Smith Cast Iron Boilers GVIOM-5R manual Horizontal Venting, Heating System Piping, No B

Page 9

Page 9

GV100W BOILER

INSTALLATION & OPERATING INSTRUCTIONS

HORIZONTAL VENTING

Horizontal vent systems must be in compliance with UL 1738 for installations in the United States, ULS636 for installations in Canada.

For best results, horizontal vent systems should be as short and straight as possible.The 4" adapter must be attached directly to the boiler outlet. A vertical vent run at least 18 inches high must be installed before any horizontal run begins. If the boiler is installed using a 3" diameter vent system, a 4" to 3" diameter reducer must be installed after the 18 inch vertical run. The previously mentioned vent system manufacturers have the proper adapters and reducers available.

The vent system must be both gas tight and watertight. All seams and joints in metal pipes must be joined and sealed in accordance with the vent system manufacturers instructions. When horizontal vent runs exceed 5 feet they must be supported at 3 foot intervals with overhead hangers.

FIG. NO. 4B Horizontal Venting

Horizontal vent systems shall terminate at least 4 ft, 1.3 m, below, 4 ft, 1.3 m, horizontally from or 1 ft, 0.23 m, above any door, window or gravity air inlet into any building. It must not terminate less than 4 ft, 1.3 m, horizontally from, and in no case above or below, unless a 4 ft, 1.3 m, horizontal distance is maintained, from electric meters, gas meters, regulators and relief equipment and not less than 7 ft, 2.3 m, from any adjacent public walkway. The bottom of the vent terminal(s) shall be located at least 5 ft, 1.5 m, above the air intake terminal(s).

ATTENTION.

Au moment de l’entretien des commandes, étiquetez tous les fils avant de les débrancher. Des erreurs de câblage peuvent entraîner un fonctionnement in-adéquat et dangereux. S’assurer que l’appareil fonc-tionne adéquatement une fois l’entretirn terminé.

The hoizontal vent system must terminate with a Field Controls SK-4G or Breidert L4 vent terminal or a 4" 90° elbow fitted with a 1/4" wire mesh debris screen.

8"

4' MIN.

THIMBLE

OUTSIDE WALL

18" MIN.

VENT SYSTEM

BOILER

Avoid locations likely to be affected by winds, snow drifts, people and pets. Protect building materials and vegetation from degradation caused by the flue gases.

HEATING SYSTEM PIPING

CAUTION: All heating system piping must be installed in accordance with the ANSI/ASME Boiler and Pressure Vessel Code, Section IV, and ANSI/ ASME CSD-1, Standard for Controls and Safety Devices for Automatically Fired Boilers. All applicable local codes and ordinances must also be followed. If the boiler is installed above any radiation elements it must be fitted with a low water cutoff device installed above the normal boiler water level.

The GV100W hot water boiler comes from the factory ready to be piped to the heating system. Each boiler is equipped with a safety relief valve which must be piped in accordance with the ANSI/ASME Boiler and Pressure Vessel Code, Section IV, see FIG. NO. 5.

The maximum vent length for 3" diameter vent systems is 20 feet, one 90° elbow and a vent terminal or 15 feet, two 90° elbows and a vent terminal. The maximum vent length of 4" diameter vent systems is 30 feet, four 90° elbows and a vent terminal. To maximize the performance of the vent system, locate 90° elbows as far from the boiler and one another as possible. The minimum horizontal vent length is 4 feet, see FIG.

NO. 4B.

The vent system must be pitched down, toward the vent terminal, 1/4" per foot. If any part of a single wall metal vent system passes through an unheated space it must be insulated with insulation rated for 450°F.

WARNING: The bottom of the vent terminal must be located at least 12 inches above grade including the maximum snow line. Failure to provide adequate vent terminal clearance for this boiler can result in excessive levels of carbon monoxide that can result in severe personal injury or death!

Ensure that the boiler is level from front to back and from side to side. Use metal shims to level the boiler. Never use combustible materials for shims.

CAUTION: To prevent damage due to excessive conden- sation, one of the following piping options should be used.

Page 8 Page 10
Image 9
Page 8 Page 10
Contents GV100W GV100W Boiler Installation & Operating Instructions Boiler Location Boiler Ratings & CapacitiesCombustible Floor Option Boiler Dimensions Combustion AIR Fresh Air ⁄4 Wire Metal Wooden Duct SizeCommon Vent Systems Combustion Air Duct SizingChimney Inspection & Sizing Chimney VentingVertical Venting Horizontal Venting Heating System PipingNo B Pump Away Bypass System BypassPumped Blend Piping For Use With Cooling UnitsReverse Acting Aquastats Circulators GAS Supply PipingThermostat Installation Electrical WiringEquivalent Pipe Length Chart CO DetectorsFIG. no Fenwal/Honeywell Hot Surface Ignition FIG. no Multi-Zone Diagram Operating Instructions For Your Safety Read Before OperatingTo Turn OFF GAS to Appliance Property damage, personal injury or loss of lifePour Votre Sécurité Lisez Avant DE Mettre EN Marche Boiler SET-UP Boiler OperationDirect Ignition Systems Checking & Adjustment Burner Installation Boiler MaintenanceHeat Exchanger Cleaning Burner RemovalInstructions to the Installer Name of Part GV100 Series Repair PartsHSI Fenwall Ignition System Ref # Name of PartNorth ELM Street WESTFIELD, MA 01085 TEL 562-9631 FAX 413

GVIOM-5R specifications

The Smith Cast Iron Boilers GVIOM-5R is a high-efficiency, versatile heating solution designed for both residential and commercial applications. This model is particularly renowned for its robust construction, impressive performance, and energy-saving features. With a focus on durability, the GVIOM-5R is built from high-quality cast iron, which not only ensures longevity but also excellent thermal mass for effective heat retention.

One of the main features of the GVIOM-5R is its fire-tube design, which enhances heat transfer and allows for higher efficiency rates compared to traditional boiler designs. The fire-tube configuration ensures that flue gases travel through a series of tubes submerged in water, maximizing heat exchange and minimizing heat loss. This design contributes to an efficiency rating that often exceeds 85%, helping users to reduce their energy costs while maintaining comfort.

The boiler is equipped with advanced control technology, allowing for precise temperature management. This feature is critical for optimizing performance and ensuring consistent heating throughout the property. Additionally, an integrated diagnostic system enables users to monitor boiler operations and troubleshoot potential issues before they escalate, ensuring reliable performance and reducing downtime.

Another characteristic that sets the GVIOM-5R apart is its flexibility in fuel options. The boiler can operate on various fuels, including natural gas, propane, or oil, making it an adaptable choice for different heating needs. This multi-fuel capability not only provides versatility but also allows property owners to choose the most economical and efficient fuel source based on their specific circumstances.

Maintenance is also simplified with the GVIOM-5R, thanks to its accessible design that allows for easy servicing and parts replacement. The robust construction minimizes the need for frequent repairs, which enhances overall reliability and customer satisfaction.

In summary, the Smith Cast Iron Boilers GVIOM-5R combines durability, efficiency, and versatility. Its innovative fire-tube design, advanced control systems, multi-fuel capabilities, and ease of maintenance make it an outstanding choice for those seeking a reliable heating solution. Whether for a home or a commercial building, the GVIOM-5R stands out as a top-tier option that delivers consistent performance and long-term value.
Top Page Image Contents