Desa SBVBN(D) installation manual Checking Vent Capacity, Vertical

Models: SBVBN(D)

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VENTING INSTALLATION

Installation of Listed B-1 Vent

Installing Vent System In A Chase

Checking Vent Capacity

VENTING INSTALLATION

Continued

INSTALLATION OF LISTED B-1 VENT

INSTALLING VENT SYSTEM IN A CHASE

WARNING: Installation should only be made by qualified persons who are familiar with the safety procedures required for the installation of the prod- uct, who are equipped with the proper tools and testing instruments, and who have achieved proper certification of licensing. Installations made by un- qualified persons can result in the risk of injury or electrical shock which can be serious or even fatal.

Figures 21 through 23 show other options for the gas vent. When venting through a side wall your vent pipe must have the proper temperature rating (see Figure 23). Manufacturer's clearances must also be maintained. Consult the authority having jurisdiction in your area regarding venting through side wall.

A chase is a vertical box-like structure built to enclose venting that runs along the outside of a building. A chase is not required for such venting.

NOTICE: Treatment of firestops and construction of the chase may vary from building type to building type. These instructions are not substitutes for the requirements of local building codes. You must fol- low all local building codes.

Note: When installing in a chase, you should insulate the chase as you would the outside walls of your home. This is especially important in cold climates. Minimum clearance between vent pipes and combustible materials such as insulation is 1".

CHECKING VENT CAPACITY

Complete all gas piping, electrical, and vent connections. After adjust- ing the burner system and lighting the main burners, allow a couple of minutes for warm-up. Hold a lighted match just under the rim of the draft hood relief opening. Proper venting will draw the flame toward or into the draft hood. Improper venting, indicated by escape or spillage of burned gas, will cause match to flicker or go out. Smoke from a cigarette will also be pulled into the draft hood if the vent is drawing properly.

Figure 21 - Vertical

Figure 22 - Vertical Venting

Venting Through Ceiling

Configuration Through Chimney

Using Two 90º Elbows

(Amity™ Model Shown)

(Amity™ Model Shown)

 

Figure 24 - Test for Proper Venting

Figure 23 - Venting Through a Side Wall (Amity™ Model Shown)

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Desa SBVBN(D) installation manual Checking Vent Capacity, Vertical

SBVBN(D) specifications

Desa SBVBN(D) is an innovative development that stands out as a beacon of sustainable urban planning and advanced technological integration. Situated in a strategic location, it seeks to create a harmonious blend of modern living and environmental stewardship. The design ethos behind Desa SBVBN(D) revolves around minimizing the ecological footprint while maximizing community well-being.

One of the main features of Desa SBVBN(D) is its commitment to sustainable architecture. Buildings within the community are constructed using eco-friendly materials and designed to harness natural resources effectively. Solar panels are integrated into rooftops, contributing to energy self-sufficiency and significantly lowering energy costs for residents. In addition, rainwater harvesting systems and greywater recycling initiatives ensure responsible water usage, making the community resilient against water scarcity.

The layout of Desa SBVBN(D) emphasizes walkability and connectivity. Wide pedestrian pathways and cycling tracks encourage residents to engage in healthy, active lifestyles while reducing reliance on motor vehicles. Plentiful green spaces, including parks and community gardens, foster social interaction and provide recreational opportunities for families, promoting a sense of belonging among residents.

Technologically, Desa SBVBN(D) is at the forefront of smart city innovations. The implementation of IoT (Internet of Things) devices allows for real-time monitoring of energy usage, traffic patterns, and environmental conditions. Smart lighting systems that adjust based on natural light levels enhance safety while conserving energy. Furthermore, a dedicated app facilitates communication between residents and local authorities, streamlining services and community engagement.

Another distinctive characteristic of Desa SBVBN(D) is its focus on inclusivity and diversity. The community is designed to cater to various demographic groups, offering a range of housing options from affordable units to luxury apartments. Community centers serve as hubs for cultural exchange, educational workshops, and vocational training, empowering residents and fostering a collaborative spirit.

In conclusion, Desa SBVBN(D) represents a forward-thinking approach to urban living, marrying sustainability with technology. With its emphasis on community, resilience, and innovation, it stands as a model for future developments aimed at enhancing the quality of life while protecting the planet for future generations.