Bryant 580F Belt Tension Adjustment, VI. CONDENSER-FAN Adjustment, VII. Power Failure

Page 36

Fig. 38 — Evaporator-Fan Pulley and Adjustment

NOTE: A 31/2-in. bolt and threaded plate are included in the installer’s packet. They should be added to the motor support channel below the motor mounting plate to aid in raising the motor. The plate part number is 50DP503842. The adjustment bolt is 3/8-16 x 13/4-in. LG.

Fig. 39 — 580F180-300 Evaporator-Fan Motor Section

5.Remove the belt drive.

6.Remove jacking bolt and tapped jacking bolt plate.

7.Remove the 2 screws that secure the motor mounting plate to the motor support channel.

8.Remove the 3 screws from the end of the motor sup- port channel that interfere with the motor slide path.

9.Slide out the motor and motor mounting plate.

10. Disconnect wiring connections and remove the

4 mounting bolts.

11.Remove the motor.

12.To install the new motor, reverse Steps 1-11.

V. BELT TENSION ADJUSTMENT

To adjust belt tension:

1.Loosen fan motor bolts.

2.Turn motor jacking bolt to move motor mounting plate up or down for proper belt tension (3/8 in. deflec- tion at midspan with one finger [9 lb force]).

3.Tighten nuts.

4.Adjust bolts and nut on mounting plate to secure motor in fixed position.

VI. CONDENSER-FAN ADJUSTMENT

A.580F180, 210, 300 UNITS (Fig. 40)

1.Shut off unit power supply.

2.Remove access panel(s) closest to the fan to be adjusted.

3.Loosen fan hub setscrews.

4.Adjust fan height on shaft using a straightedge placed across the fan orifice.

5.Tighten setscrews and replace panel(s).

6.Turn on unit power.

B.580F240 Units (Fig. 41)

1.Shut off unit power supply.

2.Remove fan top-grille assembly and loosen fan hub screws.

3.Adjust fan height on unit, using a straightedge placed across the fan orifice.

4.Tighten setscrews and replace rubber hubcap to pre- vent hub from rusting to motor shaft.

5.Fill hub recess with permagum if rubber hubcap is missing.

VII. POWER FAILURE

Dampers have a spring return. In event of power failure, dampers will return to fully closed position until power is restored. Do not manually operate economizer motor.

VIII. REFRIGERANT CHARGE

Amount of refrigerant charge is listed on unit nameplate and in Table 1. Refer to GTAC II; Module 5; Charging, Recovery, Recycling, and Reclamation section for charging methods and procedures. Unit panels must be in place when unit is operating during charging procedure.

NOTE: Do not use recycled refrigerant as it may contain contaminants.

A. No Charge

Use standard evacuating techniques. After evacuating sys- tem, weigh in the specified amount of refrigerant (refer to Table 1).

B. Low Charge Cooling

Using cooling charging chart (see Fig. 42), add or remove refrigerant until conditions of the chart are met. Note that charging chart is different from those normally used. An accurate pressure gage and temperature-sensing device is required. Charging is accomplished by ensuring the proper amount of liquid subcooling. Measure liquid line pressure at the liquid line service valve using pressure gage. Connect temperature sensing device to the liquid line near the liquid line service valve and insulate it so that outdoor ambient temperature does not affect reading.

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Contents Contents Safety ConsiderationsInstallation Provide Unit Support Roof Curb Details 580F180-240 Roof Curb Details 580F300 Alternate Unit Support II. RIG and Place UnitPositioning Roof MountUnit Maximum Dimensions Shipping Weight 580F Ft-in 180210 240Base Unit Dimensions 580F180 Base Unit Dimensions 580F240 Base Unit Dimensions 580F300 Physical Data Power Exhaust Furnace SectionFreeze Protection Thermostat F OUTDOOR-AIR Inlet ScreensInstall Flue Hood and Wind Baffle III. Field Fabricate DuctworkIV. Make Unit Duct Connections VI. Trap Condensate DrainVII. Orifice Change VIII. Install GAS Piping Field Control WiringOptional Non-Fused Disconnect Field Power Wiring Connections Optional Convenience OutletMake OUTDOOR-AIR Inlet Adjust Ments XI. Install OUTDOOR-AIR HoodElectrical Data Manual Outdoor-Air DamperXII. Install ALL Accessories Outdoor-Air Hood Component LocationMotormaster V Control Installation 580F240 Motormaster V Control Package UsageApplicable Voltages and Motors Outdoor Air Damper Leakage Return Air Pressure Drop in. wgEconoMi$erIV Standard Sensors CFMTemperature F EconoMi$erIV Control ModesEconoMi$erIV Sensor Usage EconoMi$erIV Controller Potentiometer LED LocationsEnthalpy Changeover Set Points EconoMi$erIV Controller CO2 Sensor Standard Settings Llsv LPSTran Page IV. Refrigerant Service Ports VI. Internal WiringSTART-UP Unit PreparationFan Performance 580F180275 Low Heat Units AirflowFan Performance 580F180360 High Heat Units 7200 7500Fan Performance 580F210275 Low Heat Units Fan Performance 580F210360 High Heat UnitsRpm Bhp Watts 500 Fan Performance 580F240275 Low Heat Units Rpm Watts Bhp 000500 000 10,000 Fan Performance 580F240360 High Heat Units 000 500 10,000Fan Performance 580F300275 Low Heat Units Fan Performance 580F300360 High Heat UnitsGeneral Notes for FAN Performance Data Tables Accessory/FIOP Static Pressure in. wg 580F180-300 Fan Rpm at Motor Pulley SettingsAir Quantity Limits Evaporator-Fan Motor DataService Cleaning XIII. Operating SequenceIV. Evaporator FAN Service and Replacement II. LubricationBelt Tension Adjustment VI. CONDENSER-FAN AdjustmentVII. Power Failure VIII. Refrigerant ChargeIX. GAS Valve Adjustment Perfect Humidity System ChargingNatural Gas Main BurnersXV. Replacement Parts XVII. Optional Hinged Access DoorsXI. Filter Drier XII. Protective DevicesSpark Gap Adjustment Typical Wiring Schematic 580F240, 208/230 V Shown Typical Component Arrangement 580F240 Shown AHA CLOComp EquipTroubleshooting Unit Troubleshooting II. ECONOMI$ERIV TroublshootingEconoMi$erIV Troubleshooting Completion Heating Service AnalysisProblem Cause Remedy Cooling Service Analysis IGC Control Heating and Cooling EconoMi$erIV Input/Output Logic Inputs OutputsDemand Control Enthalpy Terminal†Humidistat IndexService Training Call for Free CatalogCopyright 2006 Bryant Heating & Cooling Systems Catalog no Page START-UP Checklist TemperaturesPRE-START-UP II. START-UP Electrical
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580F specifications

The Bryant 580F is a highly regarded gas furnace known for its exceptional heating performance and advanced technology. Designed for residential use, this model stands out for its reliability, efficiency, and user-friendly features that cater to modern heating demands.

One of the most notable features of the Bryant 580F is its efficiency rating. With an AFUE (Annual Fuel Utilization Efficiency) rating of up to 95%, this furnace maximizes heat output while minimizing energy consumption. This high level of efficiency not only results in lower utility bills but also reduces the environmental impact—a critical consideration for today’s eco-conscious homeowners.

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One of the standout technologies integrated into the Bryant 580F is its enhanced control system. The furnace works seamlessly with smart thermostats, allowing homeowners to monitor and adjust heating settings from their mobile devices. This feature not only provides convenience but also allows for energy-saving optimizations based on personal schedules and preferences.

Safety is also a primary concern with the Bryant 580F. It includes robust safety features such as a hot surface ignition system that eliminates the need for a standing pilot light, reducing the risk of gas leaks. Additionally, advanced diagnostics help in troubleshooting and maintenance, ensuring that potential issues can be identified and resolved quickly.

In conclusion, the Bryant 580F gas furnace is a remarkable choice for those seeking a blend of efficiency, comfort, and advanced technology. Its high AFUE rating, multi-speed blower, smart control compatibility, and safety features make it a reliable option for homeowners looking to invest in a dependable heating solution. As the demand for energy-efficient heating continues to grow, the Bryant 580F stands out as a model that meets and exceeds expectations in the modern heating landscape.