Bryant 580G manual Field Control Wiring

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JUMPER CONNECTION

FOR VOLTAGE OUTPUT

JUMPER CONNECTION

FOR CURRENT OUTPUT

Fig. 12 Ð Indoor Air Quality Sensor Con®guration

3.Cap orange wire.

4.Splice red wire and black unit power wire. Cap wires.

IMPORTANT: Be certain unused wires are capped. Failure to do so may damage the transformers.

D. Field Control Wiring

Install an approved accessory thermostat. Control box dia- gram is shown in Fig. 14.

Thermostat Wiring

Install an approved accessory thermostat assembly (per cur- rent price pages) according to the installation instructions in- cluded with the accessory, or these instructions. Locate ther- mostat assembly on a solid wall in the conditioned space to sense average temperature.

Route thermostat cable or equivalent single leads of no. 18 AWG (American Wire Gage) colored wire from subbase terminals to low-voltage connections as shown on unit label wiring diagram and in Fig. 15.

NOTE: For wire runs up to 50 ft, use no. 18 AWG insulated wire (35 C minimum). For 50 to 75 ft, use no. 16 AWG insulated wire (35 C minimum). For over 75 ft, use no. 14 AWG insulated wire (35 C minimum). All wire larger than no. 18 AWG cannot be directly connected to the thermostat and will require a junction box and splice at the thermostat.

Set heat anticipators settings to .1 for all voltages. Settings may be changed slightly to provide a greater degree of com- fort for a particular installation.

 

 

 

LEGEND

 

 

EQUIP

Ð

Equipment

NEC

Ð

National Electrical Code

GND

Ð

Ground

TB

Ð

Terminal Block

NOTE: TB1 Maximum wire size is 500 MCM.

Fig. 13 Ð Field Power Wiring Connections

Operating voltage to compressor must be within voltage range indicated on unit nameplate. On 3-phase units, voltages be- tween phases must be balanced within 2% and the current must be balanced within 10%.

Use the formula in Table 3 to determine the percentage of voltage imbalance.

IMPORTANT: If the supply voltage phase imbalance is more than 2%, contact your local electric utility company immediately.

Unit failure as a result of operation on improper line voltage or excessive phase imbalance constitutes abuse and may cause damage to electrical components.

On 208/230-v units, transformer no. 1 is wired for 230-v. If 208/230-v unit is to be run with 208-v power supply, the trans- former must be rewired as follows:

1.Remove cap from red (208-v) wire.

2.Remove cap from spliced orange (230-v) wire. Discon- nect orange wire from black unit power wire.

LEGEND

CÐ Compressor/Contactor

CB

Ð Circuit Breaker

DIP

Ð Dual In-Line Package

FU

Ð Fuse

HR

Ð Heater Relay

IF

Ð Indoor Fan

OF

Ð Outdoor Fan

PEC

Ð Power Exhaust Controller

TB

Ð Terminal Block

TRAN Ð Transformer

Fig. 14 Ð Control Box Diagram

Ð11Ð

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Contents Safety Considerations ContentsII. RIG and Place Unit Installation Provide Unit SupportRoof Curb Alternate Unit SupportUnit Size Operating Corner Weight Base Unit Dimensions, 580G240-360Base Unit Dimensions, 580H240-360 Unit Weight Must be in Place When RiggingUnit 580G,H SpecicationsIV. Unit Duct Connections III. Field Fabricate DuctworkVII. GAS Piping Flue HoodVI. Trap Condensate Drain Controls Options Power WiringField Power Supply VIII. Electrical ConnectionsLED SIOField Control Wiring Electrical Data Ð 580G,H240-360 Ð13Ð Economizer IX. OUTDOOR-AIR Inlet AssemblyAdding Seal Strip to Mounting Flange Hood Sides Mounting Angle With Tabs Attached to Filter Track Assembly Economizer SettingsEnthalpy Control and Sensor Economizer Details Power EXHAUST/BAROMETRIC Relief Damper HoodMotormaster III Control Installation XI. AccessoriesPRE-START-UP Low Ambient Kit Sensor LocationChecking Cooling Control Operation DIP Switch CongurationDIP Switch Factory Settings START-UP Cooling Section START-UP and AdjustmentsII. Heating Section START-UP and Adjustments Time Guard Circuit Smoke Control ModesSmoke Detector Indoor Air Quality ControlMotormaster III Control IV. Indoor Airflow and Airflow AdjustmentsEvaporator Fan Performance Adjustment Head Pressure ControlNatural Gas Condenser-Fan AdjustmentGAS Valve Adjustment Available External Static Pressure Airflow Fan Performance, 580G240-360 Ð Vertical Discharge UnitsAirflow Air Quantity Limits Fan Performance Ð Power ExhaustMotor Limitations VIII. Head Pressure Control VII. Power Exhaust OperationCare and Maintenance VI. Main BurnersII. Lubrication ServiceCleaning Spark Gap Adjustment VI. Refrigerant Charge III. Evaporator FAN Service and ReplacementIV. EVAPORATOR-FAN Motor Replacement Power FailureIX. Protective Devices XIII. Replacement PartsVII. Filter Drier VIII. Thermostatic Expansion Valve TXVTroubleshooting LED Error Description Troubleshooting Blinks Code Comments Control Board LED AlarmsII. Error Code Summary IGC Board Error Code SummarySAT I/O Channel Designations Base ModuleTerminal Assignment IGC Control Heating and Cooling Ifcb AHAIDM IFCTable B Table aPower Schematic 580G,H240-360 Ð 24 V Control Schematic 580G,H240-360 Component Arrangement 580G,H240-360 Packaged Service Training Pressures START-UP ChecklistTemperatures START-UP ElectricalGeneral

580G specifications

The Bryant 580G is a high-efficiency gas furnace designed to deliver optimal heating performance while maximizing energy savings. This model stands out in the Bryant product lineup due to its advanced features and robust technology, making it a popular choice for homeowners seeking reliable comfort in colder climates.

One of the key characteristics of the Bryant 580G is its efficiency rating. With an annual fuel utilization efficiency (AFUE) of up to 92.1%, this furnace ensures that a substantial portion of the fuel consumed is converted into heat, minimizing energy waste and reducing utility bills. This high-efficiency performance is particularly beneficial for those looking to lower their environmental footprint and operate a more sustainable home heating system.

The 580G uses a two-stage heating process, which allows it to operate at two levels of output. During mild weather, the furnace can run on a lower setting, providing gentle warmth while conserving energy. When temperatures drop, the system automatically ramps up to a higher output to maintain comfort. This feature not only enhances energy efficiency but also helps to eliminate temperature fluctuations, ensuring consistent warmth throughout the home.

Noise reduction technology is another remarkable aspect of the Bryant 580G. Equipped with a variable speed blower motor, this furnace operates quietly, providing a more peaceful indoor environment. The motor allows for customizable airflow, which further aids in maintaining an even temperature across different rooms and spaces.

The furnace is built with high-quality materials and features a compact design, making it a suitable option for various installation locations. Additionally, it is compatible with Bryant’s EcoNet Smart Home Management System, which enables homeowners to monitor and control their heating system remotely via a smartphone app. This integration enhances convenience and allows for timely adjustments to heating schedules, promoting energy savings.

Safety is a priority with the 580G. It features an integrated safety switch and a reliable flame sensor to ensure safe operation. With its durable construction and thoughtful engineering, the Bryant 580G is designed to withstand the demands of everyday use while providing peace of mind to homeowners.

In summary, the Bryant 580G gas furnace combines high efficiency, advanced technology, and user-friendly features. Its ability to operate quietly, adapt to temperature changes, and integrate with smart home technology makes it a leading choice for efficient home heating solutions. This furnace not only provides comfort but also offers long-term energy savings, making it a smart investment for any household.