Description
The Goodman AMVT24BP1300 air handler, part of the AMVT R-32 Series, delivers efficient indoor air handling for residential and light commercial applications. Supporting up to 24,000 BTU capacity, this model uses environmentally friendly R-32 refrigerant to reduce environmental impact. Designed for upflow or horizontal installations, it features a variable-speed blower motor for precise airflow control. The unit integrates seamlessly with matched outdoor systems, maintaining balanced SEER2 and HSPF2 ratings for optimal energy performance.
Performance
Equipped with a variable-speed electronically commutated motor (ECM), the AMVT24BP1300 offers smooth modulation of airflow that maximizes efficiency while reducing energy consumption. Its high-performance coil design optimizes heat transfer, improving overall system reliability. The blower system supports airflow rates that accommodate a wide range of residential and commercial HVAC needs, ensuring consistent comfort and operational stability.
Smart Features
This air handler is compatible with smart thermostats and zoning systems, allowing homeowners and property managers to customize indoor climate settings and achieve enhanced comfort. The variable-speed blower technology improves zoning precision by providing adjustable airflow that matches demand. These features facilitate integration with advanced HVAC controls for improved scheduling, remote access, and energy savings.
Comfort & Noise
Designed for quiet operation, the AMVT24BP1300 features insulated cabinet construction and vibration dampening components that limit sound to the low 50 dBA range, depending on configuration. The variable-speed blower ensures steady, balanced airflow ranging approximately from 400 to 1300 CFM, delivering consistent comfort throughout the conditioned space while minimizing noise disruptions.
Use Case Fit
Ideal for residential homes, multi-family units, and light commercial properties, the Goodman AMVT24BP1300 adapts well to various building types and regional climates. Its flexible multi-mount design supports both upflow and horizontal installation orientations, making it suitable for tight mechanical rooms or varied duct layouts. The R-32 refrigerant compatibility aligns with environmental standards gaining traction across North America and beyond.
Value & Reliability
Built with a durable galvanized steel cabinet finished with a powder coat, this air handler resists corrosion and withstands routine operational stresses. Goodman’s manufacturing standards ensure consistent quality and long-lasting performance. The variable-speed blower reduces electrical demand and mechanical wear, extending service life and lowering operating costs. Easy access to key components supports efficient maintenance and repair.
Summary Wrap-Up
For direct consumers and wholesale buyers alike, the Goodman AMVT24BP1300 from the AMVT R-32 Series offers a forward-thinking solution for efficient, quiet indoor air management. Its combination of eco-friendly refrigerant, smart compatibility, flexible installation, and reliable build quality make it a compelling choice for modern HVAC systems. This air handler delivers lasting value through energy savings, comfort, and durability for diverse residential and commercial applications.
Key Features
- R-32 Refrigerant Compatible: Utilizes environmentally responsible R-32 refrigerant for reduced global warming potential and improved efficiency.
- Variable-Speed ECM Blower Motor: Enables precise airflow control, enhancing comfort and lowering energy consumption.
- Multi-Mount Design: Supports upflow and horizontal installation for versatile placement in tight spaces.
- Quiet Operation: Insulated cabinet and vibration isolation reduce noise, maintaining a peaceful indoor environment.
- High-Quality Cabinet Construction: Galvanized steel with powder-coated finish for durability and corrosion resistance.
- Smart Thermostat and Zoning Ready: Compatible with advanced HVAC controls for tailored climate management and energy savings.
- Optimized Coil Design: Efficient coil maximizes heat transfer to improve system performance and reliability.
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