A.O. Smith XDVS, GDVS, GDVH owner manual

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9.Slide the 6” telescoping vent section apart to reveal the beads.

NOTE: The section of 6” pipe with beads will connect to the elbow. Using the caulking supplied, fill the beads.

14. Place the vent cap in the vent collar assembly.

FIGURE 62

10. Insert the 6” telescoping vent section into the wall.

FIGURE 67

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.

16.Move indoors to complete the assembly process.

FIGURE 63

11.Move outdoors with all the remaining vent parts. Using the tube of sealant supplied, run an ample amount on the inside surface of the collar assembly that will contact the exterior wall and also fill the bead on the end of the 6” diameter vent collar.

FIGURE 64

12.Install the vent collar assembly through the wall, connecting it to the 6” telescoping extension. Remember, the extension is not connected yet and it may be necessary to go back indoors and push it back up for a tight fit to the collar.

FIGURE 65

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

FIGURE 68

17.Collapse the 6” flue extension assembly as shown and install the 3” extension by first slipping the end with the O-ring approximately 1 1/4” into the end of the vent cap. Lock the other end of the 3” extension to the studs in the elbow.

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 69

 

18. Using a #22 drill bit, drill holes 180° apart at the connection

 

point of the two 3” flue extensions. Then using 2 screws

 

FIGURE 66

provided, lock these pipes together.

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Contents Direct Vent GAS Models Replacement Parts Typical InstallationExtended NON-USE Periods Vent KIT Assembly ComponentsExternal Damage Chemical Vapor CorrosionWater Potable Heating and Space Heating Closed Water SystemGAS Connections Relief Valve VentingVent Pipe Termination Optional Wire Grill Combustion AIR and VentilationVenting Clearances Possible Extension Combinations Flue ExtensionsCutting the Opening Through Outside Wall ALL InstallationsVertical Extension KIT Height Horizontal Extension KITWater Heater Attitude Standard Vent KIT Installation #1Page Gallon Equation C a -10 =Page Page Optional Horizontal Vent KIT #900124-7 Installation #3 Page Capacity Natural Equation C a 10 =Insert the 6 telescoping vent section into the wall Page Filling High Altitude InstallationsTemperature Regulation Valve and Pipe InsulationForce For Your Safety Read Before LightingTemperature & Pressure Relief Valve Pilot and Main BurnerDraining Anode ROD Maintenance CondensationCathodic Protection Anode Troubleshooting Limitation on Implied Warranties Service and Labor ResponsibilityClaim Procedure Conditions and ExceptionsPage Page Page Tennessee Waltz PARKWAY, Ashland CITY, TN

GDVH, XDVS, GDVS specifications

A.O. Smith is a leading manufacturer of water heating solutions, renowned for offering innovative products that cater to both residential and commercial needs. Among its impressive lineup, the GDVH, XDVS, and GDVS models stand out, showcasing advanced features and technologies that enhance performance and efficiency.

The A.O. Smith GDVH series is designed for high-efficiency gas water heating. These units come equipped with the latest condensing technology, which allows them to utilize heat that would otherwise be lost in traditional systems. This process results in improved energy efficiency and significant cost savings on energy bills. The GDVH series is also noted for its EcoSmart feature, which adjusts the operational settings according to water usage patterns, further optimizing energy consumption.

The XDVS model, on the other hand, is a testament to A.O. Smith's commitment to durability and performance. Constructed with high-quality materials, the XDVS offers exceptional resistance against corrosion, thereby prolonging the lifespan of the unit. This model features advanced controls that provide real-time diagnostic information, enabling users to monitor performance and schedule maintenance effectively.

The GDVS series bridges the gap between affordability and performance. These water heaters are designed with a user-friendly interface, allowing for simple operation and easy adjustments. The GDVS models utilize a high-efficiency burner system that ensures rapid heating capabilities while keeping energy costs down. Additionally, the units are compact, making them ideal for homes with limited installation space, without compromising on output performance.

All three models incorporate A.O. Smith’s proven heating technologies that prioritize safety and efficiency. They feature advanced flame sensors and integrated safety controls that protect against overheating and ensure reliable operation. Furthermore, these models are compatible with various installation configurations, making them versatile options for diverse applications.

In conclusion, A.O. Smith's GDVH, XDVS, and GDVS water heaters present a blend of cutting-edge technology, rugged durability, and user-friendly features, catering to the needs of modern households and businesses. With energy efficiency as a hallmark of their design, these models not only promise excellent performance but also contribute to sustainable energy usage, making them an ideal choice for eco-conscious consumers.
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