GOODMAN GRVT800803BN - 80,000 BTU 80% AFUE Two-Stage Variable-Speed Gas Furnace with ComfortBridge
brand: Goodman
- SKU:
- GRVT800803BN
- Condition:
- New
- Shipping:
- Free Shipping
GOODMAN GRVT800803BN - 80,000 BTU 80% AFUE Two-Stage Variable-Speed Gas Furnace with ComfortBridge
Dependable Goodman 80,000 BTU two-stage, variable-speed gas furnace with ComfortBridge™ communicating controls, quiet operation, and rugged design. Optimized for comfort, efficiency, and seamless system integration with modern HVAC equipment.
ComfortBridge™ Technology
Continuously adjusts furnace settings for energy savings and consistent comfort.
CoolCloud™ Diagnostics
Bluetooth-enabled app streamlines commissioning and troubleshooting.
SureStart® Igniter
Long-lasting silicon nitride igniter delivers reliable performance.
Quiet & Durable
Insulated cabinet reduces sound while heavy-gauge steel ensures strength.
Technical Specifications
Factory-rated specifications for the GOODMAN GRVT800803BN furnace.
| Specification | Value |
|---|---|
| Input BTU | 80,000 |
| AFUE | 80% |
| Stages | Two-Stage |
| Blower Motor | Variable-Speed ECM |
| Voltage / Phase / Hertz | 115V / 1Ph / 60Hz |
| Blower HP | 3/4 HP |
| Cabinet Width | 17.5" |
| Dimensions (H × W × D) | 34.5" × 17.5" × 28" |
| Net / Shipping Weight | 126 lbs / 138 lbs |
Performance & Reliability
The GRVT800803BN combines advanced ComfortBridge™ intelligence, durable construction, and a variable-speed ECM blower motor to deliver steady, efficient heating. With the SureStart® silicon nitride igniter and CoolCloud™ diagnostics, it’s built for reliability and ease of service.
Key Benefits:
- Adaptive Comfort: ComfortBridge™ fine-tunes performance automatically.
- Efficient Diagnostics: CoolCloud™ app provides Bluetooth-enabled access.
- Built to Last: Heavy-gauge steel cabinet with baked-enamel finish.
- Quiet Comfort: Insulated blower compartment reduces operational noise.
Professional Installation Required
Installation must be completed by a licensed HVAC professional for warranty protection and optimal performance.
