Desa VMH26PR To Turn OFF GAS To Appliance, Manual Lighting Procedure, Optional Remote Operation

Page 19

OWNER’S MANUAL

OPERATING

FIREPLACE

Continued

Pilot Burner

Ignitor

Electrode

Figure 36 - Pilot

TO TURN OFF GAS

TO APPLIANCE

Shutting Off Heater

1.Turn control knob clockwise to the OFF position.

2a. Set selector switch in the OFF position.

2b. If Using Optional Hand-Held Re- mote: Set selector switch in the OFF position to keep from draining battery.

Shutting Off Burner Only (pilot stays lit)

You may shut off the burner and keep the pilot lit by doing one of the following:

Turn control knob clockwise to the PILOT position.

Use remote control manual OFF button.

Set selector switch in the OFF position.

MANUAL LIGHTING

PROCEDURE

1.

Follow steps 1 through 6 under Light-

 

ing Instructions, page 18.

2.

Depress control knob and light pilot

OPTIONAL REMOTE

OPERATION

Note: All remote control accessories must be purchased separately (see Accessories, pages 26 and 27). Follow installation in- structions on page 16 of this manual.

Thermostat Control Operation

(Optional GHRCT Only) The thermostat control setting on the remote control unit can be set to any comfort level between HI and LO. The burner will turn on and off automatically to maintain the comfort level you select. The ideal comfort setting will vary by household depending upon the amount of space to be heated, the output of the central heating system, etc.

For wall thermostat operation, follow in- struction supplied with thermostat acces- sory GWMT1. For wall switch operation follow instructions supplied with GWMS2.

NOTICE: You must light the pilot before using the hand-held re- mote control unit. See Lighting Instructions on page 18.

1.After lighting, let pilot flame burn for about one minute. Turn control knob to ON position. Adjust flame adjust- ment knob anywhere between HI and LO. Slide the selector switch to the REMOTE position. Note: The burner may light if hand-held remote ON button was on when selector switch was last turned off. You can now turn the burner on and off with the hand-held remote control unit.

IMPORTANT: Do not leave the se- lector switch in the REMOTE posi- tion when the pilot is not lit. This will drain the battery.

IMPORTANT: Be sure to press the ON/OFF buttons on the hand held remote control unit for up to 3 sec- onds to assure proper operation.

GHRC Series Operation:

2a. Press the ON/OFF button to turn the burner on and off. When turning burner off, the pilot will remain lit.

GHRCT Series Operation:

2b. Select the MAN (manual) or AUTO button on the hand-held remote con- trol unit (see Figure 38, page 20)

In manual mode, turn burner on or off by pressing the ON or OFF buttons on the hand-held remote control unit.

In auto mode, the room tempera- ture is controlled by the thermo- stat in the hand-held remote con- trol unit. To increase the room tem- perature, press the top arrow of the TEMP button. To lower the room temperature, press the bottom ar- row of the TEMP button. At higher settings the heater will run more.

IMPORTANT: This remote control has been specially engineered to take an air temperature sample every 5.5 minutes in the auto mode. It will not respond immediately to the tempera- ture setting being turned up or down.

with match.

3. Keep control knob pressed in for 30

seconds after lighting pilot. After 30

seconds, release control knob. Now

follow steps 9 through 11, page 18.

 

Control Knob

 

Flame Adjustment Knob

 

 

 

 

REMOTE

 

 

 

OL

N

 

 

 

OFF

 

 

 

O

 

F O

 

ON

T

 

 

 

O

 

F

 

 

L

 

HI

 

 

IP

 

Selector Switch in Remote

Position (Optional Remote Control)

Figure 37 - Setting the Selector Switch, Control Knob, and Flame Adjustment Knob for Remote Operation

Continued

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Image 19
Contents What to do if YOU Smell GAS VENT-FREE PROPANE/LP GASCompact Classic Hearth Fireplace Safety InformationLocal Codes Product FeaturesRemote Control Accessories Product IdentificationAssembling Hood AssemblyInstalling Log Assembling FireplaceConfined and Unconfined Space AIR for Combustion and VentilationProviding Adequate Ventilation Unusually Tight ConstructionDetermining FRESH-AIR Flow for Fireplace Location AIR for Combustion VentilationDetermining if You Have a Confined or Unconfined Space Ventilation Air From Inside Building Ventilation AIRVentilation Air From Outdoors Locating Fireplace InstallationInstallation Items Check GAS TypeRough Opening for Installing in Wall BUILT-IN Fireplace InstallationMantel Clearances for Built-In Installation Optional Mantel InstallationAssembling Brass Trim Brass trim shipped with mantel Removing Upper Louver Assembly Installing Blower Accessory GA3400TInstalling Blower Assembly Test to make sure the blower is work- ing properly For Built-In InstallationExtension Cord Connecting to GAS SupplyAttaching Wood Base to Solid Floor Installation Items Needed Connecting Fireplace to GAS SupplyPressure Testing Gas Supply Piping System Pressure Testing Fireplace Gas ConnectionsChecking GAS Connections Optional Wall Mounted Thermostat GWMT1 Optional Wireless HAND- Held Remote Control AccessoriesInstalling Receiver Installing 9-Volt Battery in Hand- Held Remote Control UnitRoute the 25 ft. wire to a convenient Optional Wall Switch GWMS2Operating Fireplace For Your Safety Read Before LightingLighting Instructions To Turn OFF GAS To Appliance Manual Lighting ProcedureOptional Remote Operation Operating Blower GWMS2 Wall Mounted Switch OptionalOPERATINGGWMT1 Wall Fireplace OptionalPilot Flame Pattern Inspecting BurnersBurner Flame Pattern Observed Problem Possible Cause TroubleshootingObserved Problem Possible Cause Remedy Gas leak. See Warning statement at Wiring Diagram Cleaning and MaintenanceService Hints Technical ServiceAccessories Replacement Parts SpecificationsVMH26PR4 Illustrated Parts BreakdownVMH26PR Parts ListInternational Warranty Information

VMH26PR specifications

Desa VMH26PR is a cutting-edge horizontal multistage pump designed for a variety of applications, primarily in industrial and municipal sectors. Its robust construction delivers excellent performance and reliability, making it a preferred choice for demanding environments.

One of the primary features of the VMH26PR is its versatile design. Engineered for efficiency, it is capable of handling a wide range of fluids, including clean water, chemicals, and other industrial liquids. This pump is particularly known for its ability to operate under high-pressure conditions while maintaining a low energy consumption rate, which is a significant advantage in terms of operational costs.

The VMH26PR incorporates advanced hydraulic technologies, which enhance both performance and efficiency. The multistage configuration allows for higher pressure generation, making it ideal for applications that require elevated discharge pressures. Each stage is meticulously designed to optimize flow, reducing turbulence and maximizing throughput. This results in improved overall system efficiency and longevity of the pump.

In terms of materials, the VMH26PR offers various casing options tailored to the specific needs of the application, including stainless steel and cast iron. These materials provide excellent resistance to corrosion and wear, ensuring durability even in harsh environments. Additionally, the pump features mechanical seals designed to minimize leakage and enhance reliability.

Another significant technological aspect of the VMH26PR is its modular design. This allows for easy maintenance and component replacement, reducing downtime and service costs. Users can easily access vital parts without disassembling the entire unit, which is a considerable advantage for operation in critical settings.

Moreover, the Desa VMH26PR is equipped with a range of monitoring and control options, enabling seamless integration into automated processes. This feature enhances operational efficiency, allowing operators to monitor performance parameters in real-time and make data-driven decisions to optimize performance.

Overall, the Desa VMH26PR stands out with its combination of efficiency, durability, and ease of maintenance, making it an ideal solution for various fluid handling tasks across different industries. Its ability to adapt to specific requirements and conditions ensures it will meet the diverse needs of modern applications effectively.