Admiral AAWV-06CR1FAU 16Screws, Support angle Leveling bolt Two 1 long self-tapping screws, Track

Page 9

AC 12 10 8 6 MAN final 3/2/05 12:55 PM Page 9

INSTALLATION INSTRUCTIONS

A

7/16"Screws

Support platform

Support angle

Leveling bolt

B

Two 1" long self-tapping screws

Sliding Window Installation

1.Choose the installation site. It is imperative that the window frame assembly and the side of the structure are adequate to support the weight of the unit. Reinforce if necessary.

2.Slide open one window sash to install support platform. 3.Loosely attach support angle to bottom of support platform using two 7/16" screws, washers and nuts. (See fig. A) 4.Place support platform against lower window track and firmly against vertical edge of window frame.

5.Attach support platform to window sill using two 1"

self-tapping screws. To overcome interference of support the Platform with window track or storm window, securely attach

a 2" wide shim strip to the window sill. The strip should be as long as the width of the support platform and flush with the back edge of the sill.The thickness of the strip should be controlled by the amount of interference.(See fig. B)

6.Pull support angle against outside of structure. Tighten two 7/16" screws on top of the support platform.

7.Adjust leveling bolt to position support angle in a level plane. This will allow for the proper angle. Tighten leveling bolt locknut.

Important: Unit must be level or tilted back slightly to facilitate proper condensate disposal.

Caution: Do not drill a hole in the bottom pan. The unit is designed to operate with approximately 1/2" of water in the bottom pan.

 

Support platform

 

assembly

Lower window

track

C

Seal

Top retainer

Filler panel

8.Cut two pieces of adhesive seal to height of window opening. Remove backing and apply tovertical inside edges of window frame and sliding sash that will rest against unit.(See fig. C)

9.Slide unit onto support platform. Be sure unit side channel butts against vertical edge of window frame.

Note: If unit side channel does not fit securely, remove unit and readjust leveling bolt.

10.Drill two 1/8" holes through window channel frame in alignment with existing holes in bottom bar. Install two 3/8" long self-tapping screws through these holes. If the window channel frame is not tall enough to use existing holes, drill new holes off to the side of the existing holes to attach the unit bottom bar to the support platform.The unit should be firmly anchored to the window channel frame or support platform.(See fig. D) 11.Slide inside window sash closed. Be sure vertical edge of inside window sash is pressed firmly against side of unit cabinet. Cut remaining seal to width of window opening.

Sliders

Shorter seal

Remove backing and apply to top inside edge of window frame.(See fig. C)

The above installations are intended to be permanent, and when installed in apartment or rental properties, permission to make the above modifications should be obtained from owners or landlords of buildings prior to installation of unit.

7

Image 9
Contents Slider Casement Room AIR Conditioner AC 12 10 8 6 MAN final 3/2/05 1255 PM ´NDICE Table of ContentsPARTart IdentificationIDENTIFICATION IntroductionImportant Safety Instructions AIR Conditioner SafetyInstallation Instructions Installation RequirementsElectric Shock Hazard Electrical SpecificationsTips Before Installation 16Screws AssemblySupport angle Leveling bolt Two 1 long self-tapping screws Lower windowCasement Window Installation Installation in wood sliding or wood casement windowsSpeed clips Channel Foam Operating Instructions Used to select the high fan speed mode Used to select the operation modeUsed to select the mid fan speed mode Used to select the low fan speed modeHow to Use How to Insert the BatteriesCare and Maintenance Problem Possible Cause Suggested Solution Troubleshooting GuideYear Full Warranty WarrantyIntroducciónTABLE of Contents TABLEEspecificacionesOF CONTENTSeléctricas ConsejosTABLE of antesCONTENTSde la instalación InstruccionesTABLE of CONTENTSde Instalación Canal del marco De la ventana Barra inferiorTrabas de sujeci n Canal Espuma Instalaci n en Ventanas de Hoja Batiente de MetalInstruccionesTABLE of CONTENTSde Operación InstruccionesTABLE of CONTENTSde Operación Control remoto CuidadoTABLE OFy CONTENTSMantenimiento GuáTABLEparaOF laCONTENTSSolución de Problemas GarantíaTABLE of Contents AC 12 10 8 6 MAN final 3/2/05 1255 PM

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.