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Bryant 580F installation instructions Ton Unit Charging Chart, TON UNIT 60 Hz CHARGING CHART

Models: 580F

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5 TON UNIT CHARGING CHART

SUCTION LINE TEMPERATURE (DEG. C)

	-7	-1	4	10	16	21	27
	100						689
	90						621
SUCTION LINE PRESSURE (PSIG)	80						552	SUCTION LINE PRESSURE (KILOPASCALS)
	70						483
	60						414
	50						345

	40						276
	30						207
	20	30	40	50	60	70	80

SUCTION LINE TEMPERATURE (DEG. F)

Fig. 43 — Cooling Charging Chart, 580F060

OUTDOOR

TEMP

125 52

11546

10541

95 35

85 29

75 24

65 18

5513

457

6 TON UNIT (60 Hz) CHARGING CHART

SUCTION LINE TEMPERATURE (DEG. C)

	-7	-1	4	10	16	21	27
	100						689
	90						621
SUCTION LINE PRESSURE (PSIG)	80						552	SUCTION LINE PRESSURE (KILOPASCALS)
	70						483
	60						414
	50						345

	40						276
	30						207
	20	30	40	50	60	70	80

SUCTION LINE TEMPERATURE (DEG. F)

Fig. 44 — Cooling Charging Chart, 580F072, 073

OUTDOOR

TEMP

125 52

115 46

105 41

95 35

85 29

75 24

65 18

55 13

45 7

—51—

Page 51

Image 51

Bryant installation instructions Ton Unit Charging Chart, TON UNIT 60 Hz CHARGING CHART, Cooling Charging Chart, 580F060

Contents

SAFETY CONSIDERATIONS IMPORTANT - READ BEFORE INSTALLINGCONTENTS III. Step 3 - Install External Trap forFig. 1A - Base Unit Dimensions - 580F036-072 Fig. 1B - Base Unit Dimensions - 580F073 II. STEP 2 - FIELD FABRICATE DUCTWORK Fig. 2 - Horizontal Conversion PanelsB. Slab Mount Horizontal Units Only C. Alternate Unit SupportFig. 3 - Roof Curb Fig. 5A - Condensate Drain Pan V. STEP 5 - INSTALL FLUE HOODVI. STEP 6 - INSTALL GAS PIPING Fig. 4 - Unit Leveling TolerancesFig. 6 - Rigging Details Table 1 - Physical Data Table 1 - Physical Data cont Fig. 8 - Gas Piping Guide With Accessory VII. STEP 7 - MAKE ELECTRICAL CONNECTIONSA. Field Power Supply B. Field Control WiringFig. 9 - Power Wiring Connections Fig. 11 - Field Control Wiring RacewayFig. 10 - Low-VoltageConnections Page Page A. Manual Outdoor-AirDamper VIII. STEP 8 - ADJUST FACTORY-INSTALLEDOPTIONSDamper Installed Fig. 15 - Outdoor-AirDamper Position SettingFig. 18 - Hood Box Removal Fig. 17 - Typical Access Panel LocationsFig. 19 - Indoor Coil Access Panel Relocation B. Optional EconoMi$er+Fig. 21 - Filter Installation Fig. 22 - EconoMi$er+ WiringFig. 20 - Outdoor-AirHood Construction Fig. 25 - Return-AirPressure Drop E. EconoMi$er+ Controller WiringFig. 23 - Barometric Flow Capacity Fig. 24 - Outdoor-AirDamper LeakageH. Supply Air Temperature SAT Sensor Provided Table 4 - EconoMi$er+ Field-InstalledAccessoriesTable 3 - EconoMi$er+ Sensor Usage G. Outdoor Air Temperature OAT Sensor ProvidedFig. 28 - Outdoor-AirHumidity Sensor Fig. 26 — Indoor Air Quality Voltage SettingK. Outdoor Air Humidity Sensor Fig. 27 - Return Air Temperature SensorTable 6 - Outdoor Air, Return Air, and Supply Air Fig. 30 - Humidity Sensor Current vs. Humidity Fig. 29 - Enthalpy Changeover SettingsL. Indoor Air Humidity Sensor M. Occupied/Unoccupied SwitchN. Power Exhaust O. Remote EconoMi$er+ Enable ControlR. CO2 Sensor Configuration Table 7 - CO2 Sensor* Standard SettingsFig. 32 - Demand Ventilation Control B. Belt-DriveMotors IX. STEP 9 - ADJUST EVAPORATOR-FANSPEEDFig. 35 - Evaporator-FanPulley Adjustment A. Direct-DriveMotorsTable 9 - Motor Data Table 8 - Fan Rpm at Motor Pulley SettingsPage Page Alternate Motor Belt Drive Alternate Motor Belt Drive —30— Page Page Page Alternate Motor Belt Drive Alternate Motor Belt DriveWatts - Input Watts to Motor Bhp - Brake Horsepower Input to FanGENERAL FAN PERFORMANCE NOTES START-UP I. UNIT PREPARATION IV INTERNAL WIRINGVI. REFRIGERANT SERVICE PORTS PRE-START-UPXI. HEATING IX. COOLINGTo Shut Off Unit X. MAIN BURNERSA. Integrated Display XII. SAFETY RELIEFXIII. VENTILATION CONTINUOUS FAN XIV. ECONOMI$ER+ CONTROLLERTable 35 - EconoMi$er+ Inputs and Outputs Fig. 36 - EconoMi$er+ Controller BoardTable 38 - Input/Output Channels Table 36 - Start-UpMode SequenceE. Setup Mode G. Error Mode XV. ECONOMI$ER+ CONFIGURATIONF. Manual Mode B. Ventilation Air and Free Cooling A. Compressor Configuration and ControlA. Cooling, Units without EconoMi$er+ C.Demand Ventilation ConfigurationD.Power Exhaust Configuration XVI. OPERATING SEQUENCE—46— B. Heating, Units without EconoMi$er+C. Cooling, Units with EconoMi$er+ D. Heating, Units with Economi$er+ SERVICEI. CLEANING Fig. 37 - Cleaning Condenser CoilFig. 40 - Condenser-FanAdjustment A. No Charge III. BLOWER BELT ADJUSTMENTV. ECONOMI$ER+ ADJUSTMENT VI. CONDENSER-FANADJUSTMENT FigB.Cleaning and Adjustment X. LIMIT SWITCHTable 39 - LED Error Code Description A.Removal and Replacement of Gas Train Fig.Fig. 42 - Cooling Charging Chart, 580F048 3 TON UNIT CHARGING CHART4 TON UNIT CHARGING CHART Fig. 41 - Cooling Charging Chart, 580F036Fig. 44 - Cooling Charging Chart, 580F072 5 TON UNIT CHARGING CHART6 TON UNIT 60 Hz CHARGING CHART Fig. 43 - Cooling Charging Chart, 580F060Fig. 47 - Spark Adjustment Fig. 45 - Burner Section DetailsFig. 46 - Burner Tray Details B.Error Code 2 - RAT Sensor Failure TROUBLESHOOTING I. ECONOMI$ER+ TROUBLESHOOTINGTable 40 - EconoMi$er+ Error Codes A.Error Code 1 - SAT Sensor FailureJ.RAM Test Failure H.Error Code 8 - E2 Test FailureI. Error Mode II. UNIT TROUBLESHOOTINGTable 42 - Heating Service Analysis Table 41 - LED Error Code Service AnalysisTable 43 - Cooling Service Analysis Fig. 48 - Typical Unit Wiring Diagram APPENDIX A - ECONOMI$ER+ LABEL APPENDIX A - ECONOMI$ER+ LABEL cont Page INDEX CALL FOR FREE CATALOG SERVICE TRAININGPage ELECTRICAL START-UPCHECKLIST Remove and Use in Job FileI. PRELIMINARY INFORMATION III. START-UP