Manuals / Desa / Household Appliance / Indoor Fireplace

Desa (V)VC36NE Installing Brick Liner Models BL36DASA and BL36DHASA, Wall Switch Installation

Models: (V)VC36NE (V)VC36PE

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FIREPLACE INSTALLATION

Installing Optional Brick Liner Models BL36DA(SA) and BL36DHA(SA)

Wall Switch Installation

Optional Remote Control Installation

FIREPLACE INSTALLATION

Continued

INSTALLING BRICK LINER MODELS BL36DA(SA) AND BL36DHA(SA)

WARNING: If fireplace has been running, turn off and unplug fireplace. Let cool before installing brick liner.

You may purchase brick liner from your local retailer or see Ac- cessories, page 34.

CAUTION: Always handle brick panels with two hands. Do not force brick panels into place. Exces- sive force will break brick panels.

1.Remove top and bottom louvers to allow access to door latches.

2.Unlock door latches and open glass door. See Removing Glass Door, steps 1 and 2, page 21.

3.Carefully remove lava rock and ember material. Remove log/ grate assembly by unscrewing grate from plenum. The two logs under the grate are attached to burner. DO NOT attempt to remove.

4.Remove screws that attach plenum to burner to remove plenum.

5.Remove three screws from deflector shield on the inside top of firebox. Set shield and screws aside.

6.Install rear brick panel first. Rest bottom edge of panel on back edge of burner assembly (see Figure 39).

7.Install left side brick panel by sliding it between the burner assembly and the side of the firebox (see Figure 39).

8.Install the right brick panel using the same method described in step 6 for left brick panel.

9.Replace deflector shield using screws removed in step 4.

10.Using scews removed in step 4, replace plenum and attach to burner.

11.Using screws removed in step 3, replace log/grate assembly. Be care- ful when replacing log/grate assembly not to chip logs on burner.

12.Install lava rock and glowing embers. See Installing Lava Rock and Glowing Embers, page 21.

13.Close glass door and lock latches on top and bottom of door and replace screen. See Removing Glass Door, steps 5 and 6, page 21.

14.Close top and bottom louvers.

WALL SWITCH INSTALLATION

The installation of a wall switch allows you to activate the gas control valve and turn the fireplace on and off. The wall switch is to be connected to the incoming 120 volt regular household wiring that supplies the electricity to the fireplace.

OPTIONAL REMOTE CONTROL

INSTALLATION (Model WRC)

Note: If using optional wireless hand-held remote control, the wall switchmustbeintheONpositiontobeoperational.Theremotecontrol then becomes the switching mechanism for fireplace operation.

1.Open lower louver panel.

2.The WRC model receiver does not require a battery. The receiver can be installed by first plugging the short extension cord into the fireplace receptacle. Then plug the receiver unit into the extension cord. Finally plug the ignition module plug into the receiver unit (see Figure 40).

3.Activate the remote handset battery by removing the insulating tab on the back of the handset (see Figure 41). The battery is included pre-installed.

4.Once the battery is activated the unit is ready to use.

5.Close lower louver panel.

Fireplace

Remote Control

Receptacle

 

Receiver

Left Side

Brick Panel

Rear Brick

Panel

Figure 39 - Installing Rear Brick Panel

Extension Cord

 

Ignition

 

 

 

 

Module Plug

Figure 40 - Installing the WRC Remote Receiver

 

Battery Cover

 

 

12 Volt Battery

 

 

Back of

Pull to Remove

 

Handset

 

Insulation Tab

 

 

Figure 41 - Installing Battery into Back of Handset

www.desatech.com

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Desa (V)VC36NE Installing Brick Liner Models BL36DASA and BL36DHASA, Wall Switch Installation, Optional Remote Control
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(V)VC36NE, (V)VC36PE specifications

Desa (V)VC36NE and (V)VC36PE are advanced probe technology designed for precise diagnostic and measurement applications in various industries, including manufacturing, automotive, and healthcare. These models are representative of Desa's commitment to innovation and excellence in engineering, providing users with essential features and cutting-edge technologies.

One of the main features of the (V)VC36NE model is its enhanced resolution, allowing for accurate data collection even in the most challenging environments. This high-resolution capability makes it ideal for detailed inspections and quality control, ensuring that manufacturers can meet stringent performance standards. Meanwhile, the (V)VC36PE model is equipped with a user-friendly interface that simplifies data interpretation, making it accessible to operators with varying levels of technical expertise.

Both models utilize advanced sensing technologies, including capacitive and resistive sensing, enabling them to capture real-time data with exceptional precision. This technology effectively reduces the margin for error, which is critical in applications where even minor discrepancies can lead to significant consequences. Furthermore, the integration of wireless communication in these models allows for seamless data transmission, enhancing connectivity and facilitating remote monitoring capabilities.

Another characteristic that sets Desa's (V)VC36NE and (V)VC36PE apart is their durability. Constructed with high-grade materials, they are designed to withstand harsh operating conditions, ensuring longevity and reliability. This robustness means that users can depend on these probes for consistent performance over time, reducing downtime and maintenance costs.

The versatility of the (V)VC36NE and (V)VC36PE models is another notable advantage. They are compatible with a broad range of accessories and can be easily integrated into existing systems, making them suitable for various applications across different sectors. Whether for industrial automation or healthcare diagnostics, these models provide excellent adaptability.

In conclusion, Desa’s (V)VC36NE and (V)VC36PE probes exemplify the brand's focus on delivering high-performance, reliable, and user-centric diagnostic solutions. Their advanced features, including high resolution, durable construction, and versatile compatibility, make them invaluable tools in modern industries, enhancing productivity and efficiency while ensuring high-quality outcomes.