5

 

del Soporte

 

 

Fig. 5

 

Espuma

 

Tornillos de 3/4

Tornillos de 3/4

Tornillos de 3/4

Tornillos de 3/4

 

Tornillos de 2/5

 

Tornillos de 3/4

 

Tornillos de 3/4

 

Tornillos de 3/4

Fig. 6

Alrededor de 5

Sello

Soporte en L

Fig.7

Espacio de 3/4

Marco de ventana

resistente a

huracanes

Umbral interno

Fig.8

22

Image 23
Contents Use and Care Manual Ndice Part Identification Mechanical control model IntroductionPart Identification Remote control model Electric Shock Hazard Electrical specificationsSee lists below Tips before installationSize Model Cabinet size Installation instructionsSelect the Best Location Window opening requirements see table belowWindow installation step If storm window presents interference, fasten a Mode Operating InstructionsButton Mode buttonTimer button Indication symbols of LED on control panelButton How to Use How to Insert the BatteriesAir Filter Removal Care and MaintenanceCleaning the Air Filter Cleaning of Air FilterProblem Possible Cause Suggested Solution Troubleshooting GuideYear Full Warranty WarrantyIdentificaci n de las Piezas Modelo Mec nico Introducci nIdentificaci n de las Piezas Modelo de Remoto controlador Peligro de Descarga El ctrica Especificaciones el ctricasPiz Cinta m trica Tijeras Nivel de carpintero Consejos antes de la instalaci nNota Tornillo Excedente Para d Uso de Reserva Tamano Instrucciones de Instalaci nPasos para la instalaci n en ventanas Espuma Precauci N Instrucciones de Operaci nInstrucciones de Operaci n Instrucciones de Operaci n Control remoto Cuidado de Fin de Temporada Cuidado y MantenimientoGu a para la Soluci n de Problemas Garantia Version No

AAW-06CR1FHUE, AAW-05CR1FHUE, AAW-05CM1FHUE, AAW-06CM1FHUE specifications

Admiral AAW-06CR1FHUE, AAW-05CM1FHUE, AAW-06CM1FHUE, and AAW-05CR1FHUE represent advanced models in the realm of air defense systems, renowned for their cutting-edge features, technologies, and specifications. These systems are engineered to provide robust protection against aerial threats, blending innovation and effectiveness.

Starting with the AAW-06CR1FHUE, this model is distinguished by its dual-layered defense mechanism that integrates both long-range interception technologies and close-in systems. Its radar systems utilize phased-array technology, enabling rapid detection and tracking of multiple targets simultaneously. This model is equipped with state-of-the-art missile systems that boast high maneuverability and precision targeting capabilities, making it adept at countering diverse threats, from drones to ballistic missiles.

Meanwhile, the AAW-05CM1FHUE offers a variant focused on countering medium-altitude aerial threats. It incorporates an advanced sensor suite that enhances situational awareness, allowing for seamless integration with existing command and control frameworks. The AAW-05CM1FHUE's missile systems are optimized for speed and agility, featuring advanced propulsion technologies that enhance their range and response times.

The AAW-06CM1FHUE emphasizes adaptability, featuring modular system architecture that allows for rapid upgrades and customization based on operational requirements. This characteristic makes it suitable for various theaters, ensuring that military units have the flexibility to respond to evolving air threats. Its software-driven capabilities enhance decision-making processes, utilizing artificial intelligence to analyze and triage incoming threats effectively.

Lastly, the AAW-05CR1FHUE stands out for its cost-effectiveness and efficiency. It employs advanced targeting algorithms and an integrated communication architecture that reduces latency in threat response time. This model is particularly valued for its ability to operate in contested environments, employing electronic countermeasures to enhance survivability and diminish the effectiveness of enemy targeting systems.

Collectively, these models reflect a significant leap in air defense technology, integrating aspects such as AI, modularity, and advanced propulsion systems. Their sophisticated radar and sensor configurations, coupled with their precise interception capabilities, make the Admiral AAW series indispensable in modern military operations, ensuring a strategic edge in securing airspace against diverse aerial threats. As air defense needs continue to evolve, these systems represent a forward-thinking approach to national security and defense preparedness.