Desa SBVBP(A) Fireplace Installation, Check GAS Type, Installing GAS Piping to Fireplace Location

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®

B-VENT FREESTANDING FIREPLACE

FIREPLACE INSTALLATION

NOTICE: This heater is intended for use as supplemental heat. Use this heater along with your pri- mary heating system. Do not in- stall this heater as your primary heat source. If you have a central heating system, you may run system’s circulating blower while using heater. This will help circu- late the heat throughout the house. In the event of a power outage, you can use this heater as your primary heat source.

CHECK GAS TYPE

Use proper gas type for the fireplace unit you are installing. If you have conflicting gas types, do not install fireplace. See dealer where you purchased the fireplace for proper fireplace according to your gas type.

INSTALLING GAS PIPING TO FIREPLACE LOCATION

WARNING: A qualified ser- vice person must connect fire- place to gas supply. Follow all local codes.

CAUTION: For propane/LP units, never connect heater di- rectly to the propane/LP supply. This heater requires an external regulator (not supplied). Install the external regulator between the heater and propane/LP supply.

Installation Items Needed

Before installing fireplace, make sure you have the items listed below.

•external regulator (supplied by installer)

•piping (check local codes)

•sealant (resistant to propane/LP gas)

•manual shutoff valve *

•test gauge connection *

•sediment trap

•tee joint

•pipe wrench

•approved flexible gas line with gas con- nector (if allowed by local codes) (not provided)

*An A.G.A. design-certified manual shutoff valve with 1/8" NPT tap is an acceptable alternative to test gauge connection. Pur- chase the A.G.A. design-certified manual shutoff valve from your dealer.

For propane/LP connections only, the in- staller must supply an external regulator. The external regulator will reduce incoming gas pressure. You must reduce incoming gas pressure to between 11 and 14 inches of water. If you do not reduce incoming gas pressure, heater regulator damage could occur. Install external regulator with the vent pointing down as shown in Figure 25. Pointing the vent down protects it from freezing rain or sleet.

CAUTION: Use only new, black iron or steel pipe. Inter- nally-tinned copper tubing may be used in certain areas. Check your local codes. Use pipe of 1/2" diameter or greater to allow proper gas volume to fireplace. If pipe is too small, undue loss of pressure will occur.

Installation must include a manual shutoff valve, union, and plugged 1/8" NPT tap. Locate NPT tap within reach for test gauge hook up. NPT tap must be upstream from fireplace (see Figure 26, page 13).

Check your building codes for any special requirements for locating manual shutoff valve to fireplaces.

Apply pipe joint sealant lightly to male threads. This will prevent excess sealant from going into pipe. Excess sealant in pipe could result in clogged fireplace valves.

CAUTION: Use pipe joint seal- ant that is resistant to liquid pe- troleum (LP) gas.

Install sediment trap/drip leg in supply line as shown in Figure 26, page 13. Locate sediment trap/drip leg where it is within reach for cleaning. Locate sediment trap/ drip leg where trapped matter is not likely to freeze. A sediment trap traps moisture and contaminants. This keeps them from going into fireplace gas controls. If sediment trap/ drip leg is not installed or is installed wrong, fireplace may not run properly.

Propane/LP

Supply

Tank

External

Regulator

Vent

Pointing

Down

Figure 25 - External Regulator with Vent Pointing Down (Propane/LP Only)

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Contents For Your Safety For Your Safety What to do if YOU Smell GASSBVBNA, Sbvbpa Remote Ready Safety Information Vent Freestanding FireplaceProduct Features Product IdentificationLocal Codes OperationPRE-INSTALLATION Preparation Location and Space RequirementsFreestanding Fireplace Assembly Stove Body AssemblyUse an adjustable wrench or a 10mm socket Lift off corrugated box enclosing stove body cratingInstalling Fireplace Into Stove Body Installing Optional Blower Accessory Installing GA3700/DA3610T BlowersVenting Installation Installing Rear CoverInstallation Precautions Installation of Listed B-1 Vent Type B-VENT Installation Listed B-0 or GreaterInstalling Vent System in a Chase Checking Vent CapacityChimneys Relining SystemsTroubleshooting Venting Problems High Altitude InstallationFlue GAS Spillage Causes of Spillage and Corrective ActionFireplace Installation Installing GAS Piping to Fireplace LocationInstallation Items Needed Check GAS TypeConnecting Fireplace to GAS Supply Pressure Testing Gas Supply Piping SystemChecking GAS Connections Pressure Testing Fireplace Gas Connections Installing Optional Wall Mounted Thermostat GWMT1 Back View of Thermostat BaseInstalling Remote Receiver Installing 9-Volt Battery in Hand- Held Remote Control UnitREMOVING/REPLACING Glass Door Installing LOGS, Lava Rock and Glowing Embers Installing Log NoFor Your Safety Read Before Lighting Manual Lighting ProcedureOperating Fireplace Lighting InstructionsOptional Remote Operation Thermostat Control OperationGhrc Series Operation Ghrct Series OperationOperating Optional Blower Accessory Pilot AssemblyInspecting Burners Operating Optional GWMT1 Wall Mounted ThermostatCleaning and Maintenance Glass DoorPilot and Burners LogsTroubleshooting After pilot lights, keep control knobPressed in 30 seconds Orifice Inlet gas pressure is too lowCompany Pane/LP or natural gas companyFireplace produces unwanted odors Tions onLow line pressure Pilot is partially cloggedReplacement Parts Technical ServiceWiring Diagram Service HintsSpecifications Sbvbna SbvbpaAccessories Illustrated Parts Breakdown Sbvbna SbvbpaParts List KEY Part Number Description QTYWarranty Information

SBVBN(A), SBVBP(A) specifications

Desa SBVBN(A) and SBVBP(A) are innovative solutions in the realm of wireless communication, designed to enhance connectivity and network efficiency. Each model is tailored for specific applications, making them essential tools in modern telecommunications.

One of the primary features of both the SBVBN(A) and SBVBP(A) models is their support for advanced modulation techniques. These modulations allow for higher data rates and improved spectral efficiency, which are critical for congested environments. By employing technologies such as Orthogonal Frequency-Division Multiplexing (OFDM), these systems can deliver superior performance even in challenging conditions.

In terms of connectivity, SBVBN(A) focuses on boosting signal strength over long distances. This is especially vital in rural areas where traditional infrastructure may be lacking. The system can cover expansive regions with minimal signal degradation, ensuring reliable communication. Meanwhile, SBVBP(A) is optimized for high-density urban settings, capable of handling a large number of simultaneous connections without compromising speed or quality.

The integration of artificial intelligence and machine learning technologies is another standout feature. Both models utilize smart algorithms to analyze network traffic in real-time, enabling dynamic adjustments to optimize performance. This capability is crucial in environments where user demand can fluctuate drastically, allowing for adaptive resource allocation and enhanced user experience.

Power efficiency is also a significant characteristic of Desa SBVBN(A) and SBVBP(A). Equipped with energy-saving technologies, these systems minimize power consumption while maximizing output. This not only reduces operational costs but also aligns with global sustainability goals.

Moreover, the systems are designed with scalability in mind. They can be easily integrated into existing infrastructures, providing a seamless upgrade path for telecommunication providers looking to enhance their services without major overhauls.

Security is a top priority for both products. They incorporate advanced encryption protocols and access controls, ensuring that data transmission remains secure and protecting against potential threats.

In summary, Desa SBVBN(A) and SBVBP(A) represent the future of wireless communication, with their focus on advanced modulation, AI integration, energy efficiency, scalability, and security. These features make them ideal solutions for a variety of applications, ranging from rural connectivity to urban high-density environments, thus playing a significant role in bridging the digital divide and fostering enhanced communication worldwide.
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