Bryant 581A operation manual XII. NON-FUSED Disconnect, XIII. Install ALL Accessories

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XI. STEP 11 — POSITION OPTIONAL POWER EXHAUST OR BAROMETRIC RELIEF DAMPER HOOD

The optional power exhaust or barometric relief dampers are shipped assembled and tilted back into the unit for shipping. Brackets and extra screws are shipped in shrink wrap around the dampers.

1.Remove 9 screws holding each damper assembly in place. See Fig. 21. Each damper assembly is secured with 3 screws on each side and 3 screws along the bottom. Save screws.

CAUTION: Be careful when tilting blower assem- bly. Hoods and blowers are heavy and can cause injury if dropped.

2.Pivot the damper assembly outward until top edge of the damper assembly rests against the inside wall of unit.

3.Secure each damper assembly to unit with 6 screws across top (3 screws provided) and bottom (3 screws from Step 1) of damper.

4.With screws saved from Step 1, install brackets on each side of damper assembly. See Fig. 22.

5.Remove tape from damper blades.

XII. STEP 12 — NON-FUSED DISCONNECT

The handle for the factory-installed non-fused disconnect is shipped inside the unit to prevent the handle from being damaged during shipping. Follow these steps to complete installation of the handle.

WARNING: Be sure power is shut off to the unit from the building power supply.

1.Open the control box access door.

2.Remove the small cover plate located on the unit cor- ner post near the control section.

3.Remove the inner control box cover. The handle and shaft are located in a plastic bag at the bottom of the control box.

4.Insert the square shaft into the disconnect with the pins vertical. On the 100-amp disconnect, the shaft is keyed into the disconnect and can only be installed one way (with the pins vertical).

5.Insert the handle through the corner post and onto the shaft with the handle positioned so that “OFF” is on top.

Fig. 22 — Bracket and Hood Positioning

6.Rotate the handle to the “ON” position to lock the pins into the handle.

7.From the inside of the corner post, attach the handle mounting screws to the handle. Slide the shaft fully into the handle and tighten the set screw(s) on the disconnect to lock the shaft. Tighten the screws that attach the handle to the corner post.

8.Rotate the handle back to the “OFF” position.

9.Replace all panels and doors. Power can now be turned back on to the unit.

XIII. STEP 13 — INSTALL ALL ACCESSORIES

After all of the factory-installed options have been adjusted, install all field-installed accessories. Refer to the accessory installation instructions included with each accessory. Con- sult the Bryant Price Pages for accessory package numbers for particular applications.

Fig. 21 — Power Exhaust or Barometric Relief Damper Mounting Details

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Contents Safety Considerations ContentsInstallation Provide Unit Support II. Remove Shipping Rails III. RIG and Place UnitRoof Curb Details Shipping Rail Removal Base Unit Dimensions Physical Data CompressorFan Motor and Drive Data Vertical Supply/Return Fan Motor and Drive Data Horizontal Supply/Return Vertical Configuration IV. Field Fabricate DuctworkMake Unit Duct Connections Horizontal ApplicationsVIII. Install GAS Piping VI. Install Flue Hood and Inlet HoodVII. Trap Condensate Drain Field Control Wiring Field Power SupplyIX. Make Electrical Connections Install OUTDOOR-AIR Hood Manual Damper AssemblyElectrical Data Units Without Convenience Outlet FLA MCA MocpElectrical Data Units With Optional Convenience Outlet Outdoor-Air Hood Details XIII. Install ALL Accessories XII. NON-FUSED DisconnectIII. Refrigerant Service Ports VI. Internal WiringPRE-START-UP START-UPVIII. Condenser Fans and Motors IX. RETURN-AIR FiltersOUTDOOR-AIR Inlet Screens XI. GAS HeatFan Performance 581A210 Medium Heat Vertical Discharge Units Fan Performance 581A210 High Heat Vertical Discharge Units Fan Performance 581A240 Low Heat Vertical Discharge UnitsFan Performance 581A240 Medium Heat Vertical Discharge Units Fan Performance 581A240 High Heat Vertical Discharge UnitsFan Performance 581A300 Low Heat Vertical Discharge Units Fan Performance 581A300 Medium Heat Vertical Discharge UnitsFan Performance 581A300 High Heat Vertical Discharge Units General Notes for TablesFan Performance 581A210 Low Heat Horizontal Discharge Units Fan Performance 581A210 High Heat Horizontal Discharge Units Fan Performance 581A240 Low Heat Horizontal Discharge UnitsFan Performance 581A240 High Heat Horizontal Discharge Units Fan Performance 581A300 Low Heat Horizontal Discharge Units Power Exhaust Fan Performance Fan Performance 581A300 High Heat Horizontal Discharge UnitsEvaporator Fan Motor Specifications Operation Air Quantity LimitsAccessory/FIOP Static Pressure in. wg Fan Rpm at Motor Pulley SettingsEconoMi$er IV Controller Wiring and Operational Modes XII. Optional ECONOMI$ERSupply-Air Temperature Sensor Location EconoMi$er IV Component Locations Exploded ViewEconoMi$er IV Wiring Enthalpy Changeover Set Points Page XII. Operating Sequence CO2 Sensor Standard SettingsCooling, Units Without Economizer Service Cleaning Coil Maintenance and Cleaning RecommendationHeating, Units Without Economizer Cooling, Units With EconoMi$erCondensate Drain FiltersOutdoor-Air Inlet Screens Main BurnerIII. Evaporator FAN Service and Replacement II. LubricationIV. Evaporator FAN Performance Adjustment Belt Tension AdjustmentBelt Tension Adjustment VI. CONDENSER-FAN Adjustment FigIX. GAS Valve Adjustment VII. Power FailureVIII. Refrigerant Charge XI. Filter Drier Main BurnersXII. Protective Devices XIII. Relief Devices XV. Replacement PartsXIV. Control Circuit Low Voltage Control Schematic Low Voltage Control Schematic Power Schematic Component Arrangement Troubleshooting Unit Troubleshooting Cooling Service AnalysisHeating Service Analysis Problem Cause RemedyIGC Control Heating and Cooling II. ECONOMI$ER IV Troubleshooting EconoMi$er IV Troubleshooting Completion EconoMi$er IV Input/Output LogicCopyright 2005 Bryant Heating & Cooling Systems Catalog no Page Page Page START-UP Checklist TemperaturesElectrical Pressures
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581A specifications

The Bryant 581A is a pivotal model in the realm of heating, ventilation, and air conditioning (HVAC) systems, known for its robust performance and energy efficiency. As part of the Bryant product lineup, the 581A offers a blend of innovative technologies combined with reliable engineering, making it a suitable choice for both residential and light commercial applications.

One of the standout features of the Bryant 581A is its outstanding energy efficiency. With a Seasonal Energy Efficiency Ratio (SEER) rating of up to 16, this model meets Energy Star qualifications, ensuring that homeowners can enjoy lower utility bills while helping to reduce their environmental footprint. The efficiency is further enhanced by the unit’s environmentally friendly refrigerant, which not only improves performance but also aligns with modern sustainability standards.

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Overall, the Bryant 581A represents an excellent balance of efficiency, durability, and modern technology. With features aimed at enhancing user comfort and reducing operational costs, it stands out as a reliable solution in the competitive HVAC market. Whether for new installations or replacements, the Bryant 581A is a testament to the brand’s commitment to quality and innovation in home climate control.