AC 12 10 8 6 MAN final 3/2/05 12:55 PM Page 12

OPERATING INSTRUCTIONS

REMOTE CONTROL

Remote control

1

 

8

 

Power

Timer

2

 

9

 

Mode

Power Saver

7

 

5

 

Auto

Mid

 

 

Fan Speed

4

 

6

 

High

Low

3

_

+

 

Temp/Time

1Power BUTTON

The appliance will be started when it is energized or will be stopped when it is in operation, if you press this button.

2Mode BUTTON

Used to select the operation mode.

3BUTTONS

Used to set room temperature in COOLING mode or used to set time in Timer mode.

4High BUTTON

Used to select the high fan speed mode.

5Mid BUTTON

Used to select the mid fan speed mode.

6Low BUTTON

Used to select the low fan speed mode.

7Auto BUTTON

Used to select the auto fan speed mode.

8Timer BUTTON

Used to set or cancel timer operation.

9Power Saver BUTTON

Used to select the Energy-saving mode.

When changing modes during operation, sometimes the unit does not always

!respond at once. Wait three (3) minutes.

Wait three (3) minutes before restarting the appliance.

10

Page 12
Image 12
Admiral AAWV-12CR1FAU, AAWV-06CR1FAU manual Used to select the operation mode, Used to select the high fan speed mode

AAWV-10CR1FAU, AAWV-12CR1FAU, AAWV-06CR1FAU, AAWV-08CR1FAU specifications

Admiral AAWV-10CR1FAU, AAWV-06CR1FAU, AAWV-08CR1FAU, and AAWV-12CR1FAU represent a groundbreaking series of advanced warships designed for superior maritime defense capabilities. These vessels combine cutting-edge technology with advanced weaponry, ensuring they can effectively meet modern maritime threats.

Starting with the AAWV-10CR1FAU, this ship is a marvel of naval engineering, equipped with a state-of-the-art Aegis Combat System. This system provides powerful radar tracking and missile guidance, allowing the vessel to detect and engage multiple airborne threats simultaneously. Furthermore, the AAWV-10CR1FAU features stealth technology, significantly reducing its radar cross-section and enhancing its survivability in high-threat environments.

The AAWV-06CR1FAU variant emphasizes versatility, being optimized for multi-role operations. It operates with a flexible modular design that accommodates various weapons systems, from anti-ship missiles to vertical launch systems capable of firing advanced surface-to-air missiles. Its propulsion system integrates hybrid technology, providing not only increased fuel efficiency but also reduced emissions, a crucial consideration for modern naval operations.

Next, the AAWV-08CR1FAU takes a different approach with an emphasis on electronic warfare capabilities. This ship is equipped with advanced electronic countermeasures that can disrupt enemy radar and communications systems, allowing it to conduct operations with a degree of tactical stealth. Its operational radius is also expanded thanks to enhanced logistical support functions, enabling longer missions without the need for resupply.

Finally, the AAWV-12CR1FAU distinguishes itself with its enhanced command and control systems, making it the primary flagship in naval operations. Its integrated network-centric warfare capabilities allow it to serve as a hub for coordinating multi-ship operations, ensuring tactical superiority in joint missions. With cutting-edge cybersecurity measures, it protects not only itself but also allied vessels from digital threats.

Overall, the Admiral series exemplifies modern naval architecture, boasting enhanced survivability, versatility, and command capabilities. As global maritime security challenges evolve, these warships are poised to play a vital role in ensuring strategic dominance at sea, integrating advanced technologies that meet the demands of contemporary naval warfare. Their powerful combinations of stealth, firepower, and adaptability mark a significant evolution in naval power projection, solidifying the Admiral class as a formidable presence in today's oceans.