Control remoto

Colocain de las pilas

Retire la tapa de las en el sentido de la flecha. Introduzca las pilas nuevas,con cuidado de que coincidan los polos(+)y(-).

Vuelva a instalar la tapa,deslizndola otra vez a su posicin.

Nota:

Utilice pilas 2 LR03 AAA(1.5V).No utilice pilas recargables.Sustituya las pilas por otras nuevas del mismo tipo cuando la pantalla aparezca atenuada.

Si la sustitucin se realiza en el plazo de 1 minuto,el mando a distancia conservar los valores prefijados oridinales (Este funcin es slo para controlador remoto de LCD).

C cmo use

Para operar el aire acondicionado, apunte el controlador remoto la senar del receptor.

El controlador remoto se ra a operar el aire acondiciondo con una diatancia hasta 23 pies cuando apunta a la senar del receptor de la unidad.

Preparacin antes de usar

Antes de usar el aire acondicionado,

Receptor de senal

aseg rese a comprobar y controlar el siguiente

 

El ajusmiento del controlador remoto

El controlador remoto no se ajusta como aire acondicionado con frio solo o con calefaccin.Cada vez, despus de que el controlador remoto se cambia las bater as

o es energiado,el indicator de Cooling y el indicator de Heating se van a lanzar alternativament en LCD delcontrolador remoto.

Usador puede ajustar el tipo del controlador remoto segn el tipo de aire acondicionado que compraste.

Precione cualquier botn cuando lanza, calefaccin se establece. Precione cualquier botn cuando lanze, frio se establece.

Si no preciones cualquier botn sin 12 seguandos, el controlador remoto ajusta como calefaccim automaticamente.

Funcinde larpara espalda (opcional)

Mentenga cualquier botn del controlador remodo con 2 segundes, la lmpara espalda encende. Espere 3 minutos antes de recomenzar el aparato. Escapa el botn, la lmpara apaga 10 segundos despus automticamente.

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Admiral AAW-06CR1FHUE, AAW-06CM1FHUE, AAW-05CR1FHUE, AAW-05CM1FHUE manual Control remoto

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.