State Industries A B C D E F 100 Installation of Vent System, Sequence of INSTALLATIONS, a

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INSTALLATION OF VENT SYSTEM

Before beginning installation of piping system thoroughly read the section of this manual VENT PIPE PREPARATION.

If you are installing your system so that it vents through roof, please refer to section titled INSTALLATION OF VERTICAL VENT SYSTEM.

VENT TERMINAL INSTALLATION, SIDEWALL

1.Install the vent terminal by using the cover plate as a template to mark the hole for the vent pipe to pass through the wall.

BEWARE OF CONCEALED WIRING AND PIPING INSIDE THE WALL.

2.If the Vent Terminal is being installed on the outside of a finished wall, it may be easier to mark both the inside and outside wall. Align the holes by drilling a hole through the center of the template from the inside through to the outside. The template can now be positioned on the outside wall using the drilled hole as a centering point for the template.

3.A) MASONRY SIDE WALLS

Chisel an opening approximately one half inch (1.3 cm) larger than the marked circle.

B) WOODEN SIDE WALLS

Drill a pilot hole approximately one quarter inch (0.64 cm) outside of the marked circle. This pilot hole is used as a starting point for a saws-all or sabre saw blade. Cut around the marked circle staying approximately one quarter inch (0.64 cm) outside of the line. (This will allow the vent to easily slide through the opening. The resulting gap will be covered up by the Vent Terminal cover plate.) Repeat this step on inside wall if necessary.

SEQUENCE OF INSTALLATIONS, FIGURE 18A

Cut a length of PVC pipe about 3.5 inches (8.9 cm) longer than the wall thickness at the opening. Glue the vent terminal to this section of pipe. Slide the wall plate over the pipe to stop against the vent terminal. Place a bead of caulking (not supplied) around the gap between the pipe and cover plate. Apply enough to fill some of the gap between the pipe and wall. Place some of the caulking on the back of the plate to hold it against the wall after installation. If the vent pipe is installed up to the wall, with a coupling on the end against the wall opening, the pipe with the vent terminal can be prepared for gluing before inserting through the wall. Slide the pipe through the wall and insert into the coupling on the other side of the wall, making sure that the vent terminal ends up pointed in the correct position, see Figure 18A.

VENT TERMINATION - FIGURE 18A.

DIRECT VENTING

The air intake provided on the unit contains a mesh screen to prevent large particles from entering the unit.

FIGURE 18B.

WHEN THE UNIT IS TO BE SETUP AS A DIRECT VENT, THE MESH SCREEN MUST BE REMOVED. THE INLET VENT PIPE MAY THEN BE GLUED TO THE AIR INTAKE (See Figure 18B)

PROVIDED ON THE UNIT. THE SCREEN REMOVED FROM THE INTAKE NEEDS TO BE INSERTED INTO THE 2” - 22.5 DEGREE

VENT TERMINAL SUPPLIED IN THE VENT TERMINAL KIT.

DIRECT VENT TERMINAL INSTALLATION IMPORTANT

THIS UNIT CONSISTS OF TWO VENT TERMINALS - AN INTAKE VENT TERMINALAND AN EXHAUST VENT TERMINAL. THE INTAKE VENT TERMINAL IS A 2” 22.5° PVC ELBOW(-) WITH A MESH WIRE SCREEN AND THE EXHAUST VENT TERMINAL IS A 2” 22.5° PVC

ELBOW WITH A MESH WIRE SCREEN.

NOTE: TO PREVENT EXHAUSTING PRODUCTS FROM CIRCULATING TO THE AIR INTAKE IN WINDY/COLD AREAS, THE MAXIMUM PRACTICAL DISTANCE BETWEEN THESE TWO TERMINALS IS RECOMMENDED.

FIGURE 18C.

WHEN LOCATING THE TERMINALS ON A SIDEWALL, THE FOLLOWING SPECIFICATIONS PERTAINING TO TERMINAL LOCATION MUST BE FOLLOWED.

1.The intake air terminal and the exhaust vent terminal must terminate on the same exterior wall and must be separated by a minimum of 24” (61cm) on vertical centerline (see Figure 18C). In colder climates increasing the 24” (61cm) minimum will reduce possibility of frost over from side winds blowing exhaust vapors to the air intake of the direct vent.

2.The horizontal centerline of the intake air terminal may not be located lower than the horizontal centerline of the exhaust vent terminal (see Figure 18C).

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Contents Whenever maintenance adjustment or service is required 197836-000Safe INSTALLATION, USE and Service Important DefinitionsGeneral Safety General Safety Table of Contents IntroductionReplacement Parts and Deliming Products GET to Know Your Water Heater GAS ModelsInstallation Considerations Rough-In-DimensionsRecovery capacity based on 96% thermal efficiency All models Maximum Supply Pressure 14 inches W.C .48kPaDirectly BELOW. Keep Clear of ALL Obstructions Water Piping Mixing Valve Usage Facts to Consider About the Location Insulation Blankets Combustion AIR and VentilationAppliances in Unconfined Spaces Appliances in Confined SpacesALL AIR from Inside Buildings See ALL AIR from Outdoors See Figures 7, 8Installing the NEW Water Heater Chemical Vapor CorrosionWater Piping Closed Water SystemsTemperature-Pressure Relief Valve Valve and Pipe Insulation if suppliedHigh Altitude Installations Gas PipingVent Pipe Termination Sediment Traps VentingFilling the Water Heater Vent Hoods MAY be Extremely HOT During Operation Power VentCanadian Power Vent Direct Vent Canadian Direct VentCondensate InstallationsPlanning the Vent System Installation of Vent System Vent Terminal INSTALLATION, SidewallSequence of INSTALLATIONS, a Direct Vent Terminal Installation ImportantVent Terminals Supplied with Heater Must be Used Installation SequenceVertical Vent Terminal Installation Installation of Vent SYSTEM, Sidewall Installation of Vertical Vent SystemConcentric Vent Installation KIT ComponentsSafety Considerations Installation Procedure 1 Roof TERMINATION, see Figure CProcedure 2 Side Wall TERMINATION, see Figure F Figure FMULTI-CONCENTRIC Vent Terminations Figure gVent Pipe Preparation Step B Step EStep F Step GBlower Prover Switch Blocked Exhaust SwitchBlocked Intake Switch ON/OFF SwitchPower Vent Wiring Schematic Figure ON/OFF Switch Do not try to light the burner by handWhat to do if YOU Smell GAS Do not TRY to Light the Burner by HandTemperature Regulation HI Limit Switch E.C.OUsing the Electronic Controller OverviewDisplay Action Operating StatesAction Fault and Warning Conditions Access to the Current Fault or WarningChanging the Display Units DisplayViewing the Fault History Viewing Information About the HeaterOperational Conditions For Your InformationStart UP Conditions Periodic Maintenance Burner CleaningVenting System Inspection Burner Operation and InspectionDraining Temperature-Pressure Relief Valve OperationAnode ROD Inspection Service Leakage CheckpointsTroubleshooting Guidelines ProblemsPage Page Limited Warranty

A B C D E F 100 specifications

State Industries A B C D E F 100 is a groundbreaking initiative aimed at revolutionizing various sectors including manufacturing, technology, and services, by integrating advanced methodologies and innovative practices. This initiative underscores a commitment to sustainability, efficiency, and quality, setting new standards for industry performance.

One notable feature of State Industries A B C D E F 100 is its focus on automation and smart manufacturing technologies. This includes the implementation of the Internet of Things (IoT) devices that facilitate real-time data collection and analysis. By harnessing this data, industries can optimize their operations, leading to improved productivity and reduced operational costs. Machine learning algorithms play a crucial role in predictive maintenance, enabling timely interventions that minimize downtime and enhance equipment longevity.

Another key aspect of State Industries A B C D E F 100 is the emphasis on renewable energy solutions. Many facilities are transitioning towards solar, wind, and other sustainable energy sources, which not only lowers carbon footprints but also leads to considerable savings in energy costs. This shift towards clean energy reflects a broader commitment to corporate social responsibility, addressing the environmental challenges faced by today’s industries.

Moreover, the initiative promotes the use of advanced materials and smart technologies in product development. These innovations not only enhance product functionality but also improve safety and sustainability. For instance, the use of biodegradable materials in packaging aligns with global efforts to reduce plastic waste, while advancements in nanotechnology offer unique solutions to traditional manufacturing challenges.

Collaboration stands as another essential characteristic of State Industries A B C D E F 100. By fostering partnerships between different stakeholders, including academia, government agencies, and private enterprises, the initiative encourages knowledge sharing and co-creation of solutions. This collaborative approach leads to the development of best practices that can be shared across sectors, amplifying the impact of technological advancements.

In conclusion, State Industries A B C D E F 100 embodies the future of industrial evolution, integrating cutting-edge technologies, sustainable practices, and collaborative efforts to create a resilient and forward-thinking industrial landscape. As industries continue to adapt to the changing global environment, the principles established by this initiative will likely play a pivotal role in shaping a sustainable and prosperous future for all.
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