Desa PCVDR24 RGA Propane/LP Gas Conversion, Burner Inlet Fitting, Changing Pilot Orifice

Page 10

VENTED NATURAL GAS LOGS

INSTALLATION

Continued

2.Attach the pilot gas line to the pilot out- let of the gas control valve and tighten. Connect the thermocouple to the rear of the gas control valve. See Figure 12. Do not overtighten. If using propane/LP gas, see Changing Pilot Orifice, page 11.

3.Install the inlet fitting into the inlet opening of the gas control valve (see Figure 13). Use thread sealant on the male pipe threads.

4.Place the burner pan assembly in the center of the fireplace floor. Make sure the front of pan faces forward.

5.Thread the gas supply fitting to the fire- place gas supply pipe. Adjust to most convenient position.

6.Install the gas connector tube to the gas supply fitting. Carefully shape tube to attach to adapter fitting.

7.Test for leaks following instructions under Testing Burner for Leaks, page 11.

8.Retighten and adjust the location of the gas control as necessary. The gas con- trol should be level, with the control rod to the front.

9.Install cover to burner pan using screws provided.

10.Install thermocouple, pilot, and ignitor onto valve cover as shown in Figure 14. Use the provided screws.

11.Push the control rod extension onto the “D” shaped control rod through the cen- ter hole in the cover (see Figure 14).

12.Install the position decal and control knob making sure to align the marks with the correct stop positions of the gas control. Pilot position will allow the knob to push in about 1/2". Align the decals in the pilot position.

Thermocouple and Line

Pilot and Line

Gas Control Valve

Figure 12 - Gas Control Valve with Ther- mocouple and Pilot

Gas

Connector

Tube

Gas Control

Inlet

Gas Inlet

Opening

Valve

Fitting

 

Figure 13 - Installing Inlet Fitting and Gas Connector Tube

Thermocouple

Screw

Pilot

Ignitor

Control

Rod

Valve Cover

Control Piezo Ignitor

Control Rod

Knob Extension

Figure 14 - Installing Cover, Control Knob, and Piezo Ignitor

Propane/LP Gas Conversion

To convert to propane/LP gas, the burner inlet fitting and pilot orifice must be re- placed. The propane/LP burner inlet fitting is supplied with the orifice installed for a 24" log set.

Burner Inlet Fitting

1.Remove the burner inlet fitting from the burner pan assembly. DO NOT remove the orifice from this fitting. The pro- pane/LP burner inlet fitting is included in the hardware kit (see Figure 15).

2.Be sure to use the correct orifice for your appliance. The hardware kit included with this appliance contains two orifices with a cone-like shape. These should be discarded. The orifice for a 24" logset is already installed inside the fitting.

3.Using thread sealant (resistant to the action of propane/LP gas) on larger end of fitting, screw the burner inlet fitting through hole and into burner manifold. Tighten using a wrench.

4 . Follow steps 1 through 12 under Natu- ral Gas Installation, pages 9 and 10.

Injector for

Injector for

Natural Gas

Propane/LP

 

Gas

NATURAL

PROPANE/

GAS

LP GAS

FITTING

FITTING

 

Figure 15 - Burner Inlet Fittings with Injectors

Burner Inlet

Fitting for

Natural Gas

Figure 16 - Remove Burner Inlet Fitting

Changing Pilot Orifice

The pilot is provided with a natural gas orifice installed. For propane/LP gas you must remove it and replace it with a pro- pane/LP orifice. The hardware kit contains a propane/LP orifice with a red stripe for converting the pilot.

1.Gently loosen and remove the pilot line connection from the bracket (see Figure 17, page 11).

2.Replace the pilot injector (see Figure 17, page 11) with the propane/LP pilot injector with the red stripe.

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Contents What to do if YOU Smell GAS OWNER’S Operation and Installation ManualApproved Safety Information Vented Natural GAS LogsRemote Control Ready Millivolt Safety VALVE/ Pilot KIT Local Codes Unpacking Optional Product FeaturesON/OFF Safety VALVE/ Pilot KIT and PROPANE/LP Conversion Remote Control AccessoriesUnusually Tight Construction AIR for Combustion and VentilationProviding Adequate Ventilation Confined and Unconfined SpaceDetermining FRESH-AIR Flow for Appliance Location AIR for Combustion VentilationDetermining if You Have a Confined or Unconfined Space Building Ventilation AIRVentilation Air From Inside Ventilation Air From OutdoorsVenting Specifications for Installation InstallationFlue Opening Specifications Installing Damper ClampPressure Testing Gas Supply Piping System Connecting to GAS SupplyInstallation Items Needed Checking GAS ConnectionsInstallation and Gas Connection Hearth KIT Assembly and InstallationKit Assembly Natural Gas InstallationBurner Inlet Fitting Propane/LP Gas ConversionChanging Pilot Orifice Installing the Grate and Logs Testing Burner for LeaksAdding PAN Material Operating Appliance To Turn OFF GAS To Appliance TroubleshootingShutting Off Burner Only pilot stays lit Clean pilot see Cleaning and Mainte Top Gas leak. See Warning statement atIllustrated Parts Breakdown Model PCVDR24Parts List KEY Part Number Description QTYAccessories Cleaning and MaintenanceReplacement Parts Parts Centrals FBDKeep this Warranty International

PCVDR24 RGA specifications

Desa PCVDR24 RGA is a cutting-edge device designed to enhance temperature management in residential and commercial spaces. This innovative product stands out in the market thanks to its advanced technology and user-friendly features.

At its core, the PCVDR24 RGA offers precise temperature control, allowing users to maintain their desired comfort levels efficiently. It uses a highly responsive digital thermostat, which ensures accurate readings and minimal temperature fluctuations. This feature not only contributes to user comfort but also promotes energy efficiency, as the system avoids unnecessary heating or cooling cycles.

One of the key features of the Desa PCVDR24 RGA is its robust construction. Designed for durability, this unit is built to withstand varying environmental conditions, making it suitable for both indoor and outdoor applications. The materials used in its construction resist rust and corrosion, ensuring a long lifespan even in harsh climates.

The PCVDR24 RGA also employs advanced airflow technology, which facilitates even distribution of heated or cooled air. This ensures that every corner of the room reaches the desired temperature without hot or cold spots, significantly enhancing comfort levels for occupants.

Furthermore, the device is equipped with programmable settings, allowing users to tailor temperature schedules based on their daily routines. This smart feature not only enhances user convenience but also contributes to energy savings, as homeowners and business operators can adjust the heating and cooling cycles to operate according to their specific needs.

Additionally, the Desa PCVDR24 RGA comes with a built-in safety mechanism designed to prevent overheating. This greatly reduces the risk of potential accidents, ensuring a safe environment for all users.

In terms of energy efficiency, the PCVDR24 RGA is designed to meet rigorous industry standards, making it an environmentally friendly choice. Users can expect a reduction in energy bills due to its efficient operation, which is increasingly important in today’s eco-conscious society.

In summary, the Desa PCVDR24 RGA combines advanced technology, robust construction, and user-friendly features to provide a reliable solution for temperature management. Its precise control, even airflow distribution, programmable settings, and safety features make it an attractive option for anyone looking to improve comfort and energy efficiency in their space.
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