INSTALLATION

Continued

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:

15

CAUTION:Theglasspanelsbecomeveryhotwhilethe appliance is operating. Do not attempt to adjust or clean the glass doors until the appliance has fully cooled.

The doors may be removed for replacement or cleaning as follows:

1.Partially open the door and press up on the upper spring clip with a screw driver until the outer top pivot pin is free of the clip.

2.Fully fold the frame assembly and slide the upper edge towards the center of the firebox opening until the guide pins are free of the frame rail (see Figure 37).

CAUTION: Always operate the appliance with the doors either fully opened or fully closed. Operating the appliance with the doors partially open can result in improper venting of flue products.

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, insert 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 firebox

 

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).

Spring Clip

Side Front

Face

Partially

Opened

Door

Hold-Down Screw

5.

Once the top and bottom pins are secured, unfold the door into

 

the closed position.

6.

Repeat the process for the opposite door assembly.

7.

To adjust the doors, slide them partially open. Using a screw-

Figure 36 - Adjusting Glass Doors

Spring Clip

 

driver, loosen the hold-down screws in the spring clip (see

 

Figure 36) and pivot plate.

8.

Close both doors until evenly joined at the middle and note the

 

gap at the outer edges of the face.

9.

Reopen one door at a time and retighten the upper and lower

 

hold-down screws.

10.

Repeat the process until both doors are evenly joined, spaced

 

and working freely.

Fold Bi-Fold Door

After Releasing

Spring Clip and

Slide Door Out of

Upper Track

Depress Spring

Clip to Release

Pivot Pin

Remove Bottom

Pin From Pivot

Plate While Sliding

Door Out of the

Upper Track

 

Spring

Slide Top

Clip

 

 

 

Pin Into

 

 

Door Track

Insert Pin

Into

 

 

Spring Clip

Pivot Plate

Figure 37 - Removing Glass Doors

OPENING VENT DAMPER

Vent damper must be locked in the full open position before operating the fireplace. If vent damper is not open, fireplace will not light.

Insert Bottom

Pivot Pin

Into Pivot

Plate and

Swing Door

Into Vertical

Position

Pivot Plate

 

VENT DAMPER MUST BE LOCKED

 

 

IN THE FULL OPEN POSITION

 

OPEN

TO OPERATE THE APPLIANCE

CLOSE

 

Figure 35 - Installing Optional Glass Door

Figure 38 - Opening Vent Damper

For more information, visit www.desatech.com

108795-01M

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Desa H) AND VM42P(B, H) AND VM42(B, VM36P Installing Optional Glass Door Accessory, Opening Vent Damper

VM36P, H) AND VM42(B, M42P, H) AND VM42P(B, M36P specifications

Desa H), M36P, H) and VM42P(B, M42P, H) and VM42(B are notable entities in the realm of technological solutions, particularly in the fields of engineering and manufacturing. These designations often pertain to advanced machine models or systems that incorporate various characteristics tailored for specific industrial applications.

The Desa H) series is recognized for its robust performance in industrial settings. It typically features enhanced efficiency and durability, making it suitable for rigorous operational environments. The key technologies integrated into the Desa H) models include high-performance motors and precision control systems that ensure optimal functionality. In particular, these systems are designed to minimize energy consumption while maximizing output across diverse applications.

Meanwhile, the M36P and its variants, including the M36P,H), are engineered with versatility in mind. They are equipped with modular components that allow for easy customization based on user requirements. This adaptability is a significant advantage, as it enables operators to modify the system to suit various tasks without extensive reconfiguration. Noteworthy features of the M36P series include advanced user interfaces that facilitate ease of operation and monitoring.

The VM42P(B, M42P, H) series takes innovation a step further by integrating state-of-the-art automation technologies. With features like smart sensors and AI-driven analytics, the VM42 models provide unprecedented levels of precision and reliability. These technologies enable predictive maintenance, allowing users to anticipate potential issues before they arise, thus reducing downtime and operational costs. The VM42(B) variant is particularly appreciated for its high throughput capabilities, making it ideal for mass production settings.

All models share common characteristics such as rugged construction, user-friendly interfaces, and compliance with international safety standards. Additionally, they are designed for scalability, which ensures that businesses can expand their operations with ease as demand grows. Enhanced connectivity options and IoT integration further allow for real-time data analysis and remote monitoring, fostering smarter production environments.

In summary, the Desa H), M36P, H) and VM42P(B, M42P, H) and VM42(B series represent a fusion of innovative engineering and practical application. Each model’s distinct features cater to a broad range of industrial needs, making them indispensable tools in modern manufacturing and engineering landscapes. Through their commitment to efficiency, adaptability, and intelligent technology, these systems pave the way for enhanced productivity and sustainability in various sectors.