SSS AF9 manual Optional paper filter bag, Secondary & final filters, How to clean

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Optional paper filter bag

A Type Y disposable paper bag may be used with the cleaner in place of the cloth filter bag.

How to install

Disconnect cleaner from electrical outlet.

1.Remove cloth filter bag from cleaner following Figs. 27-29.

2.Hold paper filter bag collar as shown in Fig. 28, aligning opening in bag with tube (B). Push collar firmly onto tube.

3.Tuck in filter bag and reposition bag door as shown in Fig. 35.

When to replace

It is recommended that you change the paper filter bag when dirt reach- es the dotted line. If more dirt than this accumulates, the cleaner will not operate effectively.

CAUTION: Very fine materials such as face powder, cornstarch, fireplace ashes or fireplace soot, may seal the filter bag and may cause it to burst even though it is only partially full of dirt. When cleaner is used to remove material of this nature, change filter bag often.

Where to buy

Filter bags may be purchased from a Triple S Authorized Dealer.

When ordering paper filter bags, be sure to give the model number of your cleaner.

What to buy

To assure cleaning effectiveness, use only Type Y disposable filter bags.

36

A

The secondary & final filters

How to clean

Disconnect cleaner from electrical outlet.

36The secondary filter (A), located behind the grill in the

bottom of bag compartment, pro- tects the motor from dirt particles.

To clean the filter when it becomes dirty, remove bag door, pull off grill and lift out filter.

Hand wash filter in cold water with mild detergent, then air dry.

Reposition dry filter and grill.

Should you want to replace this filter, ask for part no. 38765-022.

37

37The final filter assists in the fil- tration process to return clean

air to the room.

To remove this filter when it becomes dirty, pull out filter as shown.

Hand wash the filter in cold water with mild detergent.

Let filter air dry and reposition it on the side of cleaner.

Reposition bag door.

Should you want to replace this filter, ask for part no. 43613-006.

Do not operate cleaner without either the secondary or final filter in place.

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Contents Review these instructions before operating cleaner IndexEnglish pp SerialStep I Unpack carton Extra beltStep III Attach Hose Assembled cleaner will look like the drawing Handle Grounding instructionsHose Furniture nozzle Hose hook20 C Carpet height adjustmentFor maximum cleaning perfor Stair cleaning Select proper toolAttach wand and tools Cloth filter bagHow to empty Secondary & final filters How to cleanOptional paper filter bag Belt How to replaceHeadlight Edge groomers Agitator brush rollThermal Protector If you have a problemClearing blockages Therefore, do not add lubricant to motor bearings ServiceLubrication Español pp IndiceLea estas instruc- ciones antes de usar la aspiradora Instrucciones de conexión a tierra Correa de repuesto una instalada en la aspiradoraAccesorios de limpieza Limpieza de los BordesCómo limpiar los accesorios Escoja el acceso- rio adecuadoBolsa de filtro de papel opcional Filtros secundario y finalLa luz delantera La correaLos limpiaorillas El rodillo agitadorDesatascamiento de obstrucciones Protector térmicoServicio LubricaciónFrançais pp ’aspirateur assemblé ressemble au dessin 12 1. Manche Instructions de mise à la terrePositions du Manche Accessoires de nettoyage Sac filtrant en papier optionnel Le filtre secondaire et le filtre finalÉclairage CourroieEn cas de problème Les peignes latérauxLe rouleau-brosse de l’agitateur Protection thermiqueRéparations Graissage

AF9 specifications

The SSS AF9 is an advanced, high-performance concept introduced within the realm of small unmanned aerial vehicles (UAVs). Specifically designed for tactical applications, the AF9 boasts a range of features and technologies that enhance its operational capabilities.

One of the defining characteristics of the AF9 is its impressive flight endurance. With a capability to operate for extended durations, this UAV excels in reconnaissance and surveillance missions, providing invaluable real-time intelligence to decision-makers. The AF9’s ability to cover vast areas without the need for frequent landings sets it apart from many other drones in its category.

In terms of design, the SSS AF9 features a streamlined profile that ensures minimal drag and maximizes efficiency during flight. The airframe is constructed from lightweight composite materials, which not only reduces the overall weight but also enhances durability and resistance to environmental stresses. This construction contributes to the UAV's agility and speed, allowing it to maneuver effectively in varied terrains.

The AF9 is equipped with cutting-edge avionics and navigation systems. These technologies include advanced GPS and inertial navigation systems that facilitate precision tracking and positioning. Additionally, the UAV can operate autonomously or be controlled remotely, allowing flexible operational tactics based on mission requirements.

For payload versatility, the SSS AF9 supports various sensor packages and equipment, including high-resolution cameras, thermal imaging sensors, and electronic warfare devices. This modular capability allows operators to tailor the UAV for specific missions, be it intelligence, reconnaissance, or tactical support.

Communication technology is another crucial aspect of the SSS AF9. It employs secure, encrypted communication links, ensuring that data transmission remains confidential even in contested environments. This feature is vital for military operations where operational security is paramount.

Moreover, the SSS AF9 is designed with user-friendly interfaces, enabling operators to execute complex missions with ease. Comprehensive training programs are available to ensure that personnel can maximize the UAV's capabilities effectively.

In summary, the SSS AF9 represents a significant advancement in the field of tactical UAVs, combining flight endurance, advanced design, modularity, and secure communication technologies to meet the demands of modern operations. Its versatility enables it to adapt to a myriad of mission profiles, making it a reliable asset in various scenarios.