Vermont Casting 1990 Stove Heat Shields, Wall Shields, Chimney Connector Clearance Reductions

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connector) and nearby shields carries away heat. Do not block the air flow by filling this empty space with any insulating material.

The shiny shield surface facing the heat source must be left unpainted, enabling it to reflect heat back towards the stove or connector and away from the wall.

Shields are never used on double-wall connectors.

Clearances may be reduced only by means approved by the regulatory authority, and in accordance with the clearances listed in this manual.

NOTE: ALCOVE INSTALLATION OF THE INTREPID II IS NOT PERMITTED IN CANADA.

Stove Heat Shields

The Intrepid II Rear Heat Shield is one way to reduce the clearance to the rear wall. The rear heat shield may be installed on either rear- or top-exiting stoves. How- ever, since the chimney connector also radiates heat toward the wall in top-exiting installations, either single- wall connector with connector heat shields, or listed and approved double-wall chimney connector should be used whenever the rear heat shield is used on top-exit- ing stoves.

Clearance reductions with the rear heat shield apply only to the wall to the rear in parallel installations. Nei- ther the side clearance requirement nor the clearance requirement in corner installations may be reduced.

Wall Shields

Clearances may be reduced by using a wall shield constructed of 24 gauge or heavier sheet metal, or of another non-combustible material such as 1/2” (13 mm) insulation board or common brick “laid on flat,” with the 3¹⁄₂" (90 mm) side down. Figure 13 shows such a wall shield.

Shields must be spaced out from the combustible surface 1" (25mm) on noncombustible spacers. The spacers should not be directly behind the stove or chim- ney connector.

Air must be able to flow between the wall and the shield. At least 50% of the bottom 1" (25 mm) of the shield should be open and the shield must be open at the top. (Fig. 13)

The wall shield for a stove must extend 10” (254 mm) above the top of the stove, or a height of 35” (890 mm). The wall shield for the chimney connector must be 36” (914 mm) wide, centered behind the connector; for installations that use an approved prefabricated chim- ney to pass through the ceiling, the chimney connector shield used with single-wall connector must stop 1” (25mm) below the ceiling.

Intrepid II Woodburning Stove

Air Flow

 

Stud Wall

 

Framing

 

Wall Shield

 

Noncombustible

 

spacers and

Shield

fasteners

 

 

Metal Spacer

Drywall

 

Air Flow

ST248

 

Fig. 13 Approved wall shield construction.

Chimney Connector Clearance Reductions

Chimney connector clearances may be reduced by using heat shields on single-wall connector or by using double-wall connector. One of these methods should be used whenever the rear heat shield is used in top-exit installations, or in any other situation when it is neces- sary to protect nearby combustibles from the heat of the chimney connector. The ceiling above horizontal runs of chimney connector must be protected as well if the clearance is inadequate. Refer to the Clearance Charts.

In top-exiting installations in which the single-wall connector extends to the ceiling and connects to a prefabricated insulated metal chimney, the connector shield must extend to within an inch of the ceiling. A ceiling heat shield must be installed that is 22” (560mm) in diameter and, as explained above, that extends 1” (25mm) below the ceiling. The ceiling shield must be constructed of 24 gauge or heavier sheet metal, must be centered on the chimney, and must meet any wall protector that is also a part of the installation.

For double-wall connector the tested and listed clearances given in this manual must be used.

Fireplace and Mantel Trim Shields

A fireplace installation requires special clearance be- tween the side of the stove and the right and left walls, between the side of the stove and the decorative side trim on the fireplace face, and between the top of the stove and the mantel.

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Contents Intrepid Welcome Table of ContentsIntrepid II, Model SpecificationsWhat Kind of Chimney to Use InstallationOutside Air Chimney Size Chimney Connector GuidelinesMasonry Chimneys Prefabricated ChimneysFreestanding Chimney Installations Double-wall Chimney ConnectorSingle-wall Chimney Connector Securing the Single-wall Connector to a Masonry ChimneyChimney connector enters chimney above the firep Fireplace Chimney Installations Above a FireplaceWall Pass-Throughs Fireplace Chimney Installations Through a FireplaceAn approved wall pass-through for Canada Floor ProtectionReducing Clearances Floor Protection for Fireplace InstallationsFireplace and Mantel Trim Shields Chimney Connector Clearance ReductionsStove Heat Shields Wall ShieldsConstruction Requirements Alcove InstallationsReflected ceiling plan Intrepid II Clearance Chart Intrepid II Clearance Diagrams 889 mm Parallel Installations Assembly Your Intrepid II’s Controls What They Do OperationAttach the Griddle Handle Two Ways to Add Fuel Damper Directs Air Flow Within the StoveGlass Door Panels AndironsSurface Thermometer is a Valuable Guide to Operation Burn Only High-Quality WoodHigh-Efficiency Wood Burning With Catalytic Combustion Use the Air Control Settings that Work Best for YouHow to Build a Wood Fire Keep it Going Starting and Maintaining a Wood Fire Conditioning Your StoveAsh Disposal Refuel While the Embers are Still HotDraft Management Back-puffing Draft TestingCreosote FuelMaintenance Tighten the Damper Handle as Needed How to Adjust the Door LatchDamper Adjustment When to Suspect a Combustion System Problem Catalytic Combustion System Inspection and CleaningReplace the Stove Gaskets as Needed Replace Refractory PackageChimney System Creosote Adjust the Door if NecessaryAnnual Maintenance Permanent GasketsIntrepid II Woodburning Stove Appendix Catalytic Combustor Intrepid II Woodburning Stove Intrepid II Woodburning Stove Please record the following information For future reference Intrepid II Woodburning Stove Intrepid II Woodburning Stove Warranty CFM Corporation

1990 specifications

Vermont Casting, founded in 1975, is renowned for its commitment to crafting high-quality cast iron wood stoves and heaters that merge efficiency with timeless design. By 1990, Vermont Casting had established itself as a leader in the industry, celebrated for its innovative approach to heating solutions and commitment to sustainability.

The 1990 models reflected an impressive evolution in technology and aesthetics. One of the standout features of Vermont Casting stoves was their utilization of advanced air control systems. This technology allowed users to regulate the burn speed and heat output effectively, making it easier to maintain consistent warmth in the home while optimizing fuel efficiency. The stoves featured an adjustable air inlet that provided users with the power to control combustion according to their needs.

In terms of design, Vermont Casting stoves were characterized by their iconic, rustic appearance, often featuring a choice of colors and finishes that allowed them to blend seamlessly into a variety of home aesthetics. The deep, rich finishes of the cast iron, coupled with elegant detailing, made each unit not only a heating appliance but also a centerpiece in living spaces. This commitment to aesthetics extended to the variety of designs available, including both traditional and modern styles, catering to diverse consumer preferences.

Vermont Casting also prioritized safety in their 1990 models. Many stoves were equipped with features such as double doors with glass panels, allowing users to enjoy the beauty of the flames while minimizing the risk of accidental burns. Some models incorporated heat shields that protected surrounding walls and furniture from excessive heat, further enhancing safety at home.

Durability was another hallmark of Vermont Casting’s reputation. The use of high-quality cast iron meant that these stoves were built to withstand years of use, often becoming familial heirlooms passed down through generations. In addition to resilience, cast iron was known for its ability to retain heat even after the fire had gone out, providing lingering warmth long into the night.

Overall, Vermont Casting in 1990 represented a harmonious blend of timeless design, advanced functionality, and a commitment to sustainability. Their stoves were not merely heating appliances but symbols of a lifestyle choice that emphasized quality, elegance, and environmental responsibility, making them a preferred choice for homeowners seeking both reliability and beauty in home heating solutions.
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