Kenmore 153.33264 manual Louvers and Grilles, All Air from the Building, All Air from Outdoors

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12” Max.

free area of the opening to which they connect. The minimum dimension of rectangular air ducts cannot be less than three inches.

Permanent openings to the outside or additional rooms within the building

Closet

or other

confined

space

12” Max.

The size of each of the two openings is determined by the method in which the air is to be provided. Refer to Table 4 to calculate the minimum free area for each opening. Figures 15, 16, 17 and 18 are typical examples of each method.

Louvers and Grilles

In calculating free area for ventilation and combustion air supply openings, consideration must be given to the blocking effect

of protection louvers, grilles, and screens. These devices can reduce airflow, which in turn may require larger openings to achieve the required minimum free area. Screens must not be smaller than 1/4” mesh. If the free area through a particular

FIGURE 13.

All Air from the Building

When additional air is to be provided to the confined area from additional room(s) within the building, the total volume of the room(s) must be of sufficient size to properly provide the necessary amount of fresh air to the water heater and other gas utilization equipment in the area. If you are unsure that the structure meets this requirement, contact your local gas utility company or other qualified agency for a safety inspection. Each of the two openings shall have a minimum free area of 1 square inch per 1,000 BTUH of the total input rating of all gas utilization equipment in the confined area, but not less than 100 square inches (Figure 14).

Confined

Space

Permanent

Openings

1 Square inch/1000

BTUH (min. 100 sq. in.)

FIGURE 14.

All Air from Outdoors

Outdoor fresh air can be provided to a confined area either directly or by the use of vertical and horizontal ducts. The fresh air can be taken from the outdoors or from crawl or attic spaces that freely communicate with the outdoors. Attic or crawl spaces cannot be closed and must be properly ventilated to the outside.

Ductwork must be of the same cross-sectional area as the

design of louver or grille is known, it should be used in calculating the specified free area of the opening. If the design and free area are not known, it can be assumed that most wood louvers will allow 20 - 25% of free area while metal louvers and grilles will allow 60 - 75% of free area.

Louvers and grilles must be locked open or interconnected with the equipment so that they are opened automatically during equipment operation.

Keep louvers and grilles clean and free of debris or other obstructions.

TABLE 4

Minimum Free Area of Permanent Openings for Ventilation and Combustion Air Supply - All Air from Outdoors Only.

Based on total BTUH input rating for all utilizing equipment within the confined space.

 

Minimum Free Area

 

Opening Source

Per Opening (sq. in.)

Reference Drawing

*Direct to outdoors

1 sq. in, per 4000 BTUH

Figure 15

Vertical Ducts

1 sq. in, per 4000 BTUH

Figure 16

Horizontal Ducts

1 sq. in, per 2000 BTUH

Figure 17

Single Opening

1 sq. in, per 3000 BTUH

Figure 18

Example: A water heater with an input rating of 50,000 BTUH using horizontal ducts would require each opening to have a minimum free area of 25 square inches.

Minimum free area = 50,000 BTUH x 1 sq. in. / 2000 BTUH = 25 sq. in.

*These openings connect directly with the outdoors through a venti- lated attic, a ventilated crawl space, or through an outside wall.

Consult the local codes of your area for specific ventilation and combustion air requirements.

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Contents Gas Water Heater Safe INSTALLATION, USE and Service Safety PrecautionsFire or Explosion Hazard Breathing Hazard Carbon Monoxide GasTable of Contents Troubleshooting Chart Product Warranty Year Limited Warranty on Water HeaterCustomer Responsibilities Important Information About This Water HeaterProduct Specifications GAS PER Hour DIA. InchesMaterials and Basic Tools Needed Materials NeededTypical Installation GET to Know Your Water Heater GAS ModelsWater Heater Location Installation ChecklistImportant Information about this Water Heater Combustion Air Supply and VentilationInstallation Instructions Removing the Old Water HeaterLocation Requirements Site LocationCarbon Monoxide Poisoning Hazard Clearances and Accessibility High Altitude InstallationGas Requirements Gas Pressure TestingGAS Supply Gas PipingGas Pipe Capacity Table Confined Space Combustion AIR & VentilationUnconfined Space SquareLouvers and Grilles All Air from the BuildingAll Air from Outdoors Draft Hood Installation Vent Pipe SystemChimney Connection Vent ConnectorsVent Pipe Size Vertical Exhaust Gas VentPiping Installation Water System PipingTemperature and Pressure Relief Valve Closed System/Thermal ExpansionTemperature & Pressure Relief Valve Relief Valve and Pipe InsulationSolar Installation ElectricalElectrical Connections Operating Your Water Heater Operating InstructionsBurn Hazard Water Heater OperationChecking the Draft Do not touch vent Doing so can result in burnsWater Temperature Regulation Burner FlamesEmergency Shut Down Hotter Cooler Draining and Flushing Service and AdjustmentRoutine Preventive Maintenance Explosion HarzardRemoving the Burner from the Manifold/ Burner Assembly Maintenance of Your Water HeaterReplacement Parts Removing the Manifold/Burner AssemblyCleaning the Combustion Chamber and Air Diverter Assembly Replacing the Manifold/Burner AssemblyRemoving and Replacing the Gas Control Valve/Thermostat Removing the Gas Control Valve/ThermostatReplacing the Gas Valve Troubleshooting Guide Start Up ConditionsCondensation ServiceOperational Conditions Smoke OdorLeakage Checkpoints Pressurized Combustion Chamber System Operational Checklist Troubleshooting ChartSIZZLING-RUMBLING Electronic Control Display Troubleshooting Control Display Status Problem Solution Control Display Status Problem Solution Troubleshooting Flowchart YESParts Order List Pressurized Combustion ChamberKey Parts Description 153.332620 153.332640 Page Get it fixed, at your home or ours MY-HOME1-800-469-4663
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153.33262, 153.33264 specifications

The Kenmore 153.33262 and 153.33264 are highly versatile and efficient portable air conditioners designed to provide optimal cooling solutions for indoor spaces. These models stand out in their class due to their advanced features, technologies, and user-friendly characteristics, making them suitable for a variety of environments, from small apartments to large rooms.

One of the primary features of both the Kenmore 153.33262 and 153.33264 is their high cooling capacity. With powerful BTUs, they can effectively cool spaces up to a specified square footage. This capability ensures that users can maintain a comfortable indoor climate even during the hottest summer months. Their energy efficiency is another notable aspect, allowing homeowners to enjoy cooler air without incurring exorbitant energy bills.

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In conclusion, the Kenmore 153.33262 and 153.33264 portable air conditioners offer a robust combination of high cooling performance, energy efficiency, and user-friendly features. Their advanced technologies and versatile functionalities make them an ideal choice for those seeking effective indoor air conditioning solutions.