Desa M36, VM42 installation manual Selecting Location, PRE-INSTALLATION Preparation, Clearances

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SELECTING LOCATION PRE-INSTALLATION PREPARATION

Clearances

SELECTING LOCATION

To determine the safest and most efficient location for your appli- ance, you must take into consideration the following guidelines:

1.The location must allow for proper clearances (see Clearances, next column).

2.Consider a location where heat output would not be affected by drafts, air conditioning ducts, windows, or doors.

3.A location that avoids the cutting of joists or roof rafters will make installation easier. Figure 2 shows a plan view of a few common locations.

Flush installations are recommended where living space is limited or at a premium, and since the space required to enclose the appliance would be located beyond an outside wall, this would also reduce the cutting of joists, roof rafters, and such. Check local codes for any restrictions.

PRE-INSTALLATION

PREPARATION

CLEARANCES

Minimum clearances to combustibles are:

 

Back and Sides of Outer Surround

0" min.

Drywall to Sides of Front Face (Nailing Flanges) ... 0" min.

“B” Vent Surfaces

1" min.

Ceiling to Opening

42" min.

Floor

0" min.

Perpendicular Wall

See Figure 6, page 7

CAUTION: Do not block required air spaces with insulation or any other material. Do not obstruct effective opening of appliance with any type of facing material.

Projected installations can extend any distance into the room. A projection may be ideal for a new addition on an existing, finished wall.

Corner installations make use of space that may not normally be used and provides a wider and more efficient range for radiant heat

Back

2 x 4 Stud

Nailing

Flange

transference.

Internal wall installations provide a discreet option for room separation and can also be ideal as an addition to an existing wall.

0" Clearance

Left Side

Surround

0"

 

CORNER

 

 

INTERNAL WALL

INSTALLATION

Front Face

Drywall

INSTALLATION

 

 

 

 

 

 

Figure 3 - Minimum Clearances (Top View)

 

 

1" (25mm) Min.

 

 

Clearance to

 

 

"B" Vent’s Outer Pipe

FULL

FLUSH

Ceiling

 

INSTALLATION

 

 

PROJECTION

 

 

 

42" (1067mm)

 

INSTALLATION

 

 

 

Min. Clearance

Maintain 2" (51mm) Min.

 

 

from Opening to

Clearance to the Transition

 

 

Ceiling

Pipe as Measured at the

 

 

0" Clearance

Outer Vent Collar

Figure 2 - Possible Locations for Installing Appliance

*

*

*

DO NOT BLOCK

OR OBSTRUCT

OPENINGS

0" Clearance to Combustible or Noncombustible Flooring

*Required Air Spaces are Indicated with

an "*". Do Not Pack with Insulation or Any Other Material

Figure 4 - Minimum Clearances (Front View)

For morevisit www..com

108795-01E

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Contents Natural GAS For Your SafetyVent Decorative GAS Fireplace What to do if YOU Smell GASTable of Contents Safety InformationUnpacking Introduction Before YOU BeginM36B,H/VM36B,H M42B,H/VM42B,H Product Specifications ModelPRE-INSTALLATION Preparation Selecting LocationClearances VM36B,H VM42B,H Mantel Clearances and Wall DetailsM36B,H M42B,H M36B,H M42B,H VM36B,H VM42B,HInstalling Transition Pipe and Starter Collar FramingVenting Installation Typical B-Vent ConfigurationChecking for Proper Venting Min Roof PitchOptional Wireless HAND-HELD Remote Control Installation InstallationWall Switch Installation Installing ReceiverInstalling 9-Volt Battery in Hand-Held Remote Control Unit GAS Line HOOK-UPEmber and PAN Material Placement OvertightenLOG Placement for M36/VM36 Models Installing Logs 3LOG Placement for M42/VM42 Models Rest the lower part of log 5 on the log 4 and onInstalling Optional Glass Door Accessory Combustion AIR KIT Model AK4 OptionalAppliance Enclosure Opening Vent Damper Removing Glass DoorsLighting Instructions For Your Safety Read Before LightingOperating Fireplace To Turn OFF GAS to ApplianceOptional HAND-HELD Remote Operation Pilot AssemblyInspecting Burners Burner Flame PatternCleaning Maintenance Technical Service Wiring DiagramService Hints Replacement Parts Troubleshooting Observed Problem Possible Cause RemedyTroubleshooting Top Gas leak. See Warning statement atIllustrated Parts Breakdown VM42B,H ModelsParts List Description QTYLogs for M36B,H, M42B,H, VM36B,H and VM42B,H Models Logset for M36B, H/VM36B, H ModelsLogset for M42B, H/VM42B, H Models Accessories Warranty Information

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.