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Proprietary function promoting homeowner comfort through two stages of heating.
Dehumidification feature that overrides cooling blower off-delay for better humidity control.
Automatically switches between gas furnace and heat pump for economical heating.
Diagram illustrating major parts of the furnace for identification and reference.
Details on furnace input, output, and AFUE ratings across different models.
Information on airflow delivery, blower motor type, and speed selections.
Components for various venting configurations like through-the-cabinet or concentric.
Items related to Indoor Air Quality such as filters and air purifiers.
Airflow (CFM) based on cooling switch settings and external static pressure.
Airflow (CFM) for high and low heat settings at various ESPs.
Diagrams illustrating different types of elbows used in vent system calculations.
Visuals of vent termination options like concentric and standard.
Illustrates calculation of Total Equivalent Vent Length for a direct-vent system.
Demonstrates vent length calculation with flexible pipe and polypropylene vent kit.
Operational limits for return air temperature to ensure reliability and performance.
Diagram showing the setup for a single-pipe vent application's combustion air.
Describes a kit allowing vent and combustion-air pipes to terminate through a single exit.
Diagram showing electrical connections for thermostat, blower, and furnace.
Table detailing cabinet width, outlet width, bottom inlet width, and air intake.
Standards and certifications the unit meets for gas-fired central furnaces.
Details on blower motor, filters, casing, and draft inducer motor.
Micro-processor based control board features, self-test, and operational settings.
Proprietary function promoting homeowner comfort through two stages of heating.
Dehumidification feature that overrides cooling blower off-delay for better humidity control.
Automatically switches between gas furnace and heat pump for economical heating.
Diagram illustrating major parts of the furnace for identification and reference.
Details on furnace input, output, and AFUE ratings across different models.
Information on airflow delivery, blower motor type, and speed selections.
Components for various venting configurations like through-the-cabinet or concentric.
Items related to Indoor Air Quality such as filters and air purifiers.
Airflow (CFM) based on cooling switch settings and external static pressure.
Airflow (CFM) for high and low heat settings at various ESPs.
Diagrams illustrating different types of elbows used in vent system calculations.
Visuals of vent termination options like concentric and standard.
Illustrates calculation of Total Equivalent Vent Length for a direct-vent system.
Demonstrates vent length calculation with flexible pipe and polypropylene vent kit.
Operational limits for return air temperature to ensure reliability and performance.
Diagram showing the setup for a single-pipe vent application's combustion air.
Describes a kit allowing vent and combustion-air pipes to terminate through a single exit.
Diagram showing electrical connections for thermostat, blower, and furnace.
Table detailing cabinet width, outlet width, bottom inlet width, and air intake.
Standards and certifications the unit meets for gas-fired central furnaces.
Details on blower motor, filters, casing, and draft inducer motor.
Micro-processor based control board features, self-test, and operational settings.
The Bryant 926TA Preferred™ Two-Stage 4-Way Multipoise, Variable Speed Condensing Gas Furnace, Series A, is a high-efficiency heating system designed for residential use. It incorporates two-stage heating and a variable-speed ECM blower motor to provide enhanced comfort and energy savings. The furnace is CSA (AGA and CGA) design certified for use with natural and propane gases (a conversion kit is required for propane). It meets ENERGY STAR® Version 4.0 criteria for gas furnaces with an Annual Fuel Utilization Efficiency (AFUE) up to 96.5%, an AMACF electrical rating, and 2% or less cabinet airflow leakage. All units are design certified in Canada and meet California Air Quality Management District emission requirements.
The 926TA furnace operates with a two-stage gas valve and a variable-speed ECM blower motor, along with a two-speed inducer motor. This allows for precise control over heating output and airflow, contributing to consistent indoor temperatures and improved humidity management. The "Perfect Heat®" technology utilizes a patented algorithm to continuously monitor and adjust furnace operation based on current and past conditions, determining the most effective heating stage and run time for each cycle. "SmartEvap™" technology, when paired with a compatible thermostat, overrides the cooling blower off-delay during dehumidification calls, preventing condensate re-humidification from the coil. "FanOn Plus™" technology enables selection of continuous fan speeds with a compatible thermostat. The furnace is designed for 4-way multipoise installation, accommodating upflow, downflow, or horizontal configurations. It supports direct-vent/sealed combustion, single-pipe venting, or ventilated combustion air applications.
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