Vermont Casting 43LDVT manual Twist Lock Pipes, How to Use the Vent Graph, Example a, Example B

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LDVT Series Direct Vent Gas Fireplace

Twist Lock Pipes

When using CFM Corporation twist-lock pipe it is not necessary to use sealant on the joints. The only areas of the venting system that need to be sealed with high temperature silicone sealant are the sliding joints of any telescopic vent section used in the system.

To join the twist lock pipes together, simply align the beads of the male end with the grooves of the female end, then while bringing the ends together, twist the pipe until the flange on the female end contacts the external flange on the male end. It is recommended that you secure the joints with three (3) sheet metal screws, however this is not mandatory with twist lock pipe.

To make it easier to assemble the joints we suggest putting a lubricant (Vaseline or similar) on the male end of the twist lock pipe prior to assembly.

Male End

Female End

Screw Holes

TWL100

Fig. 12 Twist-lock pipe joints.

How to Use the Vent Graph

The vent chart should be read in conjunction with the following vent installation instructions to determine the relationship of the vertical and horizontal dimensions of the vent system.

1.Determine the height of the center of the horizontal vent pipe exiting through the outer wall. Using this dimension on the Sidewall Vent Graph. (Fig. 13) locate the point intersecting with the slanted graph line.

2.From the point of this intersection, draw a vertical line to the bottom of the graph.

3.Select the indicated dimension, and position the fireplace in accordance with same.

Example A:

If the vertical dimension from the floor of the fireplace is 11’ (3.4 m) the horizontal run to the face of the outer wall must not exceed 14’ (4.3 m).

Example B:

If the vertical dimension from the floor of the unit is 7’ (2.14 m), the horizontal run to the face of the outer wall must not exceed 8¹⁄₂’ (2.6 m).

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Horizontal dimension from the outside face of the wall to

the center of the fireplace vent flange

Sidewall vent graph showing the relationship between vertical

and horizontal dimensions for a Direct Vent flue system.

Fig. 13 Sidewall venting graph. (Dimensions in feet)

Vertical Sidewall Applications

Since it is very important that the vent- ing system maintain its balance between the combustion air intake and the flue gas exhaust, certain limitations as to vent configurations apply and must be strictly adhered to.

The vent graph showing the relationship between verti- cal and horizontal side wall venting will help to deter- mine the various dimensions allowable.

Minimum clearance between vent pipes and combustible materials is one 1” (25mm) on top, bottom and sides unless otherwise noted.

When the vent termination exits through foundations less than 20” (508mm) below siding outcrop, the vent pipe must flush up with the siding.

It is always best to locate the fireplace in such a way that minimizes the number of offsets and horizontal vent length of vent pipe from the flue collar of the fire- place to the face of the outer wall.

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Contents Builder Top Vent Direct Vent Table of Contents Installation & Operating Instructions Ansi Z21.88-2005 / CSA Vented Gas Fireplace HeatersPlease Review the Following Carefully Fireplace Dimensions Framing Dimensions33LDVT 36LDVT 39LDVT 43LDVT Locating Your Fireplace Clearance to CombustiblesMantels VentingHearth Framing and FinishingFinal Finishing Gas SpecificationsGas Line Installation Remote ON/OFF SwitchAlternate Switch Location High ElevationsEB-1 Electrical Box Electronic Gas Control ValveGeneral Venting Location of Vent TerminationCanadian Installations1 US Installations2 General Venting Information Termination LocationCanadian Installations USA InstallationsGeneral Information on Assembling Vent Pipes Flex Vent PipesHow to Use the Vent Graph Twist Lock PipesVertical Sidewall Applications Example aSupport straps for horizontal runs Vertical Sidewall Installation Twist Lock Pipe StepVertical Sidewall Installation Flex Vent Pipe Always install horizontal venting on a level planeBelow Grade Installations 7TDVSNORKSnorkel installation, recessed foundation Vertical Through-the-Roof ApplicationsVertical Through-the-Roof Installation Min 610 mmVertical Restrictor Plate 36LDVT, 39LDVT, 43LDVT Venting Components Window Frame Assembly Removal Glass CleaningOperating Instructions Glass InformationInstallation of Logs, Lava Rock & Ember Material Log Identification ChartLog Installation On the burner housing assembly Do not place any of the lava rock materialFlame & Temperature Adjustment Flame CharacteristicsRN/RP & EN/EP Models 33LDVT Lighting and Operating Instructions To Turn Off Gas To HeaterWhat to do if YOU Smell GAS Lighting Instructions Turning Off the Gas to the ApplianceValve in the on position Troubleshooting Honeywell Millivolt Valve Remove Window Frame Assembly Before Service WorkStart YESTroubleshooting the Gas Control System Normal OperationAbnormal Operation PSE Pilot SIT 820 Nova Gas Control Valve FigFor Model 36LDVT only Remove the rear log SIT top Convertible PilotMaintenance Cleaning the Standing Pilot Control SystemBurner and Burner Compartment Brass Trim33/36/39/43LDVT 33/36/39/43LDVT DescriptionFuel Conversion Kits Optional Accessories Fan KitsSpecifications Method aWiring Instructions Remote ControlsCeramic Refractory Panels Model Function/s ControlledOptional Trim Kits Screen Door KitFiligree Louvre Kit Arch/Square Face KitLdvt Series Direct Vent Gas Fireplace Product Covered by this Warranty If Warranty Service is NEEDED…Efficiency Ratings AFUE%

3LDVT, 36LDVT 39LDVT, 43LDVT specifications

Vermont Casting has been a standout name in the world of cast-iron wood and gas stoves, delivering exceptional craftsmanship and innovative technology. The models 36LDVT, 39LDVT, 43LDVT, and 3LDVT are no exception. These stoves are designed to blend functionality with timeless aesthetics, making them perfect for a range of home settings.

The 36LDVT, featuring a compact design, is ideal for smaller spaces without sacrificing performance. Its advanced airflow technology ensures a clean burn, increasing efficiency and reducing emissions. The unique front-loading door allows for easy access to firewood, while the large viewing window creates an inviting ambiance, showcasing the flames beautifully.

The 39LDVT offers a larger firebox, accommodating bigger logs, making it suitable for those who enjoy longer burn times. Like the 36LDVT, it incorporates Vermont Casting's patented airflow system, optimizing heat output. One of its standout features is the innovative Intelli-Burn technology, which automatically adjusts the air intake for consistent heating. This ensures that the user spends less time managing fuel and more time enjoying the warmth.

For homeowners with more extensive heating needs, the 43LDVT provides ample heating capacity. Its robust construction not only enhances durability but also maximizes heat retention. The stove is designed with a user-friendly interface that simplifies operation. It also comes with adjustable legs, allowing for customizable installation to fit specific preferences and aesthetics.

Finally, the 3LDVT model is an epitome of efficiency, designed with modern technology while paying homage to classic wood-burning aesthetics. Its clean-line design effortlessly fits into contemporary and traditional spaces alike. The 3LDVT utilizes a secondary combustion chamber, promoting an even cleaner burn and increasing heat output. With easy-to-use controls and a reliable ignition system, users can ignite warmth at the push of a button.

Each of these Vermont Casting stoves emphasizes reliability, efficiency, and environmental friendliness. They are not just heating appliances; they represent a commitment to sustainable living without compromising on style or comfort. The blend of innovative technologies, including adjustable airflow and secondary combustion systems, positions these models as top choices for anyone looking to enhance their home heating experience with elegance and efficiency.