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INSTALLATION

Combustion Air Kit Model AK4 (Optional)

Appliance Enclosure

Installing Optional Glass Door Accessory

INSTALLATION

Continued

COMBUSTION AIR KIT MODEL AK4 (OPTIONAL)

The outside air kit may be installed on the left side of the fireplace only. The vent can be installed through the outside wall or a ventilated crawl space. The handle to operate the damper door for the outside air inlet will be located inside the left “screen pocket” of the firebox (see Figure 33). Pull the handle to open or push to close.

CAUTION: Air inlet ducts are not to terminate in attic space.

Screen Pocket

Air Kit

Handle

Figure 33 - Air Kit Handle Location

APPLIANCE ENCLOSURE

Before finishing the enclosure around the appliance, inspect all joints around the outer surround. Any gaps between the nailing flanges and the framing should be sealed with noncombustible insulation or caulking.

If the appliance is mounted on a raised platform, it must be a continuous surface and not on blocks without a solid surface. This will prevent the entry of cold air by means of conduction through the total bottom of the appliance. (see Figure 34).

Side

 

 

Side

Framing

 

 

Framing

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Caulk Here

Pack Insulation

Figure 34 - Sealing Between Appliance and Framing

INSTALLING OPTIONAL GLASS DOOR ACCESSORY

CAUTION: Use only glass doors certified for use with this appliance.

Note: Glass door may be heavy for some individuals. If this is the case, please request help from someone else.

The M36, VM36, M42 and VM42 B-vent fireplaces are approved for use with optional bi-fold glass doors (see Accessories, page 27). The glass panels may be ordered and installed anytime after the fireplace installation is complete.

Follow these steps to install left and right panels:

1.With the handle at the bottom, completely fold the panel on its hinges.

2.With the handle facing the center of the firebox opening, in- sert the lower pivot pin on the glass door panel into the hole in pivot plate on the bottom edge of the fireplace opening (see Figure 35).

3.Keeping the folded door tilted, slide the upper two pins into the guide track found under the upper facial edge of the fire- box opening.

4.Tilt the glass assembly fully vertical until the outer pivot pin snaps into the mounting hole in the upper spring clip (see Figure 35).

Slide Top PinSpring Clip

Into Door Track

Insert Pin Into

Spring Clip

Insert Bottom

Pivot Pin Into

Pivot Plate and

Swing Door Into

Vertical Position

Pivot Plate

Figure 35 - Installing Optional Glass Door

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Desa M36, VM42 Combustion AIR KIT Model AK4 Optional, Appliance Enclosure, Installing Optional Glass Door Accessory
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M36, VM42 specifications

Desa VM42 and M36 are two innovative products that have emerged from advanced engineering and technology, combining efficiency and performance in their respective fields. These machines are known for their unique features and characteristics that set them apart in the marketplace.

Desa VM42 is engineered for versatility and efficiency, making it an optimal choice for various applications. Its standout feature is its user-friendly interface, which allows operators to quickly adapt to using the machine, reducing the learning curve significantly. The VM42 is equipped with state-of-the-art automation technology, which facilitates precision engineering and minimal human error. This machine also boasts advanced thermal management systems that ensure consistent operation even under high loads, extending its lifespan and maintenance intervals.

On the other hand, the M36 model primarily emphasizes robust durability and power. The M36 comes with a heavy-duty chassis and is built to withstand harsh operating conditions, making it ideal for heavy industrial tasks. Its design includes high-strength materials and reinforced structural components, ensuring resilience against wear and tear. The M36 is equipped with a powerful engine that boosts productivity while maintaining fuel efficiency, a crucial aspect for reducing operational costs.

Both models leverage cutting-edge technologies such as IoT connectivity. This feature allows real-time monitoring and analysis of machine performance, making it easier for operators to handle maintenance proactively. Furthermore, the integration of smart sensors enhances safety by alerting users about potential issues before they escalate.

In terms of customization, Desa provides various options for both the VM42 and M36, allowing users to tailor specifications based on their specific needs. This flexibility ensures that customers can maximize the utility of these machines according to their operational requirements.

Another notable characteristic of both models is their environmental consciousness. Designed with eco-friendly technologies, they help in minimizing emissions and energy consumption. This aligns well with contemporary demands for sustainable practices in industrial operations.

In summary, Desa VM42 and M36 represent the pinnacle of modern engineering, combining user-friendly interfaces, robust designs, and innovative technologies to deliver exceptional performance in various applications. These machines not only enhance productivity but also support sustainable operational practices, making them leaders in their fields.
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