TOA Electronics SSDV-3328 installation instructions Cold Climate Insulation, Location

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Cold Climate Insulation

For cold climate installations, seal all cracks around the appliance with noncombustible material and wherever cold air could enter the room. It is especially important to insulate outside chase cavity between studs and under floor on which the appliance rests, if floor is above ground level.

Gas line holes and other openings should be caulked or stuffed with unfaced fiberglass insulation. If the fireplace is being installed on a cement slab, in cold climates, a sheet of plywood or other raised platform can be placed underneath to prevent conducting cold up into the room. It also helps to sheetrock inside surfaces and tape for maximum air tightness and caulk firestops.

Location

In selecting the location, the aesthetic and functional use of the appliance are primary concerns. However, vent system routing to the exterior and access to the fuel supply are also important. Consideration should be given to traffic ways, furniture, draperies, etc., due to elevated surface temperatures (see Figure 4 ). The location should also be free of electrical, plumbing or other heating/air conditioning ducting.

These direct vent appliances are uniquely suited for installations requiring a utility shelf positioned directly above the fireplace. Utility shelves like these are commonly used for locat- ing television sets and decorative plants. Be aware that this is a heat producing appliance. Objects placed above the unit are exposed to elevated temperatures.

NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE.

To provide for the lowest possible shelf surface use the alternate rear vent outlet with attached venting routed in a way to minimize obstructions to the use of the space above the appliance. Do not insulate the space between the appliance and the area above it. See Figure 9. The mini- mum height from the base of the appliance to the underside of combustible materials used to construct a utility shelf in this fashion is shown in the Table in Figure 9.

The appliance should be mounted on a fully supported base extending the full width and depth of the unit. The appliance may be located on or near conventional construction materials. However, if installed on combustible materials, such as carpeting, vinyl tile, etc., a metal or wood barrier covering the entire bottom surface must be used.

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Contents OTL Report No -F-29-5 700,043M REV. a 06/2008Table of Contents SSDVT/R-3328 ModelsElectronic Models Natural and Propane Gas Model SeriesMassachusetts Horizontal Vent Re- quirements MassachusettsNew York City, New York SIT MillivoltLocation Cold Climate InsulationManufactured Home Requirements Horizontal Vent Termination Clearances Vent Termination ClearancesVertical Vent Termination Clearances Roof Pitch FeetMeter/regulator assembly Canadian Installation US Installation= Clearance to service regulator vent outlet Feet 91cm Inches 30cmWall Finishes / Surrounds / Mantels Minimum Clearances to CombustiblesAppliance and Vent Clearances SpacersTypical Installation Sequence Detailed Installation StepsFraming Routing Gas LineRight Side View Top ViewFront View Proper Sizing of Gas Line Fireplace Framing specificationsSchedule 40 / Black Iron Pipe Length feetInstallation of Vent Restrictor Install the Vent System General InformationThese fireplaces must be vented directly to the outside Select Venting System Horizontal or VerticalEffective Vent Length Vertical Straight InstallationVertical Termination Systems Roof Attach vent components to each other Vertical Offset InstallationIf the vent system extends more than 5 feet Pitch10-1/2 267 mm 305 mm 267 mm 451 mm610 305 219 829 914 438 Vertical Vent FIGURES/TABLESTable B Maximum Minimum Feet Meter 524 Elbow Only 305 048 610 572 914 096 219Maximum Minimum Feet Meter Table CMeter 524 610 305 048 219 572 829 914 096 438 Table D + H1 Maximum MinimumSee on Page 14 or on See on Page 11 for Min Install Firestop/Spacer at exterior wallInstall the Square Termination SV4.5HT-2 or SF4.5HT-2 Horizontal Vent FIGURES/TABLES Horizontal Vent Figures / Tables Square termination SV4.5HT-2 shown Pull and extend outer flexible vent pipe Install the Outer Flex PipeFlexible Vent Section Attach Flex Vent to TerminationWiring Optional Forced Air Blower Kit Field WiringSIT and Honeywell Millivolt Wiring See FigureSchematic Representation Only Connecting Gas LineChecking Appliance Opera- tion Reinstalling Control Compartment DoorSIT and Honeywell Millivolt Appliance Checkout SIT Gas ValveGlowing Embers Install Logs, Volcanic StoneElectronic Appliance Checkout Glowing Embers Firebox Accessories / PartsInstalling Glass Enclosure Panels Installing the Glass DoorBurner Adjustments Flame Appearance and sooting Air Shutter Adjustment GuidelinesHood Installation Burner Air Shutter Adjustment ProcedureFinishing Requirements Wall Details Refer to FigureCat. No Model Description Closed Top Shroud Termination Kits Cat. NoModel Description Listed Secure Flex ComponentsListed Secure Vent Components All compressed flex vents can be expanded up to two timesMillivolt Appliances SIT Systems Adjusting KnobSIT Millivolt Gas Valve Pilot for SIT Millivolt Gas ValveFlare Nut Clip Ignitor Assembly

SSDV-3328 specifications

TOA Electronics SSDV-3328 is an advanced digital mixing amplifier designed to provide high-quality sound reinforcement for various applications, including commercial facilities, educational institutions, and public address systems. This versatile amplifier combines several key features and cutting-edge technologies to deliver exceptional audio performance and flexibility.

One of the standout characteristics of the SSDV-3328 is its robust power output. With a rating of 150 watts per channel, it is capable of driving a variety of speaker setups, ensuring that sound coverage is both powerful and consistent across large areas. This makes it an ideal choice for venues such as auditoriums, conference rooms, and exhibition halls.

The SSDV-3328 offers a unique blend of analog and digital input options, allowing seamless integration with various audio sources. It supports connectivity through balanced XLR inputs, RCA, and even digital input formats, providing users with the capabilities needed to connect microphones, musical instruments, and playback devices. This flexibility is invaluable for professionals who require adaptable solutions for different audio setups.

Equipped with TOA's advanced DSP (Digital Signal Processing) technology, the amplifier provides enhanced audio quality and control. Users can benefit from features such as graphic equalization, delay settings, and limiting, which enable precise tuning of the audio output to match the acoustics of any space. This capability ensures that the audio remains clear and intelligible, regardless of the complexity of the setup.

Another noteworthy feature of the SSDV-3328 is its built-in feedback suppression technology, designed to minimize feedback issues that can occur in live sound situations. This not only enhances the listening experience but also reduces the workload on sound technicians during events.

The design of the SSDV-3328 emphasizes reliability and ease of use. Its intuitive control panel includes well-organized knobs and switches for quick adjustments, while status indicators provide real-time feedback on system performance. Additionally, the lightweight and compact construction of the amplifier makes it easy to transport and install, meeting the demands of both permanent installations and portable setups.

In summary, TOA Electronics SSDV-3328 stands out in the realm of digital mixing amplifiers, offering powerful output, versatile connectivity, advanced DSP features, and a commitment to audio quality. Whether used in commercial spaces or live events, this amplifier is designed to deliver performance that meets the highest standards in sound reinforcement. Its thoughtful design and innovative technologies make it a reliable choice for audio professionals seeking a top-tier mixing amplifier.