Amana VR8205 Termination More Than 10 Feet From Ridge Wall or Parapet, Check 4 Debris in Cleanout

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More than 10'

3' Min.

CHECK 4 - DEBRIS IN CLEANOUT

A cleanout (dropleg) must be present such that the upper edge of the cleanout cover is at least 12 inches below the lower edge of the lowest chimney inlet opening.

A chimney without a cleanout could become partially blocked by debris. If no cleanout is present, the chimney must be refined (Fix 4).

Wall or Parapet

Ridge

NOTE: No Height above parapet required when distance from walls or parapet is more than 10 feet.

More than 10'

10"

2' Min.

Chimney

Chimney

Height above any roof surface within 10 feet horizontally.

3' Min.

Remove the cleanout cover, and examine the cleanout for debris. If significant amounts of any of the following are found:

Fuel oil residue

Bricks

Mortar or sand

Pieces of the tile liner

Rusted pieces of the metallic liner reline the chimney (Fix 4).

CHECK 5 - LINER CONDITION.

If a metal liner is present, it must be checked. It cannot be assumed that all existing metal liners are correctly installed and in good condition.

Remove the lowest existing vent connector, and examine the inside of the elbow or tee at the base of the liner. A small amount of soot may be considered acceptable, provided

Figure 10

Termination More Than 10 Feet From Ridge,

Wall or Parapet

CHECK 2 - ANY SOLID OR LIQUID FUEL APPLIANCES VENTED INTO THIS CHIMNEY CHANNEL

Solid fuel appliances include fireplaces, wood stoves, coal furnaces, and incinerators.

Liquid fuel appliances include oil furnaces, oil-fired boilers and oil-fired water heaters.

Appliances which burn propane (sometimes referred to as LP (liquefied petroleum)) gas are considered gas-fired appliances.

CHECK 3 - CHIMNEY CROWN CONDITION.

Damage from condensate usually shows up first in the crown. If any of the following trouble signs are present, the condition of the crown is not satisfactory:

a)Crown leaning

b)Bricks missing

c)Mortar missing

d)Tile liner cracked

e)No tile liner

f)Salt staining at mortar pints. (White stains, and mortar becomes sandy and/or erodes.)

For problems a, b, or c, see Fix 3. If problems d, e, or f are present, see Fix 4. IMPORTANT: It may be necessary to follow both Fix 3 and Fix 4.

the installer vacuums it away. If rusted pieces of the liner have collected here, the metal liner must be removed and replaced (Fix 4).

Next, gently tap the inside of the liner with a phillips screwdriver. If the screwdriver perforates the liner, or if the tapping does not sound like metal hitting metal, the liner must be removed and replaced (Fix 4).

Remember that all appliances must be vented inside the liner. Venting one appliance inside the liner and another appliance outside the liner is not acceptable.

Next, use a flashlight and small mirror to sight up the liner. B vent must be supported so as to not come into direct contact with the chimney walls or tile liner. If it is not, it can probably be rehung so as to be acceptable. A thimble or fire stop may be helpful here.

Flexible liners should be hung straight or nearly straight. If it is spiraled in the chimney and in good condition, it should be rehung. To do this, break the top seal; pull up and cut off the excess liner length, and refit the top seal. Use caution when doing this, as the cut edges of flexible liners may be sharp.

The surfaces of the liner must be physically sound. If gaps or holes are present, the metal liner must be removed and replaced (Fix 4).

Finally, confirm that the metallic liner is the correct size for the appliances to be installed. Use the GAMA tables and rules.

If a metal liner is not present, a clay tile liner must be present, or the chimney must be lined (Fix 4).

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Contents Installation Instructions Table of ContentsTo The Installer To The OwnerSafety and Unit Location Additional Safety ConsiderationsII. General Information III. Air RequirementsPage IV. Category I Venting Vertical Venting Specially Engineered InstallationsLouvers and Grilles Upflow Rotated Induced Draft Blower Counterflow Rotated Induced Draft BlowerMasonry Chimneys Blower AssemblyTypical Multiple Flue Clay Tile Chimney Termination 10 Feet Or Less From Ridge Wall or Parapet Checklist SummaryCheck 1 Proper Chimney Termination Check 5 Liner Condition Check 4 Debris in CleanoutTermination More Than 10 Feet From Ridge Wall or Parapet Check 3 Chimney Crown ConditionFIX 1 Liner Termination Check 7 Complete the InstallationCheck 6 Dilution AIR FIX 2 -CHANGE Venting ArrangementsVI. Gas Piping GAS PipingGas Inlet Through Furnace Right Side Upflow InstallationsGeneral Furnace Layout Gas Inlet Through Furnace Bottom Side UpflowCounterflow Installations Gas Inlet Through Right Side CounterflowChecking GAS Piping Propane Gas Installation TypPropane GAS Piping Charts Tanks and Piping Propane GAS UnitsJunction Box Left Side VIl. Electrical WiringTypical Field Wiring VAC Control Circuit Junction BoxTerminals Heating Fan Off AdjustmentsLow Voltage AIR Circulation Blower FAN TimingVIlI. Circulating Air and Filters Line Voltage Connection for AccessoriesHeat Anticipator Setting Control ModuleBottom Return Filter Sizes Return Air Plenum InstallationUpflow/Horizontal Furnaces Furnace Mounted Filter RackLight Signal Operation Number Integrated Ignition Control Diagnostic Signal ChartTiming Chart for Normal Cooling Operation Refer to AbnormalIX. Sequence of Operation Integrated Ignition Control Start-Up, Adjustments, and ChecksCounterflow Furnaces Left To Right Installation Right To Left InstallationRollout Protection Device Auxiliary Limit Control Figure Auxiliary Limit ControlBurner BOX Abnormal Operation Integrated Ignition ControlRobertshaw Model Gas ValvesHoneywell Model VR-8205 White Rodgers Model 36E36 Operating InstructionsWhite Rodgers Model 36E22 Measuring Inlet Gas Pressure Alternate MethodHigh Limit Control AIR Filter XI. MaintenanceFilter Removal AIR Filter Upflow FurnacesFurnace mounted Filter Rack Counterflow Burners Cleaning of Burners Qualified Servicer onlyBurner Flame General Information

VR8205 specifications

The Amana VR8205 is a robust and innovative gas valve designed for use in a variety of heating applications, particularly in residential and commercial HVAC systems. This versatile valve offers a combination of advanced technologies and user-friendly features, making it a popular choice among HVAC professionals and system installers alike.

One of the key features of the Amana VR8205 is its two-stage operation, allowing for precise control of gas flow. The dual-stage design enables the valve to modulate the gas supply based on the heating demand, which enhances system efficiency and promotes better temperature regulation. This feature not only contributes to energy savings but also helps maintain a comfortable indoor environment.

Additionally, the VR8205 is equipped with a strong, durable body construction that ensures reliability and longevity. Designed to withstand harsh operating conditions, the valveā€™s materials are resistant to corrosion and wear, making it suitable for various applications. The robust design of the Amana VR8205 minimizes the likelihood of leaks or failures, providing peace of mind to both installers and end-users.

The valve operates on low voltage, typically requiring 24 volts, which makes it energy-efficient and compatible with most modern thermostatic control systems. This low-voltage operation also simplifies installation, as it reduces the complexity and requirements for the electrical setup.

Another noteworthy characteristic of the Amana VR8205 is its integrated safety features. It includes a combination of automatic and manual shut-off mechanisms, providing an added layer of safety in case of malfunctions. This ensures that the gas supply can be quickly halted in emergency situations, protecting both people and property.

Moreover, the Amana VR8205 is designed for easy maintenance, featuring simple access points for servicing and troubleshooting. This ease of maintenance is crucial for HVAC professionals, as it allows for quick adjustments and repairs, ultimately reducing downtime.

Lastly, the Amana VR8205 has a reputation for adaptability, being compatible with various heating appliances, including furnaces, boilers, and water heaters. Its versatility makes it an excellent solution for a wide range of heating applications, ensuring optimal performance across different systems.

In summary, the Amana VR8205 gas valve is characterized by its two-stage operation, durable construction, low-voltage functionality, integrated safety mechanisms, and ease of maintenance. These features combine to offer a reliable, efficient, and flexible solution for modern heating needs.