Product Features

Continued

This fireplace does not require electricity to operate.

Only the blower requires electricity if installed and if you plan to install the blower at a later date, do not forget to wire the outlet at the bot- tom of the fireplace when framing.

A piezo ignitor and ceramic electrode create spark to ignite the pilot light. It does not require any matches, batteries or any other sources of ignition to light the pilot.

Each time you turn on your fireplace, you may notice some amount of condensation on the inside of the fireplace glass. This is normal and will disappear after 10-20 minutes of opera- tion.

Your direct-vent gas fireplace system (fireplace and venting) is a balanced and sealed gas op- erating unit. It requires approximately 10-20 minutes of operating time before the flame pattern stabilizes.

Pre-Installation

Preparation

Location and space requirements

Determine the safest and most efficient location for your DESA direct-vent fireplace. Make sure that rafters and wall studs are not in the way of the venting system. Choose a location where the heat output is not affected by drafts, air conditioning ducts, windows or doors. Figure 2 shows some common locations. Be aware of all restrictions and precautions before deciding the exact location for your fireplace and termination cap.

When deciding the location of your fireplace, follow these rules:

Do not connect this fireplace venting to a chim- ney flue serving a separate solid-fuel burning fireplace or appliance.

Due to high temperatures, do not locate this fireplace in high traffic areas, windy or drafty areas or near furniture or draperies.

Proper clearances must be maintained.

If your fireplace is to be installed directly on carpeting, vinyl tile or any combustible mate- rial other than wood, it must be installed on a metal or wood panel extending the full width and depth of the fireplace. See Figure 3.

Your fireplace is designed to be used in zero clear- ance installations. Wall or framing material can be placed directly against any exterior surface on the back, sides or top of your fireplace, except where standoff spacers are integrally attached. If standoff spacers are attached to your fireplace, these spac- ers can be placed directly against wall or framing material. See framing details on page 6.

If you plan on installing a television or enter- tainment center recessed above your fireplace, it is recommended that you maintain a minimum 18" above top of louver opening.

When locating termination cap, it is important to observe the minimum clearances shown in Figure 7, page 7.

If recessing into a wall, you can avoid extra framing by positioning your fireplace against an already existing framing member.

Do not recess termination cap into a wall or siding.

You may paint the termination cap with 450º F (232º C) heat-resistant paint to coordinate with the exterior finish.

There must not be any obstruction such as bushes, garden sheds, fences, decks or utility buildings within 24" from the front of the termination cap.

Do not locate termination cap where excessive snow or ice build up may occur. Be sure to clear vent termination area after snow falls to prevent accidental blockage of venting system. When using snow blowers, do not direct snow towards vent termination area.

Flush with a wall

Through exterior wall enclosed in a chase

Corner installation

Figure 2 - Common Fireplace Locations

22 1/2"

16 5/8"

34 3/8"

Figure 3 - Fireplace Bottom Dimensions

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Desa (V)T32P SERIES Pre-Installation Preparation, Location and space requirements, Proper clearances must be maintained

(V)T32N SERIES, (V)T32P SERIES specifications

Desa (V)T32P and (V)T32N Series are cutting-edge technological offerings from Desa, known for their precision and reliability in high-performance applications. These series are designed to meet the evolving needs of engineers and manufacturers in various sectors, including automotive, aerospace, and industrial automation. Both series boast an impressive array of features that enhance functionality, efficiency, and safety.

One of the main features of the (V)T32P Series is its advanced processing capabilities. These models come equipped with powerful processors that enable rapid data handling and processing. This makes them ideal for applications that require real-time monitoring and control. Additionally, the series supports a wide range of input and output options, allowing seamless integration into diverse systems.

The (V)T32N Series, on the other hand, focuses on connectivity and data communication. These models incorporate state-of-the-art networking technologies, including Ethernet, Wi-Fi, and various industrial communication protocols. This enables easy integration into existing networks, promoting collaborative environments where information can be shared quickly and securely. The series also features enhanced security protocols to safeguard sensitive data against cyber threats.

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Another significant characteristic of both the (V)T32P and (V)T32N Series is their user-friendly interfaces. With intuitive controls and clear display options, users can easily navigate through settings and configurations, ensuring quick adaptation and efficient operation. This ease of use is further complemented by comprehensive documentation and support resources provided by Desa, ensuring that users can maximize the capabilities of their systems.

In summary, the Desa (V)T32P and (V)T32N Series represent a leap forward in technology for professionals seeking reliable, efficient, and user-friendly solutions. Their powerful processing capabilities, advanced connectivity options, durability, and ease of use make them ideal choices for a variety of applications, ensuring that users are well-equipped to tackle the challenges of modern engineering and manufacturing.