A.O. Smith FDVT, SDV owner manual ANY Optional Vent KIT

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FIGURE 26

12.Four wood screws are supplied to temporarily attach the collar to the exterior wall of the building. However, other types of screws may have to be substituted depending on the material used in the construction of the exterior wall.

FIGURE 27

13.Insert the 3” diameter flue extension pipe into the vent collar assembly (flared & notched end first) and lock (turn clockwise to lock studs to slots) the flue extension pipe to the flue elbow.

FIGURE 28

14.Connect the vent cap by sliding its end over the 3” diameter extension pipe and O-ring.

NOTE: To facilitate ease of assembly of the vent cap to the 3” pipe, a soap solution can be applied to the O-ring gasket.

FIGURE 29

15.The vent cap has 4 holes around the outer edge. Remove the 4 screws used to temporarily attach the collar to the exterior wall. Then secure the vent cap assembly with the vent collar assembly to the exterior wall using the same 4 screws.

NOTE: Screws are supplied; however, substitution may be necessary depending on the exterior wall material.

CAUTION

To prevent unlocking the previously installed 3” diameter extension, the vent cap assembly must be rotated in a clockwise motion when the vent cap is installed.

16.Go back indoors to attach inside collar to the inside wall. Place the collar against the wall. Secure to wall by using 4 long sheet metal screws.

FIGURE 30

NOTE: Screws are supplied; however, substitution may be necessary depending on the interior wall material.

17.Using the tube of sealant supplied, run an ample amount of sealant around the edge of the vent pipe where it is inserted through the inside collar to seal air drafts from wall.

FIGURE 31

OPTIONAL VERTICAL VENT KIT # 900124-6 WITH

STANDARD HORIZONTAL VENT KIT

INSTALLATION #2

ANY OPTIONAL VENT KIT

FIGURE 32

The opening through the wall should be cut at this time. If it hasn’t been, refer back to that section.

1.First it must be determined how far the vertical (3” dia.) telescoping flue sections are set and locked together using the two screws supplied as shown below.

FIGURE 33

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Contents FDV/FDVT/SDV Typical Installation Replacement PartsGeneral Safety Information InstallationClosed Water System Water Potable Heating and Space HeatingGAS Connections Vent Pipe Termination Relief ValveVenting Combustion AIR and VentilationVenting Clearances Optional Wire GrillFlue Extensions Horizontal Extension KIT Possible Extension CombinationsVertical Extension KIT Height Equation D + G = ECutting the Opening Through Outside Wall ALL InstallationsWater Heater Attitude Page ANY Optional Vent KIT Equation C a -10 = GallonPage Optional Horizontal Vent KIT #900124-7 Installation #3 Page Page Equation C a 10 = Page Operation High Altitude InstallationsFilling For Your Safety Read Before Lighting Lighting InstructionsTemperature Regulation MaintenancePilot and Main Burner Draining Temperature & Pressure Relief ValveAnode ROD Maintenance CondensationTroubleshooting Conditions and Exceptions Service and Labor ResponsibilityClaim Procedure Limitation on Implied WarrantiesTH STREET, ALSIP, IL Phone 1-800-433-2545 FAX

SDV, FDVT, FDV specifications

A.O. Smith is a leading name in the water heating industry, known for its innovative products and commitment to quality. Among its extensive lineup, the FDV, FDVT, and SDV series stand out due to their advanced features and technologies designed to enhance performance and efficiency.

The FDV series represents a revolution in traditional water heating solutions. These direct vent water heaters are designed to provide hot water on demand while minimizing energy consumption. The FDV models utilize a dual venting system, allowing for the efficient expulsion of combustion gases outside the home while drawing in fresh air for the combustion process. This design increases efficiency by ensuring optimal combustion and improves safety by reducing the risk of indoor air contamination.

The FDVT series builds upon the innovative features of the FDV, integrating a tankless design that provides unlimited hot water. This makes it an ideal choice for households with higher hot water demands. The FDVT models use high-efficiency burners and advanced heat exchangers to deliver hot water quickly and consistently, adapting to varying flow rates. They are also equipped with intelligent control systems that monitor water usage patterns and adjust operation accordingly, optimizing energy efficiency without sacrificing performance.

The SDV series caters to those looking for a reliable and efficient storage tank water heater. With a robust construction and reliable design, these water heaters are built to last. The SDV models are designed with high-quality insulation to minimize heat loss, making them energy-efficient options for storing hot water. Additional features include built-in safety mechanisms, such as temperature and pressure relief valves, ensuring safe operation at all times.

A.O. Smith's commitment to innovation is evident in their use of cutting-edge technologies across these series. Both the FDV and FDVT models incorporate sophisticated electronic controls, enabling features like scheduling and remote access for greater convenience. They are compatible with smart home systems, allowing users to monitor and manage water heating remotely.

In terms of energy efficiency, models within these series are designed to exceed industry standards, often qualifying for energy rebates and incentives in various regions. With features such as modulating burners, they adjust the energy input based on demand, significantly reducing operational costs.

Overall, A.O. Smith's FDV, FDVT, and SDV series represent leading-edge solutions in water heating, combining efficiency, safety, and advanced technology to meet the diverse needs of modern households. Whether seeking endless hot water or reliable storage solutions, these series offer unparalleled options that prioritize performance and sustainability.
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