Operating Instructions, Mode | Admiral AAW-08DM1FHU, AAW-08CR1FHU

WAC 5 6 8 USER MAN final 3/2/05 12:23 PM Page 13

OPERATING INSTRUCTIONS

Mechanical control model

MODE

The mode knob controls fan speeds and cooling speeds. To set desired cooling temperature, simply rotate the mode knob dial to the appropriate setting. See Fig. 9.

THERMOSTAT

The thermostat automatically controls the cooling cycle (compressor) of the air conditioner to maintain room temperature. However, the fan motor will continue to operate after the compressor (cooling cycle) is completed. See Fig.9.

LOW FAN will circulate the air at a minimum speed without cooling.

HIGH FAN will circulate the air at a maximum speed without cooling.

LOW COOL provides cooling, automatically with minimum air circulation. Recommended for night- time use.

HIGH COOL provides cooling, automatically with quick cooling or for extremely hot days. Once room is cooled, reduce setting to LOW COOL.

OFF will completely shut-off the unit.

NOTE: After setting the mode, allow 3 minutes before switching to another mode.

Thermostat knob

Mode knob

Fig.9

! CAUTION !

When using FAN control, turn slowly allowing unit to adjust.

When using THERMOSTAT, be sure to allow three minutes before changing temperature. Adjusting too quickly may cause an overload resulting in a blown fuse.

Fresh Air Ventilation is usually kept in the closed position. Use only when clearing smoke and/or odors from the room. Pull to open. (See Fig.10).

Fresh Air

Vent Lever

Fig.10

AAW-08DM1FHU, AAW-05CM1FHU, AAW-06CR1FHU, AAW-08CM1FHU, AAW-08DR1FHU specifications

The Admiral series of advanced missile systems, including the AAW-05CM1FHU, AAW-08CR1FHU, AAW-08DR1FHU, AAW-08CM1FHU, and AAW-O6CM1FHU, represents the pinnacle of air defense technology in modern military applications. These systems are designed to provide robust defense against a range of aerial threats, including aircraft, drones, and missile systems.

The AAW-05CM1FHU is notable for its high mobility and rapid deployment capabilities. This system is equipped with advanced radar technology that enhances target tracking and identification, ensuring that it can engage multiple threats simultaneously. Its missile arsenal features vertical launch capabilities, allowing for rapid reaction to airborne threats.

Moving to the AAW-08 series, the AAW-08CR1FHU showcases innovative command and control features that enable integrated defense operations. This model is designed to work seamlessly with a network of sensors and platforms, providing commanders with real-time situational awareness. The AAW-08DR1FHU variant employs cutting-edge electronic warfare capabilities, which enhance its effectiveness in jamming enemy radar systems and negating incoming threats.

The AAW-08CM1FHU emphasizes multi-target engagement, utilizing advanced algorithms and AI-driven systems for optimal missile guidance. This capability is crucial in today’s battlefield, where threats can appear in swarms. Its ability to engage multiple targets at once drastically enhances the effectiveness of air defense operations.

Finally, the AAW-O6CM1FHU represents a robust platform for naval applications, providing extensive defense for surface vessels against airborne threats. This system incorporates a high-tech tracking radar and advanced missile systems optimized for maritime operations. Its designed resilience to harsh environmental conditions ensures consistent performance.

All variants of the Admiral systems come equipped with state-of-the-art communication technologies, facilitating coordination with other military branches and ensuring comprehensive defense coverage. Each system also incorporates modular designs, allowing for upgrades and adaptations as technology evolves. Collectively, the Admiral series represents a significant leap in air defense capabilities, tailored for the complexities of modern warfare.